NGS’ NG/LNG SNAPSHOT August 16-31, 2025
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City Gas Distribution & Auto LPG
Thiruvananthapuram’s PNG dream in the pipeline
The ambitious project is moving towards completion, with work going on in about 42 wards. Public awareness, however, is still lacking, and is an area that authorities could work on. Piped natural gas has been slowly, but steadily, flowing across India as a cleaner, safer and hassle-free alternative to the traditional liquified petroleum gas being distributed through cylinders. Delivered through pipelines much like public water supply, the idea has been termed revolutionary as it can change the way one books gas and cooks food at households.
The Petroleum and Natural Gas Regulatory Board (PNGRB) has authorised 33,478km of natural gas pipeline network across the country. As per data available till March 2024, about 24,945 km of pipeline was operational, with another 10,805km under various stages of construction.
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The PNGRB-authorised city gas distribution (CGD) entities operate in 307 geographical areas (GAs) covering 733 districts across 34 states and Union Territories. They aim to provide 12.63 crore piped natural gas (PNG) connections across the country by 2032.
As of March 2025, PNG is being supplied to over 1.47 crore households and approximately 45,000 commercial establishments, as per Central data. Its proliferation, notably, is increasing in tier 2 and 3 cities as well.
Initial bogeys over safety of the pipelines have been cleared — PNG is said to have an edge, as the methane gas in it is less denser than air and hence will not remain suspended like in the case of LPG (butane + propane). Moreover, the underground pipes are tested for five times the normal gas pressure before being installed in the supply network.
In Thiruvananthapuram, the implementing CGD agency — Think Gas (formerly AG&P Pratham) — is aiming for full PNG coverage in the city within six years. As of now, 588km of gas pipeline has been laid, with 427km commissioned.
The agency has facilitated at least 16,195 connections so far, and is currently scaling up its city presence with a target of 6,000 additional connections by September.
“We have completed works in coastal belts and about 80 per cent of the population there are already consumers. Within the corporation limits, work in 42 wards is in different stages of completion. In 22 of the wards, about 80 per cent of the work to supply gas has been completed,” says Ajith V Nagendran, head of Think Gas operations in Thiruvananthapuram, Kollam and Alappuzha.
“The project work is in full swing in places such as Sreekaryam, Akkulam, Anamugham, Attipra, and Kulathoor. Work in the Peroorkada–Nettayam belt is also in progress.
Apart from the project implementation in the city, we are also simultaneously looking into the rural belt. We hope to fully cover the entire district in the next six years.”
Recently, Ajith adds, a high-capacity gas plant was set up in Thonnakkal. “It’s a major stride forward. The plant will help ensure smooth supply even in suburban areas like Murukkumpuzha and Pallipuram. In places like Mangalapuram panchayat, around 500 households are already connected,” he says.
On infrastructural hurdles, Ajith explains that the pipe-laying work is held in tandem with other ongoing development works such as the Smart City project, so as to avoid disruptions and frequent tampering of roads.
“All departments concerned get together to review work. There is also an app ‘Call Before You Dig’, by which we can ensure that our work is not tampered with in case the road is to be opened again for any other work. So, in a way, it is a joint effort,” says Ajith.
Public response
Well, the idea of piped gas is yet to gain wide popularity among residents. The Federation of Residents Association of Thiruvananthapuram (FRAT) believes there is a pressing need for more awareness about the benefits of piped gas supply.
“People are yet to warm up to the idea. We have received some enquiries, but considering the scope of the project, we feel it needs more promotion,” says FRAT president Jayadevan Nair.
“First, the authorities need to get proactive. Such projects need to be promoted. We are willing to get involved if there are official awareness initiatives.”
V K Prashant, MLA of the Vattiyoorkavu constituency, also confirms that the pipeline work is being carried out in alignment with other development activities in the city. “The pipe-laying work is happening alongside the other development activities,” he says.
“In Vattiyoorkavu, where road widening and other development projects are envisaged, the area from Sasthamangalam to Vattiyoorkavu is being pipeline-linked. Of this, pipeline work in Sasthamangalam and Peroorkada is nearing completion. Right now, the pipes will be laid till Vattiyoorkavu.”
Prashant also underscores the need for more public awareness. “This option (PNG) is both safe and economical in the long run. The positives should be highlighted. As of now, people’s representatives are doing it in their capacity. But, yes, maybe the government can initiate awareness drives.”
Arun G, who works for an LPG agency, believes the concept is promising but shrouded by misinformation. “For one, many people get discouraged on hearing that a deposit of `6,000 has to be paid initially,” he says, as he loads LPG cylinders onto a truck.
“Then, there is a reluctance to make the switch because people have not been made familiar with the concept. People here generally have a tendency to resist change.”
Regarding concerns over the deposit, Ajith says the issue has been addressed. “Customers can pay the deposit in installments along with their monthly usage fee,” he says. “You should note that there is a deposit of `7,000 in the case of LPG connections as well.”
Ajith adds that the average Centre-controlled cost of PNG is estimated to be about 14 per cent lower than LPG. “Currently, PNG comes at `51 per unit. That’s roughly `650 a month for a household that uses an LPG cylinder a month at the cost of about `850,” he explains.
On the awareness part, he adds that the idea has “already caught on here”, with new houses and high-rises being built with the provision for PNG supply. “We are setting the framework up first. Once that is done, we will team up with local administration representatives to promote the service,” Ajith says.
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India eyes 126 million PNG connections, 18,000 CNG stations by 2034
Major push in gas infra expansion being achieved through state policies, says PNGRB. The Petroleum and Natural Gas Regulatory Board (PNGRB) has ramped up efforts to nudge states on new initiatives and policies aimed at meeting the national target of 126.3 million PNG connections and 18,336 CNG stations by 2034, the downstream petroleum regulator said on Wednesday.
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The idea is to significantly expand the reach of natural gas infrastructure in the country.
In order to sort out policy and operational issues of the CGD sector, PNGRB leadership held several meetings with chief ministers and chief secretaries of Assam, Maharashtra, Andhra Pradesh, Uttarakhand, Madhya Pradesh, Uttar Pradesh, Himachal Pradesh, Bihar, Tamil Nadu, Rajasthan, Jammu & Kashmir, Andaman & Nicobar Island, among others.
“The discussions emphasised the importance of rationalising VAT on domestic natural gas and compressed natural gas (CNG) to make clean fuels more economically viable for consumers. States were encouraged to formulate and implement comprehensive state CGD policies to streamline approvals and enhance infrastructure development. Necessary assistance was also offered to states,” PNGRB said.
As of July 2025, 11 states have notified CGD policies including Punjab, Uttar Pradesh, West Bengal, Assam, Tripura, Tamil Nadu, Puducherry, Karnataka, Madhya Pradesh, Bihar, and Rajasthan.
The regulator has assigned a minimum target of 78.5 million out of the total 126.3 million PNG connections, and 10,131 out of 18,336 CNG stations to be completed by companies in these states by 2034.
“The rationalisation of VAT and the implementation of effective CGD policies across states have promoted the adoption of CNG vehicles, with the number of vehicles rising from 5861,000 in March 2023 to 8195,000 by March 2025. A growth of nearly 25 per cent in CNG vehicle registrations was recorded in 2024-25 compared to 2023-24. This translated into an increase of around 21 per cent in gas sales in 2024-25, along with the addition of approximately 1,206 CNG stations across the country,” PNGRB said.
Similarly, around 21,00,000 new domestic PNG connections were added in 2024-25, contributing to an 11 per cent increase in gas sales across the country.
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Gorakhpur got one step closer to energy reinvention
Uttar Pradesh launched its first green hydrogen plant in Gorakhpur, blending hydrogen with CNG and PNG, marking a key step towards clean fuel adoption and sustainability. Uttar Pradesh Chief Minister Yogi Adityanath has inaugurated the state’s first green hydrogen plant at Khanimpur, Gorakhpur—also the second in the country. Developed by Torrent Power and Torrent Gas, the plant will produce 72,000 tonnes per annum of green hydrogen, using water splitting via renewable energy. This initiative marks a substantial step in integrating low-carbon fuel into the existing city gas distribution system.
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Initial operations involve blending green hydrogen—up to 2%—with CNG and PNG supplies. The blend will be distributed across Gorakhpur’s city gas network, reaching domestic kitchens, industries, and CNG stations. Torrent already supports over 12,000 households, 73 industrial units, and 32 CNG stations in the region, making this integration practical and scalable.
This move aligns with India’s National Green Hydrogen Mission and Uttar Pradesh’s own green hydrogen policy aimed at boosting investment and building production capacity. UP targets 1 million tonnes per annum and sees this pilot as a foundational step towards a broader clean-energy ecosystem.
At the launch, the CM described green hydrogen as “energy of the future” and highlighted its potential to reduce carbon emissions, safeguard public health, and preserve biodiversity. He compared its future affordability to mobile phones—once expensive and now universal.
He also addressed environmental risks—for example, excessive pesticide use and deforestation—that have contributed to climate change and rising health issues across the state. The launch event included the planting of a Rudraksha sapling, symbolising the state’s commitment to environmental responsibility.
Torrent Group lauded the investor-friendly environment under the current administration. Local lawmakers called the initiative a “game-changer,” forecasting it will help position UP for development by 2047.
https://www.manufacturingtodayindia.com/gorakhpur-got-one-step-closer-to-energy-reinvention
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Natural Gas/ Pipelines/ Company News

Oil India and Bharat Petroleum formalise JV for gas distribution in Arunachal Pradesh
State-owned oil explorer Oil India and refiner Bharat Petroleum (BPCL) formalised setting up of a joint venture company (JVC) to create a gas distribution network in Arunachal Pradesh. It would entail setting up of Compressed Natural Gas (CNG) stations in the state and providing piped natural gas (PNG) to domestic, commercial and industrial consumers. BPCL’s board had given their nod for the joint venture in October last year. Both public sector enterprises hold 50% share each in the joint venture.
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The OIL-BPCL consortium was awarded the distribution project during the 12th round of bidding for City Gas Distribution (CGD) conducted by the Petroleum and Natural Gas Regulatory Board (PNGRB). The round which concluded March 2024 held the objective of expanding access to natural gas by offering eight geographical areas covering six northeastern States and Union Territories of Jammu & Kashmir and Ladakh.
The Minister of State for Petroleum and Natural Gas had apprised the parliament this July that after the completion of the 12/12A CGD bidding round, PNGRB had authorised entities for development of CGD network in 307 geographical areas. Mr. Gopi had stated this covered “almost 100% of the mainland area for the development of CGD network across the country”.
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ONGC begins natural gas sales from Chinnewala Tibba Field
Located in Western Rajasthan, near the Indo-Pak international border, the 73 sq. km Chinnewala Tibba block holds promising natural gas reserves.
NEW DELHI: Oil and Natural Gas Corporation Limited (ONGC) on Monday announced the commencement of natural gas sales from the Chinnewala Tibba field, located in Rajasthan’s Kutch Onland Exploratory Asset (RKOEA).
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The field is part of the Discovered Small Field (DSF-II) Block RJ/ONDSF/Chinnewala/2018, and production began on August 25, 2025.
In a press release, the company said that this milestone marks the successful monetisation of the Chinnewala Tibba field and reinforces ONGC’s commitment to enhancing domestic energy production and strengthening India’s energy security under the guidance of the Ministry of Petroleum & Natural Gas (MoP&NG).
Located in Western Rajasthan, near the Indo-Pak international border, the 73 sq. km Chinnewala Tibba block holds promising natural gas reserves. ONGC has initiated gas sales at a rate of 1 lakh standard cubic meters per day (LSCMD), helping meet regional energy demands and contributing to the local supply chain.
The gas is being delivered to Rajasthan Rajya Vidyut Utpadan Nigam Limited (RRVUNL) in Ramgarh through ONGC’s Gamnewala Gas Collection Station (GCS). This accomplishment was made possible through close coordination with key stakeholders, including the Directorate General of Hydrocarbons (DGH), GAIL, Oil India Limited (OIL), and RRVUNL, ensuring smooth integration into the regional power grid.
Speaking at the event, dignitaries emphasized that the start of production from Chinnewala Tibba reflects ONGC’s continued focus on efficient resource monetisation, agile project execution, and value creation under the DSF framework. It also reaffirms ONGC’s key role as a strategic partner in the Government of India’s mission to achieve national energy independence.
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Two City Gas Pipelines Damaged in Kadapa Due to Unauthorized Excavation; THINK Gas Swiftly Restores Gas Supply
City gas supply in Kadapa faced two brief disruptions this month after THINK Gas (formerly AG&P Pratham) pipelines were accidentally damaged during unauthorized civil works. The emergency response team at THINK Gas swiftly isolated the affected sections and restored gas supply within a short time, ensuring public safety and minimizing inconvenience to residents. While an official police complaint has been lodged by THINK Gas against the responsible party, the company has urged all contractors and civic works agencies to notify the City Municipal authorities or the CGD company in advance through the official ‘Dial Before You Dig’ number – 1800 2022 999.
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The first disruption occurred on a 20 mm low-pressure pipeline was damaged near Nagarjuna School, Maruthi Nagar, during drainage construction. The second pipeline disruption took place recently on a 32 mm low-pressure natural gas pipeline that was damaged near Gangamma Temple, YSR Colony, during road excavation. Both these incidents occurred in the month of August, highlighting the urgent need for greater caution during civic and construction works.
Despite clear route markers, caution boards, and emergency signage along the pipeline routes, contractors in both incidents failed to notify THINK Gas before commencing work or to report the damage afterward. In each case, the THINK Gas emergency team reached the site within minutes, used specialized equipment to isolate the leak, carried out jointing work, and restored gas supply promptly ensuring public safety and minimizing service disruption.
These incidents underscore the urgent need for all contractors and civic agencies to strictly follow safety protocols before undertaking any road digging or construction work. Public safety and uninterrupted energy supply rely on such responsible action. Under IPC Sections 285 and 336, negligent and unauthorized damage to gas infrastructure is a criminal offense, punishable by up to three years’ imprisonment and fines of up to ₹25 crore.
THINK Gas has built a robust natural gas network in Kadapa and Anantapur to provide Piped Natural Gas (PNG) to households, businesses, and industries, and Compressed Natural Gas (CNG) for transport. The company urges all citizens and contractors to cooperate in preventing such avoidable safety breaches.
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MNGL Commissions Second-Largest LNG-LCNG Facility in Malegaon, Nashik

Malegaon, Nashik: Maharashtra Natural Gas Limited (MNGL) has commissioned its second-largest LNG-LCNG facility at Zodge, Malegaon, along the Mumbai–Agra Highway, marking a major step in strengthening clean energy supply across the Nashik–Dhule region.
The Nashik–Dhule Geographical Area (GA), authorized by PNGRB, currently lacks pipeline connectivity. To address this gap, MNGL adopted a virtual LNG supply model, transporting LNG from terminals, re-gasifying it, and supplying it across CNG, industrial, commercial, and domestic segments.
The newly inaugurated Malegaon station is equipped with a storage capacity of 228 KL (2 × 114 KL) and a delivery capacity of over 1,50,000 SCMD, with more than 30,000 SCMD already being supplied to CNG and PNG consumers.
Key Features of the Facility:
- Multi-stream operations: High pressure (250 bar-g) for retail and DBSs, medium pressure (19 bar-g) for large industries and CNG stations, low pressure (4 bar-g) for households and SMEs, and an auto LNG dispensing stream for heavy-duty vehicles.
- Dedicated LNG dispensing facilityto meet the growing demand from LNG-powered trucks and trailers.
- Large frontage, among the widest LNG-LCNG facilities in India, enabling smooth operations.
- Efficient boil-off gas (BOG) management, reducing losses and boosting efficiency.
The facility is expected to play a pivotal role in meeting the rising energy needs of Malegaon, Dhule, and adjoining areas, furthering MNGL’s mission to expand clean energy access in regions without pipeline infrastructure.
Somany Ceramics halts operations at Haryana facility amid GAIL pipeline leak
Somany received a communication from GAIL (India) Limited regarding a gas leakage incident at Chainage 17 km of GAIL’s Gauna-Bawana pipeline caused by heavy rainfall and flood-like conditions. Somany Ceramics has temporarily halted operations at the Kassar plant in Bahadurgarh, Haryana due to temporary stoppage of gas supply from GAIL, the company announced on Sunday.
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Somany received a communication from GAIL (India) Limited regarding a gas leakage incident at Chainage 17 km of GAIL’s Gauna-Bawana pipeline caused by heavy rainfall and flood-like conditions.
This incident has resulted in the temporary stoppage of gas supply to the Kassar plant.
“Our manufacturing operations at the Plant are dependent on the uninterrupted supply of natural gas from GAIL. Due to the current disruption, production at the Plant has been temporarily halted,” the company said in a stock exchange filing.
State-owned GAIL has commenced restoration work on the affected pipeline to resume the supply of gas.
“The Company is closely monitoring the situation and will provide further updates as and when operations at the plant are resumed or if there are any material developments,” Somany Ceramics said.
The tile manufacturer reaffirmed that sufficient stocks are available and accordingly, no sales will be affected due to the temporary shutdown at the plant. All other plants of the company remain fully operational.
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GAIL (India) Limited celebrates 41 years of pioneering India’s energy transformation
New Delhi [India], August 19 (ANI): GAIL (India) Limited celebrated its 41st anniversary, highlighting over four decades of impactful contributions to India’s energy sector.. Since its establishment, the company has played a pivotal role in shaping the country’s natural gas landscape through innovation, infrastructure development, and a strong focus on sustainability, the Public Sector Unit (PSU) said in a release.
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Over the past four decades, GAIL has laid the foundation for India’s energy security by building the nation’s first natural gas pipeline network, facilitating reliable and efficient fuel supply across the country. The company has also been a key pioneer in advancing green energy solutions, including spearheading India’s green hydrogen initiatives, demonstrating its commitment to clean fuels and environmental stewardship.
In FY 2024-25, GAIL (India) Limited achieved record financial performance, expanded natural gas infrastructure, and diversified its energy portfolio. Key advances in LNG, petrochemicals, and city gas boosted resilience, while progress in biogas, digitalization, and ESG underscored its clean energy focus. Governance excellence and stakeholder trust reaffirm GAIL’s commitment to energy security, sustainability, and long-term value creation.
With over 5,000 employees, GAIL is focused on achieving Net Zero emissions by 2035, aligning with national climate goals. Now in its 41st year, GAIL remains committed to driving innovation, sustainability, and energy security, powering India’s progress well into the future.
As GAIL completes 41 transformative years, it reaffirms its mission to energise the country through innovation, resilience, and environmental responsibility, continuing to power India’s progress for decades to come.
GAIL, a Maharatna Central Public Sector Enterprise, is India’s leading natural gas transmission and distribution company with gas transmission & distribution pipelines, processing and petrochemicals plants besides interest in upstream oil & gas blocks and LNG regasification terminals in India. GAIL is dedicated to enhancing the nation’s energy infrastructure and promoting sustainable development through various initiatives in natural gas, petrochemicals, and renewable energy.(ANI)
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CBG, LNG to drive India’s gas sector growth in next five years, says IGL’s Sanjeev Bhatia
City gas companies anticipate compressed biogas (CBG) and liquefied natural gas (LNG) will drive India’s clean energy transition in the next decade. IGL is setting up CBG plants, while also pushing for LNG adoption in the transport sector. India’s renewable energy achievements position it as a global solar leader, emphasizing the need for decarbonization in hard-to-abate sectors.
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City gas companies see compressed biogas (CBG) and liquefied natural gas (LNG) as the next big growth drivers in India’s clean energy transition, with the two sectors expected to “flourish in the next five to ten years,” Indraprastha Gas Limited (IGL) Executive Director Sanjeev Bhatia said at the PHDCCI Global Summit on Sustainability 2025.
Speaking at the session on hard-to-abate sectors, Bhatia said that while India’s natural gas share in the energy mix is targeted to rise from 6.5 per cent to 15 per cent by 2030, domestic production is not keeping pace with demand, making alternatives like CBG critical. “The government has already mandated city gas distributors to invest in compressed biogas plants. IGL has been tasked to set up at least 10 such facilities, with one plant at Narela in Delhi expected to begin operations by October. This unit will produce four tonnes of gas per day from municipal solid waste,” he said.
On LNG, Bhatia underlined the massive potential in India’s transport sector, comparing India’s 700 LNG-fuelled trucks to China’s six lakh. “If we can even convert a fraction of diesel trucks to LNG, pollution can be cut by 30 per cent,” he said.
To address the “chicken and egg” dilemma of infrastructure versus vehicle adoption, IGL and other gas companies plan to install 50 LNG stations along the golden quadrilateral, while working with cement, steel and fertiliser industries to mandate at least 10-20 per cent of fleet conversion.
“CBG and LNG are natural extensions of CNG, and these two sectors will flourish in the next five to ten years,” Bhatia stressed, noting that hydrogen blending remains commercially unviable at present.
International Solar Alliance (ISA) Director General Ashish Khanna, also addressing the summit, said India’s achievements in renewable energy have made it a global leader in the solar sector. “India is the only G20 country that has achieved its 50 per cent renewable energy capacity target well ahead of time, with 116 GW of solar already commissioned. This has been possible because India created an ecosystem of strong political will, policy support, financial backing, and private sector capacity,” he said.
Karthikeyan K, Vice President of Invest India, highlighted the urgency of decarbonisation in hard-to-abate sectors like steel, cement and oil & gas. “Growth is inevitable, but the real question is what kind of growth. We must ensure factories expand and cities grow without leaving behind polluted rivers, choking air or marginalised communities. Green manufacturing and decisive decarbonisation are now imperatives, not ideals,” he said.
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ONGC Energy Centre Trust and EIL sign agreement for helium recovery demonstration plant in Tamil Nadu
ONGC Energy Centre Trust (OECT), the research and development arm of Oil and Natural Gas Corporation Limited (ONGC), has entered into a formal agreement with Engineers India Limited (EIL) on 18 August 2025 for the implementation of a Helium Recovery Demonstration Plant at ONGC’s Kuthalam Gas Collection Station in Cauvery Asset, Tamil Nadu.
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The agreement encompasses the preparation of the Detailed Project Report (DPR), Basic Engineering Design Package (BEDP), and execution of the project through an EPCM and Supply model covering design, engineering, procurement, construction, commissioning, and performance testing.
This project, based on the technology package developed by CSIR-Indian Institute of Petroleum (CSIR-IIP), seeks to recover Grade-A Helium of 99.995% purity from natural gas. The demonstration plant will process 750 Nm³/hr of natural gas and is designed with flexibility to operate at 110% of the design capacity.
The total agreement value is Rs. 39.42 crore (plus applicable GST), with the project scheduled for completion within 18 months.
Helium, a critical resource with applications in space exploration, semiconductor manufacturing, cryogenics, fibre optics, and medical technologies, is presently imported to meet India’s requirements. Establishing indigenous capability in Helium recovery is therefore of strategic importance for the country’s technological advancement and energy security.
The Helium Recovery Demonstration Plant represents a significant milestone in ONGC’s journey towards building indigenous capabilities in high-value gases. This initiative strengthens the vision of Atmanirbhar Bharat while contributing to India’s long-term energy and technology security.
Through this collaboration, OECT and EIL will combine their expertise to execute a first-of-its-kind project in India, reinforcing ONGC’s commitment to Energy Now and Next by integrating cutting-edge research with practical industrial application.
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Policy Matters/ Gas Pricing/ Others
India is expanding energy infrastructure in quest for self-reliance: Hardeep Puri
New Delhi, Aug 17: Petroleum and Natural Gas Minister Hardeep Singh Puri said on Sunday that India is powering its quest for energy security with a focus on strengthening and expanding energy infrastructure in the country.
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For a growing India, real freedom means securing energy with its own resources for consumers, the minister said in a post on X.
Puri said that 67 million people refuel on India’s energy network every day, and the country is currently the third-largest energy consumer in the world.
He highlighted that 172 oil & gas discoveries have been made since 2015, unlocking self-sufficiency in the energy sector. These oil and gas discoveries include 62 in offshore areas. Puri had earlier emphasised the geological significance of the Andaman and Nicobar Basin.
The region has attracted renewed global interest following significant gas discoveries in South Andaman offshore Indonesia, underlining the geological continuity across the region, the minister said.
In a significant development, the ONGC and the Oil India Ltd (OIL) have launched an ambitious exploration campaign in the Andaman ultra-deepwater region. For the first time, drilling operations are targeting depths of up to 5,000 metres. One such wildcat well, ANDW-7, drilled in a carbonate play in the East Andaman Back Arc region, has yielded encouraging geological insights. These include traces of light crude and condensate in cutting samples, heavy hydrocarbons like C-5 neo-pentane in trip gases, the minister further stated.
These findings establish, for the first time, the existence of an active thermogenic petroleum system in the region, comparable to those in Myanmar and north Sumatra. While commercial reserves remain to be established, this campaign has validated the presence of a working petroleum system and laid the foundation for focused exploration in the area, the minister said.
Providing an overview of the exploration outcomes so far, the minister informed that the ONGC has made hydrocarbon discoveries in 20 blocks, with an estimated reserve of 75 million metric tonnes of oil equivalent (MMTOE). Oil India Ltd., on its part, has made seven oil and gas discoveries over the past four years, with reserves estimated at 9.8 million barrels of oil and 2,706.3 million standard cubic meters of gas.
“Prime Minister Narendra Modi’s vision is driving India’s energy security through resilience with over $1.3 billion having been invested in the upstream segment to increase oil exploration and production,” Puri had said in Parliament recently.
The Petroleum Minister also highlighted that nearly 20 per cent ethanol blending with petrol has been achieved in 2025, a significant rise from 1.53 per cent in 2014. This accomplishment has resulted in Rs 1.4 lakh crore in foreign exchange savings, substitution of 238 lakh metric tonnes of crude oil, a reduction of 717 lakh metric tonnes in CO2 emissions, and direct payments of Rs 1.21 lakh crore to farmers.
Farmers have gained, as the sugar mills that are also producing ethanol can now afford to pay higher prices for sugarcane and clear pending dues in time.
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New portal soon to speed up CGD infra work
Jaipur: In a bid to expedite approvals for city gas distribution projects, Rajasthan State Gas Ltd will set up a centralised web portal facility for the 13 companies working in state. Principal secretary, mines and petroleum, T Ravikant, said that all 13 city gas distribution (CGD) institutions working in the state will be able to apply online for necessary permissions on the centralised portal, and the permissions will be issued online by the concerned institutions.
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“This will ensure uniformity in work, transparency, and granting of approvals on time. Along with this, the monitoring system will be made efficient for faster rollout of projects.”
RSGL MD Ranveer Singh said work on the CGD portal has been started by RSGL in collaboration with the department of IT. At present, 632 CNG stations and 4.36 lakh families have been connected with domestic PNG connection facility in state. tnn
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Now PNG gas will be available at one rate across the country, know the new rules and prices
PNG Price: If you use piped gas i.e., PNG, for cooking, then this news is very important for you. Let us tell you that due to rising inflation in the country, there is a lot of fluctuation in the prices of things. After which, the budget of the people is getting affected a lot. In such a situation, if we talk about cooking gas PNG, then let us tell you that now the rates of PNG are the same across the country. No matter how much gas you use. No limit has been fixed for this.
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The Petroleum and Natural Gas Regulatory Board (PNGRB) has directed the city gas companies by the government not to fix different rates on the basis of gas consumption from domestic customers. Now, gas should be given to everyone at the same rate. After the instructions of the government, the common people have breathed a sigh of relief.
What is the price of PNG?
For information, let us tell you that the new gas prices were fixed by the government in April 2023. It was said that now the price of gas will be 10 percent of the international price of crude oil. The minimum price was fixed at $ 4 and the maximum at $ 6.50 per unit. At the same time, the prices will increase by $ 0.25 by the year 2027. Now under that policy, the maximum price has been set $ 6.75.
The government took this decision
At the same time, the government has decided that the new rates will remain the same from the year 2025 to March 2026. Next year, in 2026, there will be an increase of $ 0.25 again. Due to this, 70 percent of domestic gas production comes from APM gas only. Companies distributing gas in cities get 60 percent of the gas from APM Gas. Now all these companies can increase the prices. After which, consumers may have to pay higher prices.
PNGRB said this
PNGRB has made it clear that companies will no longer be able to charge different rates according to gas consumption. This not only puts a burden on the consumers but also misuses the subsidy given by the government. Although no company has been named, the regulator has made it clear that any kind of irregularity will not be tolerated.
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Pre-VGGS conferences to showcase Gujarat’s green energy leadership: Govt
Gandhinagar: The Gujarat govt on Wednesday announced that the Vibrant Gujarat Regional Conferences (VGRCs), planned as a precursor to the next Vibrant Gujarat Global Summit (VGGS), will showcase the state’s leadership in green energy.
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An official statement said Gujarat has set a target of achieving 100 gigawatts (GW) of renewable energy capacity by 2030. North Gujarat, in particular, will highlight its achievements in the sector at the upcoming VGRCs, likely to be held in October. “The conferences will spotlight Gujarat’s green energy initiatives, including large-scale renewable energy parks, offshore wind projects, distributed solar initiatives, and modern green infrastructure being developed to meet energy needs and climate commitments,” the statement said.
Aligned with national targets of 500 GW of renewable energy by 2030 and net-zero carbon emissions by 2070, Gujarat has already crossed a milestone—more than 50% of its installed power generation capacity now comes from renewable sources (FY 2024–25).
According to data from the state’s Climate Change Department (as of March), solar energy contributes 94.4% of north Gujarat’s renewable capacity of 4,578 MW, making it the dominant source in the region.
Patan district leads the state with 2,361.86 MW of renewable capacity from solar, wind, and small hydro projects. The Charanka Solar Park in Patan, with 749 MW, has emerged as a model for grid integration and private sector participation.
The govt also highlighted Modhera, India’s first village to run entirely on solar power, which integrates a 6 MW solar plant with a 15 MWh battery energy storage system (BESS). In addition, the 700 MW ultra-mega solar project at Radhanpur in Banaskantha was cited as an example of advanced solar infrastructure and operational excellence.
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Govt pushes local manufacturing for renewable energy growth
India is bolstering domestic renewable energy manufacturing through PLI schemes, ALMM lists, and industry collaborations, aiming for significant capacity addition and potential exports. The government is working on multiple fronts to support domestic manufacturing of renewable energy equipment for capacity addition as well as creating its domestic demand, renewable energy secretary Santosh Kumar Sarangi said.
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Speaking at a panel discussion on ‘Advancing India’s Green Transition: Aligning Policy, Innovation and Industry for a Net-zero Future’, moderated by ET’s Shilpa Samant, Sarangi said apart from the production-linked incentives (PLI) schemes, which include solar cells, ingot-wafers and polysilicon, the renewable energy ministry has brought an approved list of models and manufacturers (ALMM) for modules and cells, and for wind power equiqment.
The ministry is in talks with the industry for such a list for ingot-wafers. “Once that comes, we will see some clear commitments on the part of the industry to set up ingot and wafer manufacturing in India and I am sure in course of time polysilicon as well is going to come on a big scale,” Sarangi said.
JP Chalasani, CEO of Suzlon Group, said the new guidelines on wind power equipment manufacturing may help significantly increase domestic capacity even at sub-component levels. There’s going to be a large capacity addition and a high probability of increase in exports, he said.
India has emerged as the world’s fourth-largest in installed renewable energy capacity, with non-fossil fuel sources now making up half of its total installed power generation capacity.
Vaishali Nigam Sinha, cofounder of ReNew, said all steps are in the right direction to get to 500 GW by 2030, which is an ambitious milestone. “We are very optimistic and all stakeholders have achieved more than what was possible,” she added.
Alternate demand centres
Reliable and consistent availability of renewable energy is likely to help meet the demand for data centres, industry experts said.
According to Arunabha Ghosh, CEO of public policy think tank Council on Energy, Environment and Water, more options for offtake of clean energy such as data centres and electric vehicles are coming and it is not confined only to power distribution companies.
Vibha Dhawan, director general of policy research institute The Energy and Resources Institute (Teri), said technology advancement is likely to determine the right energy mix in the future, with green hydrogen and/or nuclear energy expected to get into the mix.
Power will always be available if there is a demand, Suzlon’s Chalasani said. To maintain grid stability and still have affordable power, it is important to have a combination of solar, wind and storage, he added.
“It will never be one versus another. What will happen depending upon the different load profiles of some states is that the combination might change,” Chalasani said.
Sarangi said as far as demand from data centres and green hydrogen is concerned, there are technological solutions available today to provide them with renewable energy.
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Nearly $12.67 billion received as FDI in renewable energy sector: Minister
New Delhi: Nearly $12,674 million ($12.67 billion) has been received as foreign direct investment (FDI) in the renewable energy sector (as on March 31, 2025), the Parliament was informed on Tuesday. Solar energy has emerged as the leading sector attracting the majority of such investment, while the western region of the country has received the highest share of FDI in this period, Minister of State of New and Renewable Energy and Power, Shripad Yesso Naik, said in a written reply in the Rajya Sabha.
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Recognising the need to scale up investments in renewable energy to meet the national target of 500 GW of non-fossil fuel capacity by 2030, the government has undertaken various initiatives to attract both domestic and international capital which include permitting 100 per cent FDI under the automatic route and introduction of Climate Finance Taxonomy in the Union Budget 2024-25 for enhancing the availability of capital for climate adaptation and mitigation.
Earlier this month, India achieved a landmark milestone of 100 GW solar PV module manufacturing capacity, reflecting the country’s rapid progress in building a robust and self-reliant solar manufacturing ecosystem, aligned with the national vision of Atmanirbhar Bharat and the global imperative for clean energy transition.
The government’s commitment is to make India self-reliant in solar PV manufacturing and establish the country as a major player in the global value chain.
India has also surpassed Japan to become the third-largest producer of solar energy globally, which is a significant development in the nation’s clean energy development. India produced 1,08,494 gigawatt-hours (GWh) of solar power, more than Japan, which produced 96,459 GWh, as per data from the International Renewable Energy Agency (IRENA).
The installed wind energy capacity in India had reached 51.67 GW as of June 30 this year. The country’s wind energy capacity has been steadily growing over the last three fiscal years, from 2,275.55 MW added in 2023-2024 to 3,253.39 MW added in 2024-2025 and 1,637.02 MW of new capacity installed in the April-June quarter of 2025-2026.
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LNG Use / LNG Development and Shipping
Mozambique LNG project back on track as security improves, BPCL gets marketing rights
BPCL has gained rights to market LNG from Mozambique’s project, resuming development as security has improved. The project, with BPCL owning a 10% stake, promises to enhance its upstream presence and support energy transition with significant recoverable resources.
New Delhi: Bharat Petroleum Corp. Ltd (BPCL) has secured rights to market liquefied natural gas (LNG) from Mozambique’s long-stalled project, where it holds a 10% stake, with full development now set to resume as security improves.
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Addressing the state-owned company’s annual general meeting, chairman and managing director Sanjay Khanna said the project, jointly owned by three Indian public sector undertakings (PSUs) with a combined 30% stake, will enhance BPCL’s upstream presence.
“While security concerns had delayed the project, conditions have improved now, and full-scale development is expected to resume soon,” Khanna said. “Once operational, the two-train LNG project will boost our upstream presence and support the energy transition. We have already secured LNG marketing rights in line with our 10% participating interest.”
The chairman described the Mozambique project as “a world-class gas asset with nearly 70 trillion cubic feet of recoverable resources”.
ONGC Videsh Ltd holds 16%, BPRL Ventures Mozambique BV—a subsidiary of BPCL—holds 10% and Oil India Ltd owns 4%.Total E&P Mozambique Area 1 Limitada, a subsidiary of TotalEnergies, holds 26.5% in the plant and is its operator.
Operations at the Offshore Area 1 project in the coastal town of Palma had been suspended in April 2021, following attacks by Islamic state terrorists.
The chairman said BPCL’s upstream portfolio in Brazil was also advancing, with BM-SEAL-11 moving into the tendering stage for the Floating Production Storage & Offloading (FPSO) vessel and other long-lead items.
“This is a major step toward developing this strategic asset. At our Nunukan asset in Indonesia, the Plan of Development (POD) has received regulatory approval, paving the way for the project’s development,” he added.
BPCL entered the upstream sector in 2003 with an aim to provide partial supply security of crude and hedging of price risks and to become a vertically integrated oil company. Its subsidiary BPRL was incorporated in 2006 to carry out exploration and production activities.
BPRL holds participating interest (PI) in 15 blocks, with eight blocks located in India and seven overseas. BPRL has equity stakes in two Russian entities, which hold licenses for four producing blocks in Russia. While BPRL directly holds participating interest in domestic blocks, its stakes with respect to blocks in Brazil, Mozambique, Indonesia, the United Arab Emirates and equity stakes in Russian entities are held through step-down wholly-owned subsidiaries or joint ventures of the wholly-owned subsidiaries in the Netherlands and Singapore.
Addressing shareholders, the chairman said fiscal year 2025 (FY25) was marked by heightened volatility and uncertainty, driven by ongoing geopolitical conflicts, rising protectionism and shifting trade policies, including the imposition of tariffs by major economies.
“These disruptions have tested the resilience of global markets and challenged conventional growth trajectories. Yet, amidst these headwinds, there are signs of cautious optimism,” he said. “Global growth projections for 2025 have been revised upward—from 2.8% to 3.0%—reflecting stronger-than-expected performance in large economies, a rebound in services trade, and sustained fiscal support in select regions.”
Khanna said the global oil sector is undergoing a fundamental shift and structural changes are redefining both demand and supply dynamics, as the world transitions toward cleaner energy and diversified fuel sources.
“By 2030, global oil demand is expected to grow by 2.5 million barrels per day, before plateauing at approximately 105.5 million barrels by the end of the decade,” he said. “On the supply side, the unwinding of the oil production cut is resetting oil supply trajectories over the 2024-30 forecast period. Globally, as the transport and power generation sectors continue to diversify towards alternate fuels, the petrochemical industry is set to become the dominant source of global oil demand growth,” Khanna said.
On BPCL’s diversification efforts, he said the company’s ‘Project Aspire’ would strengthen its core businesses in refining, marketing and upstream operations with sharper execution, while advancing into petrochemicals, renewables, green hydrogen, biofuels, and gas.BPCL has planned a total capital expenditure of ₹1.70 trillion under ‘Project Aspire’.
He also said that the recent amendment to theOilfields (Regulation and Development) Act wouldhelp BPCL unlock new acreages and improve recovery from its existing fields. This would create opportunities for the company to pursue selective, high-potential investments in India’s sedimentary basins through BPRL.
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Epsilon Carbon drives green shift with LNG tanker fleet
Epsilon Carbon plans to expand this fleet gradually, strengthening its commitment to decarbonising logistics at scale.
Epsilon Carbon Pvt Ltd has introduced eight Liquefied Natural Gas (LNG) powered tanker trucks to transport Coal Tar, its key raw material. This move makes Epsilon the first in the Indian coal tar industry to deploy LNG tankers, aiming to cut supply chain emissions and boost efficiency.
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Driving sustainable logistics
The new fleet marks a milestone in Epsilon’s low-carbon transition. The company had already launched electric trucks in 2023 and LNG containers in July for carbon black logistics. Together, these initiatives significantly reduce Scope 3 emissions while improving fuel efficiency and lowering operating costs.
With LNG and electric vehicles integrated into its supply chain, Epsilon is building a diversified logistics model that sets new sustainability standards in the Indian carbon industry.
Vikram Handa, Managing Director, Epsilon Carbon, said, “Road logistics is central to India’s economy, and as one of the largest players in our sector, we recognise the responsibility to make it cleaner and more efficient. At Epsilon Carbon, sustainability is the core of how we operate and grow. The introduction of our LNG-powered tankers is a transformative step in advancing raw material logistics, reducing emissions, and driving long-term value for our stakeholders. With this initiative, we are not just keeping pace with environmental expectations but are setting new standards for sustainable freight movement and contributing meaningfully to India’s Net Zero 2070 journey.”
Cleaner, smarter freight movement
Compared to diesel trucks, LNG-powered vehicles cut CO₂ emissions by 20–25 per cent, reduce nitrogen oxides by up to 90 per cent, and almost eliminate particulate matter emissions. They also deliver 5–10 per cent better fuel efficiency. Each tanker has a range of 730 km, making it ideal for Coal Tar transport. Epsilon plans to expand this fleet gradually, strengthening its commitment to decarbonising logistics at scale.
https://www.manufacturingtodayindia.com/epsilon-carbon
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Russia sees potential in exporting LNG to India, says First Deputy PM Denis Manturov
Russia is exploring opportunities to export liquefied natural gas to India, according to First Deputy Prime Minister Denis Manturov. Manturov also expressed Russia’s interest in expanding nuclear energy cooperation with India. This development follows the U.S. imposing additional tariffs on India for its purchases of Russian oil, a move that the Kremlin has criticized as illegal.
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Amid strains between Washington and New Delhi over Russian oil exports, First Deputy Prime Minister Denis Manturov said on Wednesday that Russia sees potential to export liquefied natural gas (LNG) to India, according to news agency RIA.
He also said, according to RIA news agency, that Russia was counting on expanding nuclear energy cooperation with India.
His comments came after U.S. Donald Trump imposed extra 25% tariffs on India this month because of its purchases of Russian oil, in a move the Kremlin called illegal.
Earlier during the day, Russian embassy officials in New Delhi said that Russia expects to continue supplying oil to India despite warnings from the United States, adding that Moscow hopes trilateral talks will soon take place with India and China.
“I want to highlight that despite the political situation, we can predict that the same level of oil import (by India),” Roman Babushkin, the charge d’affaires at the Russian embassy in India, told a press briefing.
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EAM S Jaishankar, Russian Deputy PM Denis Manturov push LNG, trade links
EAM Jaishankar and Russia’s Deputy PM Manturov co-chaired the IRIGC-TEC session, aiming to boost trade, investment, and energy partnership, including LNG exports and the rupee-rouble mechanism. Discussions also covered US tariffs and global trade dynamics. Both nations are keen on expanding cooperation in transport, energy, agriculture, science, and technology, while also exploring joint projects in strategic sectors.
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New Delhi: External affairs minister S Jaishankar and Russia’s first deputy prime minister Denis Manturov on Wednesday co-chaired the 26th session of the India-Russia Inter-Governmental Commission on Trade, Economic, Scientific, Technological and Cultural Cooperation (IRIGC-TEC) with the aim of boosting trade, investment, and energy partnership including LNG exports by Russia and the rupee-rouble mechanism.
The issue of US tariffs and its fallout on India, and global trade dynamics are also understood to have been discussed. Talks are ongoing for expansion of the Rupee-Ruble mechanism.
India and Russia also decided for early conclusion of the India-Eurasian Economic Union FTA.
In his opening remarks at IRIGC-TEC Jaishankar called for addressing trade imbalance urgently and put forward four-point suggestions to bring in fresh ideas and expand economic cooperation. He suggested that Working Groups and Sub Groups under IRIGC-TEC could perhaps take a more creative and innovative approach towards their respective agendas including creating more joint ventures.
The two sides should continuously diversify and expand trade and investment agenda through mutual consultation, Jaishankar said, adding, . that Each Working Group and each Sub Group could apply itself to setting of targets and see what we could achieve by the next session of the IRIGC-TEC. EAM suggested at least two inter-sessional meetings between the IRIGC Sessions.
Russia sees potential to export liquefied natural gas (LNG) to India, news agency RIA quoted Manturov as saying. He also said, according to RIA, that Moscow was counting on expanding nuclear energy cooperation with New Delhi. Rosatom so far remains the only foreign partner to build a nuclear power plant in India, and it is currently engaged in setting up small modular reactors.
On Thursday, Jaishankar will meet his Russian counterpart Sergey Lavrov. Ahead of the meeting, Russia’s foreign ministry said the meeting’s agenda will focus on facilitating the emergence of transport, logistics, banking and financial links and chains “that would be immune to any adverse pressures from unfriendly countries, while also increasing the use of national currencies in their mutual settlements”.
Expanding cooperation in transport, energy, agriculture, science and technology will also be on the meeting’s agenda, according to the Russian foreign ministry.
The two foreign ministers will also coordinate their positions on the latest international developments, paying special attention to interactions within the United Nations, BRICS, the SCO, and the Group of Twenty. This will be Jaishankar’s third meeting with Lavrov since June.
Looking to expand bilateral industrial cooperation, the two sides are also exploring joint projects in strategic sectors, including civil aircraft manufacturing, metallurgy, and the chemical industry.
India and Russia are also exploring collaboration for a modernised wind tunnel facility, production of small aircraft piston engines, and joint development in carbon fibre technology, additive manufacturing, and 3D printing, rare earth and critical minerals extraction, underground coal gasification, and creation of modern industrial infrastructure.
The two sides are also engaged in enhanced engagement in aluminium, fertilisers, and railway transport, alongside capacity building and technology transfer in mining sector equipment, exploration, and industrial and domestic waste management.
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ONGC Videsh eyeing LNG, upstream assets in US
ONGC Videsh is eyeing LNG and upstream assets in the US while scouting for opportunities in Latin America, Africa, and the Middle East. The firm also expects Mozambique LNG project to restart soon, as ONGC ramps up exploration and crude trading amid global energy uncertainties.
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State-run ONGC Videsh, the overseas operations arm of Oil and Natural Gas Corp, is looking to invest in the LNG and upstream assets in the US, the company’s managing director Rajarshi Gupta said on Tuesday. He added that the company is scouting for more greenfield and brownfield assets in several other geographies, including Latin America, Africa and the Middle East.
OVL Expands Global Energy Hunt
“We are looking at the US also for other LNG and upstream connections where we can look to invest plus other countries which are coming into the market as more and more LNG players come to deliver in the market,” Gupta said at the third energy summit of the Indo-American Chamber of Commerce.
“We are looking for the right assets in the US. We have three projects in Russia but we are also looking at other geographies,” he said, while naming Latin America, and Africa, which he said “has huge potential” being rich in minerals.
“We are looking at all options. As the government said, we will source our energy for our citizens where it is feasible, practical, and at the right price…,” Gupta said.
The statement comes at a time when India is facing 50% tariffs from the US on its purchases of Russian oil. The country is also focusing on enhancing its exploration and production of natural gas and oil, domestically and internationally, amid rising geopolitical uncertainties.
The company is also expecting the force majeure on its offshore LNG project in Mozambique to be removed shortly.
Mozambique LNG Project Nears Restart
ONGC Videsh holds a 10% stake in the “Offshore Area 1 LNG” project with a cost of $20 billion. The project has been under force majeure since April 2021 following attacks by Islamic State terrorists in Northern Mozambique’s Cabo Delgado province. However, the company expects the force majeure to be removed soon and start gas production from the project in the next three years.
On the domestic production front, Gupta said, “We are drilling now in Andaman and eastern offshore and the petroleum system has been established. So the next big discoveries could be there.”
Apart from enhancing its portfolio, OVL’s parent company ONGC is planning to establish a new unit for trading crude oil, refined products and natural gas for its group companies.
“We have created a commodity trading group at ONGC exclusively for trading. We do see in the near future trading will be required for India. ONGC Group has 100 million tonnes of buying and selling of oil and gas,” Gupta said.
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Motilal Oswal bets on Petronet LNG, sees over 50% upside
Motilal Oswal rates Petronet LNG a ‘Buy’ with over 50% upside on strong capacity growth—consider investing now! Motilal Oswal has maintained its ‘Buy’ rating on Petronet LNG with a target price of Rs 410, implying an upside potential of more than 50%. The brokerage said its bullish view on the stock is driven by an inexpensive valuation and strong upcoming capacity growth.
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Motilal Oswal on Petronet LNG: Tide is turning, slowly
Petronet LNG’s market share in India’s LNG imports, which fell to 69% in FY25 from 78% in FY15, is expected to improve once the new Dahej capacity becomes operational.
Motilal Oswal on Petronet LNG: Increase in natural gas consumption to benefit
The brokerage house assumed a modest 4.5% CAGR in India’s natural gas consumption over FY25-30 and a 2% CAGR in domestic natural gas production. “India’s LNG imports need to grow at a robust 6% CAGR (32 mmscmd increase in LNG imports over FY25-30), and this should benefit Petronet LNG’s new expanded capacity,” said Motilal Oswal. The brokerage’s current assumptions imply that Petronet LNG secures only a 41% share of incremental import growth (69% of total imports in FY25).
Motilal Oswal on Petronet LNG: Timely expansion for strong leadership in LNG regasification
Infra moat and cost advantage to help Petronet LNG sustain its dominance, said Motilal Oswal. With the upcoming 5 mmtpa Dahej expansion, which is likely to be commissioned by December 2025, the company is strategically positioned to capture the next leg of India’s LNG import growth.
“Despite new capacity additions like HPCL’s Chhara terminal and expansions such as Dabhol’s 5 mmtpa project, we believe Petronet LNG is well-positioned to strengthen its market share,” said the brokerage house.
Motilal Oswal on Petronet LNG: India’s LNG imports to more than double
According to the Petroleum and Natural Gas Regulatory Board, India’s LNG imports are expected to more than double by CY30, supported by strong demand growth and only modest increases in domestic gas production. The International Energy Agency also projects only a 0.6% CAGR in domestic natural gas production, leading to a 10.5% CAGR in LNG demand, reaching 178 mmscmd.
However, while brownfield expansion from existing terminals is a risk, the brokerage expects this is unlikely to play out given the lacklustre utilisation at existing facilities.
.economictimes.indiatimes.com/news/oil-and-gas/india-secures-long-term-lng-supply-from-uae-in-green-energy-initiative/123184276
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Electric Mobility/ Hydrogen/Bio-Methane
CM Adityanath inaugurates Torrent Group’s green hydrogen plant in UP
The project, jointly developed by Torrent Group entities Torrent Power and Torrent Gas, will have an annual production capacity of 72,000 tonnes per annum, the group said in a statement
Ahmedabad-based Torrent Group’s green hydrogen plant in Gorakhpur in Uttar Pradesh was on Sunday inaugurated by state chief minister Yogi Adityanath.
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The project, jointly developed by Torrent Group entities Torrent Power and Torrent Gas, will have an annual production capacity of 72,000 tonnes per annum, the group said in a statement.
“The Green Hydrogen produced at the plant will be blended with natural gas in Torrent Gas’ City Gas Distribution infrastructure in Gorakhpur, maintaining its concentration up to 2 per cent,” it said.
The green hydrogen blended with natural gas will be further supplied to domestic households, CNG stations and industries in the region through the already laid network of natural gas pipelines.
“Torrent’s green hydrogen plant in Gorakhpur is the first Green Hydrogen plant in Uttar Pradesh and is also the largest Green Hydrogen and Natural Gas blending project in the City Gas Distribution sector in the country,” the statement said.
Torrent Gas has licence to provide Compressed Natural Gas (CNG) and Piped Natural Gas (PNG) in Gorakhpur, Sant Kabirnagar and Kushinagar districts.
Torrent has already set up 32 CNG stations and supplies gas to 12,000+ domestic households and 73 industries and commercial establishments in the region and intends to grow its gas distribution infrastructure in the region significantly.
Green hydrogen is hydrogen produced via electrolysis of water using renewable energy sources like solar, wind or hydropower.
Unlike hydrogen made from fossil fuels, green hydrogen has no direct carbon emissions, making it a cleaner energy carrier.
Blending it with natural gas reduces carbon footprint, utilises the already laid natural gas infrastructure and helps to ramp up early demand for hydrogen.
Speaking on the occasion, Adityanath said Uttar Pradesh has a target of 1 million tonnes per annum of green hydrogen production, for which it has set up a specific policy that will support potential investments.
With the inauguration of this plant, green hydrogen has become a part of the life of common people as it will directly reach their kitchens and vehicles. the statement quoted him as saying.
He also mentioned that availability of PNG has brought great relief to the people of Gorakhpur, especially the housewives due to the convenience, safety and savings it offers. Increasing use of CNG as transportation fuel has helped battle pollution and save costs for the masses.
Various industries and commercial establishments in Gorakhpur are also now using piped natural gas and reaping the benefits of cheaper and economical fuel.
Jinal Mehta, Director, Torrent Group, said, “Torrent Group is committed to making a significant contribution in Prime Minister Narendra Modi’s vision for India’s Energy Transition and National Green Hydrogen Mission. The commissioning of Torrent Power’s Green Hydrogen plant in Gorakhpur and its integration into Torrent Gas’ City Gas Distribution infrastructure in Gorakhpur, is a milestone in this endeavour. It marks the culmination of the first initiative in our long-term vision of setting up large scale green hydrogen plants in the country for various use cases including for blending with natural gas in the CGD network.”
Blending Green Hydrogen into Gorakhpur’s gas grid is a step in achieving practical, scalable pathway to net-zero target of the country. It lowers emissions, builds demand for green molecules, and creates a platform for deeper de-carbonisation in transport and industry, he said.
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World’s Most Powerful Hydrogen-Powered Train: India To Become Fifth Country After THESE Countries To Adopt Green Technology; Check Speed, Route, And Passenger Capacity
World’s Most Powerful Hydrogen-Powered Train: India’s first hydrogen-powered train is likely to launch by Indian Railways after successfully clearing a major trial, in a push to cut greenhouse gas emissions and boost renewable energy use. Indian Railway Minister Ashwini Vaishnaw posted a video on the social media site X (formerly twitter). With the introduction of hydrogen-powered trains, India has taken a significant step toward eco-friendly transportation. According to media reports, the country’s first hydrogen-fuelled train will be launched by March 31.
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Once it launch, India will become the fifth country after Germany, France, Sweden, and China to adopt this green technology. The first hydrogen-powered train service will be operational on the line that runs between Jind and Sonipat in Haryana. According to Indian Railways, the new train would be the world’s most powerful and longest hydrogen-powered train, with the potential to transport 2,600 passengers. ‘
In a groundbreaking step towards sustainable transportation, the Ministry of Railways had allocated Rs 2,800 crore in 2023-24 to develop a fleet of 35 hydrogen fuel cell-based trains as part of India’s broader vision for clean energy transportation. Notably, this will mark India’s first zero-carbon emissions target by 2070 in the country. (Also Read: Noida To Delhi Airport In Just 20 Minutes! Dwarka Expressway, UER-II Open For Commuters; Check Key Cities Connected Across NCR)
India’s First-Powered Hydrogen Train: Route, Speed And Passenger Capacity
The hydrogen-powered train will operate on the 89-kilometer Jind–Sonipat route, reaching a top speed of 110 km/h, making it ideal for efficient short-distance travel. With a seating capacity of 2,638 passengers, it promises to serve a large number of commuters while promoting eco-friendly transportation. It is powered by a 1,200 HP engine, the train combines high performance with sustainability.
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What has been the impact of ethanol blending?
How are petrol vehicle owners reacting to the E20 mandate? How environmentally friendly is India’s dependence on sugarcane for ethanol? How has the U.S. reacted to India’s booming ethanol economy? Why has the adoption of EVs in India been much slower compared to other large economies?
E20 petrol, which contains 20% ethanol and is being sold by Indian oil refiners, has been much in the news lately. India has achieved its target to blend 20% ethanol per litre of fuel five years ahead of the target under the National Policy on Biofuels. Ethanol blending in India rose from just 1.5% in 2014 to 20% in 2025, backed by the government’s strong fiscal incentives to the sugarcane industry.
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While the government says ethanol blending achieves a range of goals such as cutting greenhouse gas emissions, bolstering farmers’ incomes and reducing India’s oil import bill, its benefits to the environment require closer scrutiny.
How are vehicle owners reacting to this change?
Vehicles sold in India from 2023 come with E20 stickers, indicating compatibility with 20% ethanol blended petrol. Additionally, manufacturers have addressed the concerns of those who own older vehicles. Hero Motocrop says in its website, “The material composition such as rubbers, elastomers and plastic components that are directly exposed to fuel also need to be changed to E20 compatible materials.”
However, according to LocalCircles, two in three petrol vehicle owners are against the E20 mandate. Only 12% of the 36,000 people surveyed across 315 districts are in favour of the switch. Critics cited a drop in mileage and increased maintenance costs. The survey urged the Union government to allow consumers to choose the type of fuel they want.
While the Centre admitted to a “marginal drop” in engine efficiency, it said this “can be further minimised through improved engine tuning and use of E20-compatible materials.” Minister Hardeep Singh Puri has called the consumer angst a “vilification campaign” facilitated by “vested, economic interests”. While the Union government attempts to defend its E20 policy, its own think tank, the NITI Aayog, has urged the government “to compensate the consumers for a drop in efficiency from ethanol blended fuels”, by way of “tax incentives on E10 and E20 fuel”.
According to the Minister, “since 2014-15 India has already saved more than ₹1.40 lakh crore in foreign exchange through petrol substitution.” But has the benefit been passed to the end consumer?
An analysis by The Hindu showed that Coal India Ltd, Oil & Natural Gas Corporation (ONGC), Indian Oil Corporation (IOC), Bharat Petroleum Corporation (BPCL), and Gas Authority of India Ltd collectively contributed ₹1.27 lakh crore, or 42.3% of the total ₹3 lakh crore dividends the Union government received from non-banking Public Sector Undertaking (PSUs) between 2020-21 and 2024-25. IOC and BPCL together saw a 255% rise in their dividend payouts since 2022-23 and a 65% decrease in oil prices. However, the two PSUs only passed on a 2% decrease in petrol prices to the public.
What about the impact on agriculture?
Sugarcane-based ethanol supply has grown from 40 crore litres in FY14 to nearly 670 crore litres, derived from about 9% of total sugar output, in FY24. The Union government says it has paid “over ₹1.20 lakh crore to farmers” since FY15. But how environmentally friendly is India’s dependence on sugarcane for ethanol?
About 60-70 tonnes of water is required to cultivate one tonne of sugarcane. Many sugarcane growing regions in India do not receive the 1,500 to 3,000 millimetre rainfall that is necessary for the crop’s optimal growth. This leads to groundwater extraction and unsustainable irrigation methods. A 2023 Central Groundwater Board report says that sugarcane growing districts in Maharashtra extract more groundwater than nearby regions. Distress among sugarcane growers in that State has been widely reported. Unsustainable agriculture practices accelerate land degradation. The Desertification and Land Degradation Atlas of India 2021 found that almost 30% of India’s land is degraded. The water intensive nature of sugarcane and the impact on ground water reserves at a time of extreme weather has been absent from the discussion on ethanol-blended petrol.
The Centre, however, says it is looking to diversify ethanol supplies. The Food Corporation of India’s rice allocation for ethanol jumped to a record 5.2 million metric tonnes, which is about 3.6% of output, from less than 3,000 tonnes allocated last year. Similarly, in 2024-25, over 34% of corn output was diverted for ethanol production. This diversion forced India to import about 9.7 lakh tonnes of corn during 2024-25 — a six-fold increase over the previous year’s 1.37 lakh tonnes.
Despite diversification efforts, area under sugarcane cultivation this year is estimated to be 57.24 lakh hectare against 57.11 lakh hectare last season. The assured payment mechanism for sugarcane, the Fair and Remunerative Pricing, is the key reason farmers bet on the crop as a source of stable income. While this rise is marginal, an analysis by the OECD-FAO says that 22% of India’s sugarcane will be used for ethanol production by 2034.
India’s booming ethanol economy has also come under the gaze of the U.S. The Trump administration is pushing India to relax restrictions to its ethanol imports. The 2025 National Trade Estimate report noted India’s policy as a significant “trade barrier.” Import relaxation could potentially undermine years of investment and capacity building in ethanol production. The Indian Sugar Mills Association has urged the government to maintain the restrictions.
Will it affect the transition to EVs?
The Ministry of Petroleum and Natural Gas said the shift to ethanol-blended petrol “has helped India reduce carbon dioxide emissions by 700 lakh tonnes.” Shifting to EVs, however, will achieve far higher rates of emissions reductions and speed up transport’s decarbonisation, which is the third largest carbon emitting sector globally after energy and industry. The success of cities like Beijing in cutting air pollution is mainly due to the rapid adoption of EVs. Of course, this switch has to be backed by renewable energy rather than coal, to aid in decarbonising transport.
Adoption of EVs has been much slower in India when compared to other large economies like the U.S., the European Union and China. About 7.6% of vehicle sales in 2024 was electric. Sales of EVs have to increase by over 22% in the next five years to reach the government’s own target of 30% by 2030.
Another challenge to wider EV adoption in India is its dependence on Rare Earth Elements (REE). According to the Ministry of Mines, before China’s export curbs were imposed, only 2,270 tonnes of REEs and compounds of REEs were imported in 2023-24. But this relatively lower level is critical for the industry to sustain the current level of EV production. The production and processing of many REEs is geographically concentrated in China, making global supply vulnerable to several risks.
The automotive industry has also sounded alarm bells about the disruption in rare earth supply. India’s largest carmaker Maruti Suzuki reduced its near-term production targets for its new EV, e-Vitara, attributing it to delays in receiving rare earth magnets. Other manufacturers too are bracing themselves for disruptions.
Crisil Ratings Senior Director Anuj Sethi has said, “The supply squeeze comes just as the auto sector is preparing for aggressive EV rollouts.” The recent detente in bilateral relations with China might help the industry to address the crisis in the short term. The Union government is engaged in diplomacy with Beijing to address the rare earth supply crunch, mainly germanium.
Going forward, there is uncertainty on whether the Centre wants to push ahead with ethanol blending beyond 20%. While Minister Puri said the government will push for blending beyond 20%, the Union government in March said that there has been no decision yet.
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Shipping Secretary reviews India’s first hydrogen fuel cell vessel at Varanasi
The Shipping Secretary noted that the project will act as a demonstration model for green inland waterways, paving the way for wider adoption of hydrogen-based mobility across the country. In a milestone for India’s inland water transport sector, the Secretary, Ministry of Ports, Shipping & Waterways, inspected the nation’s first hydrogen fuel cell-powered inland vessel in Varanasi today. The inspection was attended by senior officials of the Inland Waterways Authority of India (IWAI) and Cochin Shipyard Limited (CSL), which built the vessel.
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Constructed under IWAI’s green transport initiative, the vessel is set to begin operations on the Ganga in Varanasi shortly. Equipped with advanced fuel cell technology, it promises zero-emission operations, marking a significant shift from conventional diesel-powered vessels and reinforcing India’s push for sustainable, clean energy-driven transport solutions.
The Shipping Secretary noted that the project will act as a demonstration model for green inland waterways, paving the way for wider adoption of hydrogen-based mobility across the country.
Cochin Shipyard Limited, India’s largest shipbuilding and repair yard, has pioneered the development of the vessel, positioning it as a benchmark for sustainable shipping in the region.
The launch aligns with IWAI’s efforts to enhance the efficiency of National Waterway-1 (Ganga–Bhagirathi–Hooghly system) and promote multi-modal transport. With hydrogen fuel cell technology entering service, inland waterways are poised to become a key driver of India’s green mobility transition.
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India set to create 6 lakh jobs and global hub in Green Hydrogen Sector by 2030
NEW DELHI: India aims to be a global hub for green hydrogen and target to create over 6 lakh green jobs in this sector by 2030, said Shripad Yesso Naik, Union Minister of State for New and Renewable Energy of India. Launched in 2023 with an outlay of ₹19,744 crore, India has so far awarded 3,000 MW electrolyser manufacturing capacity to 15 companies and 8,62,000 tonnes per annum hydrogen production capacity awarded to 19 companies.
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“The mission covers demand creation, support for electrolyser manufacturing, production targets, R&D, international cooperation, and skilling and is projected to create over 6 lakh jobs by 2030,” said Naik while underlining substantial progress made in the sector since the launch of the programme.
While addressing the FICCI Green Hydrogen Summit 2025, the minister announced that 23 R&D projects were sanctioned, with over 100 more under evaluation. We are developing a testing facility for green hydrogen. Besides, over 100 hydrogen standards and protocols are adopted or under preparation,” said Naik.
He also mentioned that five states have already implemented their green hydrogen policies, with several others actively developing similar initiatives. “15 states have notified their own hydrogen policies, creating enabling ecosystems and hydrogen hubs,” claimed Naik. Naik further explained that these states are facilitating land allocation, ensuring water availability, promoting the storage of renewable energy, and incentivizing innovation, particularly through the establishment of hydrogen hubs.
The minister highlighted India’s renewable energy achievements as the foundation for green hydrogen ambitions. As of June 2025, cumulative installed renewable energy capacity reached approximately 237 gigawatts, including 119 gigawatts of solar, 52 gigawatts of wind, and 49 gigawatts from large hydro.
Combined with 8.78 gigawatts of nuclear power, non-fossil fuel sources now represent more than 50% of total installed power generation capacity. ‘This is a matter of immense pride that we have achieved this key NDC target five years ahead of schedule,’ Naik said, crediting the leadership of Prime Minister Narendra Modi. India has set a target of 500 gigawatts of non-fossil fuel-based capacity by 2030, requiring annual capacity additions of approximately 50 gigawatts. Industry leaders at the summit expressed optimism about recent developments and government support.
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Hydrogen at $1 per kg can make India an energy exporter: Nitin Gadkarihttps
Hydrogen today costs around $5 per kilogram and if India can bring this down to $1 dollar per kilogram, we won’t just achieve energy independence, we can become a global exporter of clean energy, Union Minister of Road Transport and Highways, Nitin Gadkari, said on Wednesday.
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Highlighting India’s leadership in renewable energy, Gadkari said that solar energy is the ‘Sanjeevani Booti’ for our planet and hydrogen is the fuel of the future.
“I drive a Toyota Mirai, which itself means ‘future’ in Japanese, because I believe hydrogen will transform mobility and energy,” he added.
Speaking at the 24th Darbari Seth Memorial Lecture, hosted by the Energy and Resources Institute (TERI) here, the minister emphasised that true progress lies in making “our villages stronger than our cities”.
“With 80 per cent of people still connected to agriculture, we must diversify farming towards energy and power, invest in water conservation, and harness technologies like AI for rural prosperity. Jal, jameen, and jungle must remain the pillars of our growth model,” he told the gathering.
The minister further stated that ethics, economy, ecology, and environment must move together — only then can development generate employment, alleviate poverty, and inspire pride and self-reliance.
The 24th Darbari Seth Memorial Lecture was delivered by Ashish Khanna, Director General, International Solar Alliance (ISA), and presided over by Gadkari.
India aims to capture nearly 10 per cent of global green hydrogen demand, which is expected to exceed 100 million metric tonnes by 2030.
According to Shripad Naik, Minister of State for Power and Renewable Energy, India has made substantial progress towards its ambitious green hydrogen production targets, with 862,000 tonnes per annum of production capacity already awarded to 19 companies under the National Green Hydrogen Mission.
The government has awarded 3,000 megawatts of electrolyser manufacturing capacity to 15 companies, marking significant industrial development in the sector.
https://www.smetimes.in/smetimes/news/indian-economy-news/2025/Aug/20/india-energy-exporter.html
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Banaras Locomotive Works installs solar panels on tracks, focuses on green energy
In a significant step towards sustainable rail operations, Banaras Locomotive Works (BLW) has become the first unit in Indian Railways to install solar panels between operational railway tracks. New Delhi: In a significant step towards sustainable rail operations, Banaras Locomotive Works (BLW) has become the first unit in Indian Railways to install solar panels between operational railway tracks.
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The innovation, described as a milestone in the national transporter’s renewable energy mission, highlights BLW’s growing focus on green energy and environmental conservation.
BLW General Manager Naresh Pal Singh said the project is part of the unit’s broader plan to reduce dependence on conventional energy.
“We generate 4.5 megawatt of solar energy, which meets nearly 20 percent of our power requirement. Solar panels have been installed not only on rooftops but also inr ks,” he said.
The Varanasi-based production unit, which manufactures both diesel and electric locomotives, has steadily shifted focus since the government’s policy decision on 100 per cent electrification.
“Today, most of the diesel locomotives we build are meant for exports or non-railway customers. So far, BLW has exported 174 locomotives and supplied 641 units to non-railway clients,” Singh said.
In total, the unit has produced over 10,800 locomotives, including 8,300 diesel models.
Just last month, BLW flagged off its 2,500th electric locomotive. Looking ahead, the unit is preparing to manufacture the new generation of Amrit Bharat locomotives-24 units this year and 48 next year. Singh added that BLW is expanding into allied services such as diesel loco servicing and wheel servicing to strengthen its profitability.
On the environmental front, BLW is already a “zero-discharge unit.” Water is treated and reused, while rainwater harvesting systems ensure long-term conservation. Nearly 40 percent of the premises is forested area, with 1.5 lakh trees planted. “This year, we will add 5,000 more trees,” Singh said.
The combination of solar expansion, water conservation, and afforestation makes BLW a leading example of how Indian Railways is aligning industrial growth with sustainability goals.
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Greenzo Energy bags R&D order from Engineers India for hydrogen electrolyser project
New Delhi: Greenzo Energy Limited has received a research and development (R&D) order from Engineers India Limited (EIL) for the supply of a hydrogen electrolyser modular unit to be deployed at EIL’s R&D Complex in Gurgaon. The order, awarded after a technical evaluation, was formalised through a Letter of Intent (LoI) and purchase order issued on the Government e-Marketplace platform. The scope of work includes supply, site work and mandatory spares, the company said in a statement.
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EIL, a Navratna public sector enterprise under the Ministry of Petroleum and Natural Gas, has engaged Greenzo Energy for the project, which comes at a time when India is pushing its National Green Hydrogen Mission.
“We are deeply honoured to receive this R&D order from EIL, a premier PSU that has been instrumental in shaping India’s energy infrastructure for decades. This recognition reaffirms Greenzo Energy’s role as India’s first dedicated Green Hydrogen company and validates the trust placed in us by the Government of India,” said Sandeep Agarwal, Managing Director, Greenzo Energy.
The project is expected to support the development of scalable indigenous hydrogen solutions for use in sectors such as refineries, fertilisers, steel and cement.
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INTERNATIONAL NEWS
Natural Gas / Transnational Pipelines/ Others
Matterhorn Partners Approve 2.5 Bcfd Permian-Gulf Coast Gas Pipeline
The Matterhorn Express Pipeline owners announced Monday a positive FID (final investment decision) for the Eiger Express Pipeline, which would carry up to 2.5 billion cubic feet a day (Bcfd) of natural gas from the Permian Basin to the Gulf Coast region. WhiteWater Development LLC, ONEOK Inc., MPLX LP and Enbridge Inc. “secured sufficient firm transportation agreements with primarily investment grade shippers”, a joint statement said. The firm transport deals last 10 years or longer.
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The conduit is expected to start operations mid-2028, subject to regulatory and other approvals.
“Supply for the Eiger Express pipeline will be sourced from multiple connections in the Permian Basin, including gas processing facilities in the Midland Basin, and from the Delaware Basin via the Agua Blanca Pipeline”, the statement said.
The 42-inch pipeline is planned to stretch around 450 miles from West Texas to the Katy area near Houston. It would also have reserved capacity for deliveries to the Corpus Christi market.
“This pipeline’s strategic location offers connectivity to growing natural gas demand markets, helping to meet the need for increasing electricity generation and international demand for liquified natural gas exports”, said ONEOK president and chief executive Pierce H. Norton II.
The Matterhorn joint venture of the four companies owns 70 percent of the project. MPLX and ONEOK each have a direct ownership of 15 percent.
In the Matterhorn JV, WhiteWater owns 65 percent, ONEOK 15 percent, MPLX 10 percent and Enbridge Inc. 10 percent. WhiteWater operates the Matterhorn pipeline.
In Eiger, as a result of their stakes in the Matterhorn JV, ONEOK and MPLX own a total of 25.5 percent and 22 percent respectively.
WhiteWater will build and operate the new pipeline.
Enbridge Entry
Enbridge entered the Matterhorn JV earlier this year, while MPLX raised its stake from five percent, through the acquisition of stakes held by Devon Energy Corp. and Ridgemont Equity Partners.
Put onstream November 2024, the Matterhorn pipeline consists of a 510-mile mainline and associated compression that carries gas from the Waha area to Wharton, Texas. It also has delivery capabilities for Katy as well as laterals in the Midland Basin, according to WhiteWater. The pipeline, with a capacity of 2.5 Bcfd, is fully contracted.
Pelican Upsize
Earlier this year WhiteWater approved the Traverse Pipeline and upsized the Pelican Pipeline, which it approved 2024.
The upsize to a 42-inch pipeline will increase Pelican’s capacity to about 2.5 Bcfd, from the previous 1.75 Bcfd. It is planned to span 170 miles from Williams, Louisiana, to the Gillis Hub near Ragley, Louisiana.
“The expansion is scheduled to be in service in first half of 2027, pending the receipt of customary regulatory and other approvals”, WhiteWater said July 30.
FIC Partners Management LP, Stonepeak Partners LP and Trace Capital have agreed to invest in Pelican.
Traverse FID
On April 3 WhiteWater announced a FID for the 36-inch Traverse bi-directional pipeline along the Gulf Coast between Agua Dulce in South Texas and the Katy area.
It is planned to have a capacity of 1.75 Bcfd and expected to start service 2027. “Supply for the Traverse Pipeline will be sourced from multiple connections, including, but not limited to, the Whistler, Blackcomb, and Matterhorn Express Pipelines”, operator WhiteWater said. “The Traverse Pipeline enhances optionality for shippers to access multiple premium markets”.
The Traverse Pipeline is under the Blackcomb Pipeline JV, which is owned 70 percent by the WPC JV of WhiteWater (50.6 percent), MPLX (30.4 percent) and Enbridge (19 percent). Targa Resources Corp. and MPLX hold 17.5 percent and 12.5 percent respectively in the Blackcomb Pipeline JV.
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Massachusetts Seeks to End Ratepayer-Funded Subsidy for New Natural Gas Connections
A new Massachusetts Department of Public Utilities policy designed to discourage continued growth in the use of natural gas would end existing subsidies for gas utility lines in all newly constructed homes and buildings. Under the new policy, developers, home builders or home buyers who wanted gas heat would have to pay the full cost of the connection, which is currently around $9,000 per home. Under the state’s existing policy, utilities pass the cost of those gas hook-ups along to their existing customers in small monthly surcharges on their bills.
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What may seem like a subtle policy change could go a long way to speeding up decarbonization efforts in the state, climate advocates said. The order is part of the state’s plan to wean residents off of gas and attain a statewide goal of net-zero carbon emissions by mid-century.
The advocates praised the change, saying it would save existing gas customers money while discouraging continued growth in gas networks.
“At a time when we know we should be actually winding down the gas system, we have continued to expand it, and ratepayers have been the ones who have borne the brunt of that,” Kyle Murray, the state program implementation director at Acadia Center, an environmental organization based in Rockport, Maine, said. “This is just a really great decision for energy affordability and a really great win for climate as well.”
Existing gas customers in Massachusetts paid $160 million for new gas service connections in 2023, according to an analysis by Groundwork Data, a clean energy consultancy. The study was funded by environmental organizations that support ending the gas allowances.
Utilities in six states have already adopted similar policies. Massachusetts is one of six additional states, which, along with the District of Columbia, are now considering or are in the process of adopting similar measures, according to Kristin George Bagdanov, a policy research manager with the Building Decarbonization Coalition, a nonprofit organization based in Delaware.
“It’s part of a growing movement that started with California in 2022,” George Bagdanov said. “We expect to see a lot more activity like this at the regulatory level and potentially through legislation and rate cases.”
The order would allow utilities to pay the cost of a new gas line installation and recoup costs from ratepayers only in cases where customers have no alternative to natural gas.
Olessa Stepanova, a spokeswoman for Eversource, one of two large gas and electricity utilities in Massachusetts, said the company is reviewing the order and working with other utilities to understand its ramifications.
“We remain committed to supporting the commonwealth’s energy transition with a focus on affordability and providing the safe, reliable energy services that our customers need,” Stepanova said.
In comments filed to the Department of Public Utilities in March, the Greater Boston Real Estate Board opposed a draft of the order.
“The policy lacks empathy for developers who are trying to build low or moderate-income housing and will now have yet another roadblock that increases costs,” the organization wrote.
In its Aug. 8 order, the department stated that as of 2024, there is little difference in construction costs for new buildings in Massachusetts, depending upon whether they use gas or are all-electric. The department added that it would be better to address the claimed barriers to electrification through other policy measures than to maintain a policy that “locks in continued growth in the natural gas distribution system.”
Gas utilities have until September 7 to submit proposed revisions to the order.
https://insideclimatenews.org/news/15082025/massachusetts-natural-gas-ratepayer-subsidy-to-end/
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Jordan opens first independent CNG station to cut fuel costs, expand gas use
Jordan has inaugurated its first independent compressed natural gas (CNG) refuelling station for buses, trucks, and other vehicles, in what officials described as a major step towards expanding natural gas use and lowering energy costs, the Emirates News Agency (WAM) reported.
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According to WAM, Energy and Mineral Resources Minister Saleh Kharabsheh said the project supports the kingdom’s economic modernisation vision and its plans to diversify energy sources. He stressed that the ministry is committed to broadening the role of natural gas in Jordan and creating an attractive investment environment for the sector.
It was also noted that the new station, which has a capacity of 1,500 litres and two pumps, can fill vehicles at 250 bar pressure in 7–11 minutes. Officials cited by the agency added that CNG can offer savings of around 50% compared to petrol and diesel.
https://www.oilandgasmiddleeast.com/news/jordan-cng-station-fuel-costs-gas
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Morocco Pitches Ambitious Gazoduc Pipeline Project to Key US Investors at US-Energy Forum
Held in Houston, Texas, commonly known as the “Energy Capital of the World,” Morocco’s participation in the forum comes at a crucial time when US investors are actively seeking to support African energy projects.Rabat — Morocco joined fellow African countries in Houston, Texas, to hold key conversations around strategic investment opportunities throughout the continent for American stakeholders at the US-Africa Energy Forum held on August 6-7.
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Their central pitch? The ambitious Gazoduc Pipeline project, a $25 billion infrastructure initiative to connect Nigeria’s gas supply to Moroccan and European markets.
Morocco’s presentation on this crucial international stage marks a significant step toward securing foreign backing at a key time when US investors are actively seeking to boost energy projects across Africa.
Nawfal Drari, Director of Project Finance at Morocco’s National Office of Hydrocarbons and Mines (ONHYM), which heads the project, delivered talking points covering the initiative’s progress and investment opportunities, adding that the pipeline has reached a strategic phase.
Launched in 2017 under the guidance of Morocco’s King Mohammed VI and Nigerian President Muhammadu Buhari, the project now moves closer to its Final Investment Decision — and a show of support from US investors could catapult that progress into an accelerated reality.
Houston: A strategic location
The US-Africa Energy Forum’s location in Houston was not coincidental. Commonly known as the “Energy Capital of the World,” the Texas city is home to over 4,600 energy-related companies, making it a prime location for deep-pocketed investors willing to hold a stake in key international projects in the sector.
One key player is the US International Development Finance Corporation (DFC), which has announced that it is evaluating oil and gas infrastructure investment opportunities across Africa. This signals a shift of broader US backing for more traditional energy assets across Africa away from solely its renewables focus.
DFC Director Selam Demissie spoke at the Texas forum, saying that the agency is “actively looking” at both upstream and downstream oil and gas infrastructure projects.
Against this backdrop, the forum provided ONHYM a prime platform for Morocco to pitch Gazoduc to US investors as a key investment opportunity in Africa’s evolving energy landscape.
The Moroccan national office said that “this strategic project will enable African countries to access a sustainable and affordable source of energy, while also serving as a tool for economic and social integration.”
Gazoduc to set Morocco up as a prime energy transit hub
For Morocco, the pipeline represents more than just energy infrastructure. The government views it as a catalyst for economic transformation that will create thousands of jobs and establish the North African country as a primary energy transit hub connecting Europe, Africa, and the Atlantic basin.
The massive pipeline will stretch approximately 6,000 kilometers across multiple African countries, connecting Nigeria’s natural gas reserves to Morocco and eventually to European markets.
Engineers designed the system to carry between 15 and 30 billion cubic meters of natural gas annually.
The project promises to transform energy access across the continent. Officials estimate the pipeline will serve about 400 million people in 13 countries, dramatically expanding reliable energy access throughout West and North Africa.
The ambitious project has already overcome several challenging hurdles, with engineers completing detailed design studies in 2024, and teams finishing environmental and social impact assessments for the northern section.
Developers plan to build it in phases, with a holding company overseeing financing and construction. Three separate project companies will handle different segments of the route.
In December 2024, West African leaders approved the Intergovernmental Agreement at the 66th CEDEAO Summit, outlining each country’s rights and responsibilities for the project.
Industry experts describe the Nigeria-Morocco Gas Pipeline as a major driver for economic, industrial, and digital development across the region.
They assert that the project aligns with growing US interest in African energy partnerships and infrastructure development, an argument that aims to gain traction following the US-Energy Forum.
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Buru Identifies New Prospect for Rafael Gas Project in Australia
Buru Energy Ltd. said Thursday it had identified a new prospect that could grow resources for the Rafael natural gas development in Western Australia’s onshore Canning Basin. Identified from Rafael 3D seismic data, the Flying Fox prospect lies immediately beneath the gas and condensate field at about 4,015 meters (13,172.57 feet) True Vertical Depth Subsea, West Perth-based Buru said in a regulatory filing. Buru assessed gross unrisked prospective resources of 60-614 billion standard cubic feet (Bscf) gas with a best estimate (P50) volume of 247 Bscf, and 1.2 million stock tank barrels (MMstb) to 12.6 MMstb of condensate with a best estimate of five MMstb. “This is similar in size to the contingent resources assessed for the primary Rafael reservoir interval which currently forms the basis for the Rafael Gas Project”, Buru said.
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Rafael, first drilled 2021 and confirmed as a discovery the same year, has been assessed to hold contingent and unrisked gross recoverable volumes of 85-523 Bscf of gas and 1.8-10.6 MMstb of condensate, according to Buru.
“The Flying Fox prospect can be tested by drilling an incremental ~500 meters below the Rafael gas accumulation at the Rafael B target location”, Buru said. Rafael B is the project’s second well, which Buru expects to start drilling June 2026.
Chief executive Thomas Nador said, “The investment case for the Rafael Gas Project is based on conservative (P90) resource assumptions with significant opportunities for upside”.
“Rafael continues to be derisked at a time when domestic gas security and affordability are top of mind issues for government, resource developers and consumers including households and industry”, Nador added.
“Whilst Buru’s immediate focus is the timely commercialization of the Rafael Gas Project, future exploration success at Flying Fox could have significant additive benefits for the project, both in terms of potential resource addition to a base development as well as the potential to maintain ‘higher for longer’ gas flow rates”.
Flying Fox is in exploration permit (EP) 428 and EP 457, while Rafael is in EP 428.
Rafael, about 150 kilometers (93.21 miles) east of Broome and around 85 kilometers south of Derby in the Shire of Derby-West Kimberley, is the only confirmed source of conventional gas and liquids onshore Western Australia north of the North West Shelf Project, according to Buru.
Buru recently tweaked the timeline for the Rafael development but still aims to start production late 2027.
Buru eyes a 20-year production life for Rafael. It expects the project to supply trucked liquefied natural gas and liquids to Pilbara and the Northern Territory. Buru plans to drill two wells, including the 2021 discovery.
Under the new timeline, instead of recompleting the discovery well as a producer before drilling the second well, Rafael B, Buru will now drill and test Rafael B first.
The change aims “to reduce risk and increase the probability of higher reserves”, Buru said in a disclosure on the Australian Securities Exchange July 17.
Nador said at the time, “The Rafael technical assurance process has delivered valuable information to underpin decision making on the risks and opportunities of our planned Rafael appraisal and production flow test program”.
“Drilling and testing the Rafael B appraisal well next is the optimum pathway to proving up the resource and underpinning a robust final investment decision, whilst maintaining our first cashflow target of late 2027”, Nador added.
Earlier in July Buru said it had received government approval for a two-year extension of time for Rafael to apply for a production license. Western Australia’s Mines, Petroleum and Exploration Department gave the project until July 2027.
“This approval for an extension of time in which to apply for a Production License for Rafael will allow important work to be completed, including the maturation of technical and commercial work with our development partner, Clean Energy Fuels Australia (CEFA)”, Nador said July 7.
On April 2 Buru announced a deal with CEFA to co-develop Rafael. CEFA would own the downstream components of the project.
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Aramco seals $11bn lease deal for Jafurah gas assets
The Saudi energy giant will hold the majority 51% stake in a new subsidiary that will manage the Jafurah unconventional gas field development, with a BlackRock-led consortium holding the other 49% Saudi Aramco has signed an $11bn lease-and-leaseback deal for gas processing facilities at its Jafurah unconventional gas reserve, with a consortium led by funds managed by Global Infrastructure Partners (GIP), part of US asset manager BlackRock.
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Under the transaction, a newly formed subsidiary – Jafurah Midstream Gas Company (JMGC) – will lease development and usage rights to the Jafurah field gas processing plant and the Riyas natural gas liquids (NGL) fractionation facility.
After 20 years, JMGC will lease the assets back to Aramco. JMGC will receive a tariff payable by Aramco in exchange for granting Aramco the exclusive right to receive, process and treat raw gas from the Jafurah resource base.
Aramco will hold a 51% majority stake in JMGC, while investors led by GIP will hold the remaining 49%.
“The transaction, which will not impose any restrictions on Aramco’s production volumes, is expected to close as soon as practicable, subject to customary closing conditions,” Aramco said in a statement on 14 August.
This is GIP’s second oil and gas investment in Saudi Arabia. Previously, GIP’s parent company, BlackRock, led a consortium including Saudi Arabia’s Hassana Investment Company in a similar $15.5bn lease-and-leaseback deal for Aramco’s natural gas pipeline network.
Under the December 2021 agreement, the BlackRock-led consortium acquired a 49% stake in Aramco Gas Pipelines Company, with Aramco retaining 51%. The consortium holds a 20‑year lease on the pipeline network, after which usage rights revert to Aramco.
Jafurah unconventional gas base
Located in Saudi Arabia’s Eastern Province, the Jafurah basin is the largest liquid-rich shale gas play in the Middle East, spanning around 17,000 square kilometres. The reserve is estimated to contain 229 trillion cubic feet of gas and 75 billion stock-tank barrels of condensate.
The Jafurah project is central to Aramco’s goal of increasing gas production capacity by 60% between 2021 and 2030 to meet rising global demand. The company expects lifecycle investment in Jafurah to exceed $100bn.
In February 2020, Aramco received a capital expenditure grant of $110bn from the Saudi government for the long-term phased development of the Jafurah unconventional gas resource base.
“Jafurah is a cornerstone of our ambitious gas expansion programme, and the GIP-led consortium’s participation as investors in a key component of our unconventional gas operations demonstrates the attractive value proposition of the project,” Amin H Nasser, Aramco president and CEO, said.
“As Jafurah prepares to start phase one production this year, development of subsequent phases is well on track. We look forward to Jafurah playing a major role as a feedstock provider to the petrochemicals sector, and supplying energy required to power new growth sectors, such as [artificial intelligence] AI data centres, in the kingdom,” Nasser said.
https://www.meed.com/aramco-seals-11bn-lease-deal-for-jafurah-gas-assets
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Israel expands production at Leviathan natural gas reservoir
Tel Aviv [Israel], August 22 (ANI/TPS): The Ministry of Energy and Infrastructure approved an updated development plan for the Leviathan off-shore natural gas reservoir in the Mediterranean on the way to expanding production.
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This plan includes, among other things, performing additional drilling and upgrading the rig’s handling capabilities, and its implementation is expected to result in an initial increase of approximately 50% in the reservoir’s production capacity. The updated plan was reviewed in a process that took several months by the engineering and geological teams at the Natural Resources Administration with the assistance of an international consulting firm.
The results of this expansion, said the Ministry, will lead to increased state revenues, will enable the strengthening of ties with neighboring countries, and will “even constitute future potential for expanding Israel’s international ties with countries in the region.” (ANI/TPS)
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Ecuador Inks Deal with CNPC to Boost Offshore Natural Gas
Ecuador has moved forward with a significant step to reinforce its energy security through the signing of a USD 78 million contract with China National Petroleum Corporation (CNPC). The agreement centers on expanding natural gas production at the Amistad gas field, Ecuador’s sole offshore hydrocarbon block. Presently, the field produces approximately 20 million cubic feet of natural gas per day. The new initiative aims to double that output by upgrading existing infrastructure and introducing new offshore technology.
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The project involves rehabilitating four offshore wells and installing a jack-up drilling platform, representing the first offshore drilling activity in Ecuadorian waters in more than a decade. Work is scheduled to commence in October 2025 and continue until May 2026. Once completed, the expanded output is expected to secure a more stable and reliable domestic supply of natural gas.
Amistad plays a vital role in Ecuador’s energy landscape, as its gas production powers Termogas Machala, the nation’s most important thermoelectric plant. This facility is crucial for maintaining electricity supply across the country. Government spokesperson Carolina Jaramillo emphasized that the expansion will guarantee dependable energy for both industrial and household consumers, while also reducing the likelihood of shortages. Moreover, by scaling up domestic production, Ecuador can cut down its reliance on imported fuels, thus lowering fiscal pressure and strengthening long-term energy independence.
Beyond the technical improvements, the agreement highlights the broader geopolitical relationship between Ecuador and China. Over the past decade, China has emerged as a major partner for Ecuador, financing a variety of projects across infrastructure, mining, and energy. CNPC’s involvement brings not only the financial backing necessary for large-scale offshore projects but also the advanced technological expertise that Ecuador has lacked in its offshore operations. This partnership could help modernize Ecuador’s energy sector, making it more resilient and diverse in the face of growing domestic energy demand.
Several media reports suggest that the deal could open the door for further rounds of investment and offshore exploration in Ecuador. The country holds considerable untapped hydrocarbon potential, and this project may serve as a precedent for additional development, technology transfers, and joint ventures. The strategic cooperation with CNPC underscores Ecuador’s ambition to position itself as a reliable energy producer in the regional market while also securing domestic supply.
At the same time, the contract strengthens Quito’s ties with Beijing, as China continues to expand its presence in Latin America’s energy and resource sectors. For Ecuador, this partnership is not just about meeting immediate energy needs but also about laying the groundwork for long-term cooperation, modernization, and energy diversification.
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Ameren Illinois Replacing 1960s-Era Natural Gas Pipeline in Herrin
(P&GJ) — Ameren Illinois has begun work to replace 2.75 miles of natural gas pipeline in Herrin, upgrading 1960s-era steel pipe with corrosion-resistant polyethylene material.
Crews started construction on Aug. 4, with work expected to continue through 2026, depending on weather conditions. The $1.5 million project will also update service pipelines for about 240 customers. The route runs east to west from 18th through 22nd streets and north to south from West Walnut to Stotlar Road.
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“Natural gas is a safe, affordable, always-on energy source that runs our appliances and heats our homes in the winter,” said Justin Doerr, director of gas operations for Ameren Illinois. “The peak of summer is the optimal time to make these needed upgrades so we’re ready to meet the energy needs of our customers in Herrin.”
Company officials are also urging drivers to use caution near construction zones. “The signs and cones create their protected work area. Please slow down as you drive on these local streets and pay attention. Our co-workers want to return home safely at the end of the day,” said Richard Spurgeon, manager of safety for Ameren Illinois.
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Enstor to Acquire Black Bear Gas Pipeline System
The assets, under Black Bear Transmission Opco LLC, deliver gas from multiple points to power generation, industrial and utility users across the Southeastern United States, according to a joint statement. The assets consist of nine regulated transmission systems stretching around 1,700 miles and with a throughput capacity of about 2.6 billion cubic feet a day (Bcfd). The pipelines interconnect with 16 long-haul pipelines and storage facilities across seven states: Alabama, Arkansas, Louisiana, Mississippi, Missouri, Oklahoma and Tennessee.
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Black Bear is “a highly complementary addition to Enstor’s platform that enhances operational efficiencies and supports our long-term growth strategy”, said Enstor chief executive Paul Bieniawski said. “The Black Bear system is contracted with investment-grade counterparties, which complements Enstor’s existing contract portfolio, and represents a strategic downstream expansion, providing a portfolio of demand-driven, regulated ‘last-mile’ pipelines serving utilities, power generators and other key end-use customers across the Southeast U.S.”
Upon the completion of the transaction Enstor will have over 1,800 miles of pipelines, in addition to its six existing underground gas storage facilities with over 110 Bcf of certificated working gas capacity, the statement said.
The parties expect to close the transaction in the fourth quarter subject to customary conditions including regulatory approvals, the statement said. It did not disclose the price. The transaction is between Enstor Pipeline Holdings LLC and certain funds advised by Basalt.
TD Securities is exclusive financial advisor and Kirkland & Ellis LLP is legal counsel to Enstor. Citigroup is exclusive financial advisor while Morgan, Lewis & Bockius LLP is legal advisor to Basalt.
Last month Enstor said its parent company Emerald Storage Holdings LLC had received from the Federal Energy Regulatory Commission a Notice to Proceed with Construction for the Mississippi Hub Expansion Project.
Mississippi Hub is an underground gas storage facility on the Bond Salt Dome in Simpson County, Mississippi. The expansion will build three additional storage caverns each with about 10 Bcf of working storage capacity. The project also involves the incremental expansion of the hub’s existing caverns. In total the project will add up to 33.5 Bcf of new working gas capacity and up to 0.7 million dekatherms per day of new injection capacity.
When the expansion is completed, Mississippi will have 56.3 Bcf of working storage capacity and 1.9 million dekatherms per day of injection capacity, in addition to the existing withdrawal capacity of 2.4 million dekatherms per day.
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MDU subsidiary to get $500M backstop from North Dakota for natural gas pipeline project
North Dakota officials awarded a decade-long, $500 million financial guarantee to one of the state’s largest companies for a natural gas pipeline project proposed to cross the state. Officials on the state Industrial Commission — made up of the governor, attorney general and agricultural commissioner — committed to purchasing $500 million worth of space, or $50 million a year, on the Bakken East Pipeline proposed by WBI Energy, a subsidiary of Bismarck-based MDU Resources Group.
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Funds come from a line of credit that the North Dakota Pipeline Authority takes out from the state-owned Bank of North Dakota — both are overseen by the Industrial Commission.
The pipeline would ship natural gas from the Bakken oil fields in western North Dakota to the central and eastern parts of the state, mostly to meet industrial demands.
The goal for the state is to sell this space off to private companies, though cash from the state’s Strategic Investment and Improvements Fund would need to be tapped to pay off the bank for whatever the state cannot sell. SIIF is a state reserve fund filled by oil and gas production and extraction tax revenue that is frequently used by lawmakers to backfill the state budget.
WBI’s project beat out a proposal by Oklahoma-based Intensity Infrastructure Partners, backed by Harold Hamm, who helped popularize the technology that made drilling in the Bakken profitable.
Why the state is making the purchase
Getting a natural gas pipeline that would leave the Bakken oil fields built has been a long-held goal of state officials and the oil industry.
The North Dakota Pipeline Authority has had the legal ability to take out space on pipelines since around the time that the Bakken oil boom began almost two decades ago, but it never had the funding.
Both oil and gas rise to the surface in the Bakken, but gas is less valuable and is often wastefully flared due to inadequate transmission infrastructure, officials say. Flaring has dipped in recent years, but the level of gas coming out of the reservoir relative to oil continues to grow, which makes gas capture a challenge and could cause companies to lower production.
A pipeline could help alleviate the issue and also create more markets for the oil industry, according to officials.
In 2021, the state offered a $150 million grant from COVID-19 federal rescue funds to incentivize a potential project, but no companies took up the offer.
During the 2023 legislative session, lawmakers gave the Pipeline Authority the ability to take out a $300 million — $30 million a year — line of credit with the Bank of North Dakota for a gas line project.
In 2025, that number rose to $500 million after it was tacked on to the state Industrial Commission’s budget late during the legislative session. The provision ended up making the budget one of the more controversial measures as the session wrapped up, though it ultimately passed after about $50 million in funding for another energy program was cut.
Why did officials go with WBI’s project?
The Industrial Commission received both public and confidential details about the projects over the last few months.
When officials made the decision on Thursday, following a closed meeting, they noted multiple times that there were details they could not get into given the confidentiality of some parts of the proposals.
Both companies aimed to ship natural gas across the state, though WBI came in with more customers signed up than Intensity.
WBI also requested the financial guarantee for the whole length of the line.
Intensity’s project had similar plans for the ultimate size and length of the pipe but requested the guarantee only for the first leg of the project, ending in Underwood, with plans to use that guarantee to help it expand farther east.
WBI said its pipeline presence in North Dakota is monopoly-like, transporting about 60% of gas from the Bakken and about 68% of the gas used in the state. This would make it easier to connect to the broader North American pipeline network.
Intensity would have also had to come to agreements with WBI to connect to its system.
The project proposed by Intensity would have, however, boosted another goal of the state — to keep the large Coal Creek Station alive.
That pipeline would have sent gas directly to a data center park that Bismarck-based Rainbow Energy is developing near Coal Creek. Rainbow bought the huge coal-fired power plant a few years ago with the help of the state, heading off an impending shutdown of the station after years of financial issues.
A company spokeswoman previously told the Tribune that the overarching goal for Rainbow’s development in the area remains to run Coal Creek at full capacity.
It is unclear if Intensity’s project would happen without the backstop, or how a line not getting built would impact Rainbow’s plans. Neither company immediately responded to Tribune requests for comment.
A legal issue may have helped WBI’s project, too. The extra $200 million the Legislature made available in 2025 for a project specifically indicated that the money would go to a pipeline ending “in the eastern area of the state.”
Since Intensity was requesting money for just the first leg of the project — ending in central North Dakota — giving the line $500 million may have diverged from what the Legislature intended. To avoid a legal problem, the Industrial Commission could have offered $300 million, but then the pipeline’s size would be 30 inches instead of 36 inches.
“I think my position is not (to build) a 30-inch pipeline to Underwood; it’s not, because I think that absolutely 100% hamstrings us on (expansion),” Gov. Kelly Armstrong said.
Intensity recommended holding off on the decision for over a month.
Armstrong appeared to favor waiting, but Agricultural Commissioner Doug Goehring and Attorney General Drew Wrigley said it was time to move forward in order to keep up momentum. The three encouraged WBI and Intensity to work together.
WBI President Rob Johnson told reporters after the meeting that he cannot comment on the possibility of working with Intensity or Rainbow.
“We’ll work in the best interest of the customers and our shareholders and whatever that form takes, we’ll look at it as it comes,” he said.
WBI executive talks pipeline use, landowner engagement
WBI’s pipeline is anticipated to serve multiple types of demand, though data centers would play a big role.
According to company documents, the pipeline could serve between 7,000 and 8,000 megawatts of data center demand. It could also include an 80-mile extension to Ellendale in southeastern North Dakota where Applied Digital, a data center served by MDU’s electric business, is seeking to significantly grow its footprint and energy demand.
The gas could also be used for power demands not related to data centers by MDU, along with residential natural gas services throughout the state.
The financial backstop was described by Johnson as a “bridge” that moves the project along quicker than it would have overwise.
A cost estimate for the broader project is not yet public, he said.
“Our goal at the end of the day is the state would never have to use this money,” Johnson said.
The project would not negatively impact utility rates, Johnson said. More gas availability could drive down fuel costs, he added.
“This project will stand on its own, so it won’t impact the rates of other customers. There’s no subsidy from existing customers for this project … the (Federal Energy Regulatory Commission) does not allow that,” he said.
No leases have been secured with landowners yet, Johnson said, but WBI has received permission to survey 80% of the proposed pipeline route.
“Easements come at a later date, once you finalize your route,” he said.
WBI using eminent domain for the project would be a last resort, Johnson said. Eminent domain is the taking of private property for public use with just compensation.
“There are times where sometimes it’s necessary, but the goal going in is to not use eminent domain; that is always our stance,” he said.
https://bismarcktribune.com/news/state-regional/article_55833c9b-eacb-41d1-b7f8-03991932639b.html
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Sinopec Announces Major Shale Gas Discoveries
Sinopec called the discoveries proof that the deposit, called Hongxing, had strong resource potential and would contribute to national energy security. The company added that the geology at the sites was challenging, with the reserves at depths between 3,300 and 5,500 meters. Despite the challenges, Sinopec’s test well at one of the sites had achieved daily rates of over 300,000 cubic meters, up from 89,000 cubic meters initially.
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The news follows an announcement by Sinopec from late July, when the company said it had certified 147 million barrels in oil reserves at another shale deposit, in southwestern China. The Fuxing shale oil and gas field is in the Sichuan basin, and was the first successful predominantly oil play discovered in Sichuan, where companies have been mostly finding natural gas.
Earlier in the year, Sinopec announced the certification of another 1.3 billion barrels in reserves at two fields in eastern China. As with the new gas discovery, those reserves were at considerable depths.
China has substantial shale resources, especially in natural gas, but extracting them is a challenge, unlike in the United States, due to the complex geology of the local shale formations.
Even so, shale oil and gas exploration is an important part of China’s push to boost its reliance on domestic oil and gas production in a bid to reduce its significant exposure to foreign hydrocarbon resources.
At the start of the year, China’s National Energy Administration said the country aimed to achieve crude oil production of over 200 million tons for the full 2025, while at the same time maintaining a stable pace of expansion in natural gas production.
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New oil and gas resources discovered in northern Colorado, southern Wyoming
A recent assessment discovered millions of barrels of oil and billions of cubic feet of natural gas resources in northwest Colorado and southwest Wyoming. The United States Geological Survey announced the discovery of new resources in the Phosphoria Total Petroleum System, which has been producing oil and gas since approximately 1920. Since then, approximately 500 million barrels of oil and 2.5 trillion cubic feet of natural gas have been recovered from the system.
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The new discovery includes an estimated 3 million barrels of oil and 666 billion cubic feet of gas that are recoverable. Despite the survey’s findings, the USGS believes that the system may be nearing depletion.
“USGS energy assessments typically focus on undiscovered resources – areas where science tells us there may be a resource that industry hasn’t discovered yet. In this case, after 100 years of production, we estimate the Phosphoria Total Petroleum System has relatively little remaining oil and more than 600 billion cubic feet of gas,” said Sarah Ryker, acting director of the USGS.
Other formations across the province, including the Lance Formation, Lewis Shale and the Mesaverde Group, continue to produce abundant oil and gas, the USGS said.
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Natural Gas / LNG Utilization / Bio-LNG
KBR to lead initial engineering design for new Abadi LNG plant
KBR has been selected by INPEX Masela Ltd. to head the initial engineering design initial engineering design (FEED) of the onshore facilities for the Abadi LNG project, located in the Indonesian province of Maluku. This phase will pave the way for a plant with a production capacity of 9.5 million tons of liquefied natural gas per year, 150 million cubic feet per day of pipeline gas and 35,000 barrels of condensate per day.
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Abadi LNG project begins engineering phase
Designated as a national strategic project by the Indonesian government, Abadi LNG seeks to strengthen the country’s energy security and foster regional industrial development. The facility will integrate carbon capture and storage (CCS) systems (CCS) to reduce emissions generated during production, aligning with energy transition and sustainability commitments.
KBR will work in conjunction with Samsung E&A and state-owned PT Adhi Karya to carry out a comprehensive FEED plan. The scope includes conceptual engineering, process design, technical specifications and feasibility analysis that will serve as the basis for the final investment decision and an eventual EPC (engineering, procurement and construction) contract.
Abadi LNG moves forward with carbon sequestration
Located in Saumlaki, Maluku, the plant will process gas from the Abadi field to supply domestic and international markets. The implementation of CCS and the integration of operational efficiency technologies position this complex as a reference in eco-efficient LNG projects projects in the region.
The success of this initial phase could open the door to long-term contracts and strengthen KBR and Samsung E&A’s presence in the competitive Southeast Asian energy market, where demand for clean and reliable energy solutions continues to rise.
https://inspenet.com/en/noticias/kbr-to-lead-initial-engineering-design-for-new-abadi-lng-plant/
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Argentina’s 30 MMtpa LNG Ambition by 2030 – Is It feasible?
The development Argentina’s vast Vaca Muerta share is transforming the nation into a rising energy exporter, with oil and pipeline gas already flowing abroad and an ambitious multi-phase ‘Argentina LNG’ initiative aiming to secure a permanent place in the global liquefied natural gas (LNG) market. While geological resources appear sufficient, the scale and pace of development, however, present challenges.
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‘Argentina LNG’ is a large-scale LNG scheme designed to massively develop Vaca Muerta’s resources to deliver energy to domestic and international market. It represents an ambitious collective of projects to be developed in following three phases:
Phase 1 (5.95 MMtpa): Southern Energy SA (SESA) – an incorporated JV comprising Pan American Energy, Pampa Energia, Harbour Energy, YPF, and Golar LNG – contracted Golar LNG to develop this phase through the Hilli Episeyo FLNG unit (2.45 MMtpa, to be redeployed from Cameroon) and the MK II (3.5 MMtpa, under conversion in China). Start-up of the first vessel is expected in 2027, followed by the second in 2028. A midstream player will construct a pipeline as part of the project.
The FLNG component of this first phase was admitted into the RIGI incentive program, which provides legal stability, the ability to repatriate profits, dividends, and capital, and shields the project from new national, provincial, or municipal taxes.
Phase 2 (10 MMtpa): In December 2024, YPF signed a Project Development Agreement (PDA) with Shell to develop this phase, which will involve the construction of two newbuilds of 5 MMtpa each. A new pipeline will also be required for this phase, which has a 2030 start-up target.
Phase 3 (12 MMtpa): In June 2025, YPF signed an agreement with Eni to develop this phase via two newbuilds of 6 MMtpa each. Start-up in 2029 is the target.
Nonetheless, YPF’s ongoing legal battle with Burford Capital over the Argentine government’s expropriation of the NOC in 2012 poses a risk. On 30 June, a New York court ordered the transfer of the 51% expropriated stake as a partial payment to Burford. On 15 July, Burford agreed to suspend the transfer until the final decision is reached on Argentina’s appeal in 2026. Until this is resolved, uncertainty will persist.
At full capacity, the project will require 4.2 Bcf/d of feedgas, essentially the country’s entire production today. While we have no doubts about the Vaca Muerta shale’s subsurface capacity to supply gas, we believe meeting the aggressive timelines to deliver LNG will be challenging.
LNG Marketing Continues
In January 2025, YPF signed an MoU for up to 10 MMtpa with India’s ONGC, Gas Authority of India Limited (GAIL), and ONGC Videsh. Due to the high volatility of Brazilian LNG demand, given the country’s seasonal hydropower output, Argentine LNG exports are expected through spot and short-term contracts. Meanwhile, Asian buyers continue evaluating additional LNG sources as they diversify away from the US and Qatar, while European buyers could benefit from their proximity to Argentina. Other potential offtakers are ADNOC, through its XRG subsidiary, and CNOOC, which holds a 25% stake in Pan American Energy.
While Argentina’s investment environment has improved, some LNG investors and buyers remain averse to long-term investments in Argentine LNG projects and contracts, particularly given the country’s short-lived Tango FLNG export experience during 2019-2020.
YPF plans to construct four newbuild FLNG units, with capacities of at least 5 MMtpa – the largest ever built. We believe delivering these vessels on time will be challenging.
The world’s biggest FLNG units: The proposed capacities of the new vessels are a step change from the 3.6 MMtpa capacity of the world’s current largest operational FLNG unit, Shell’s Prelude FLNG project in Australia.
Fighting for dock space: Securing shipyard capacity will be difficult, as the FLNG hulls will be newbuilds and must compete for dry dock slots with other facilities.
New contractors needed: Shell and Eni have experience working with Samsung Heavy Industries (SHI), responsible for constructing the Prelude and Coral South FLNG vessels. Others, like Keppel in Singapore and CIMC Raffles in China, are specialists in FLNG conversions. Wison in China also has experience in the
FLNG market and has been contracted by Eni to build its second FLNG vessel for offshore Congo-Brazzaville.
Fierce global LNG supply competition
Between 2026 and 2030, the global LNG market will see an unprecedented wave of new liquefaction trains coming online, particularly in Qatar and the US Gulf Coast. Numerous pre-FID projects will compete with the Argentine projects. Moreover, the global pre-FID projects could pose a bigger challenge for Argentina LNG’s Phases 2 and 3, as most of the other pre-FID projects are in regions where some projects have already come online and their reliability has been proven, e.g., the US Gulf Coast.
Due to its smaller capacity and earlier start-up, the first phase of the Argentina project will have a better chance of competing in the LNG market.
https://www.oedigital.com/news/529012-argentina-s-30-mmtpa-lng-ambition-by-2030-is-it-feasible
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Furui Energy launches Brazil’s first bio-LNG project
Furui Energy Service has held a kick-off meeting for Brazil’s first bio-LNG project. The event was attended by Li Huaibing, General Manager of Furui Energy Service, along with representatives from the company’s Overseas Sales Department, Overseas Project Department, Technology Department, Procurement Department, Furui Do Brazil, and executives from one of Brazil’s leading large scale agricultural companies.
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The convening of the kick-off meeting marks the project’s official entry into the substantive implementation stage. Representatives from various departments gathered to hold in-depth discussions on key aspects such as project preparation, construction planning, and technical assurance, laying a solid foundation for the smooth execution of the project.
The project is designed to process 200 000 m3/d of biogas, with the core objective of efficiently converting abundant organic waste resources into high-purity bio-LNG. Leveraging Furui Energy Service’s advanced biogas purification and liquefaction technology, the project ensures that the final product fully complies with local standards in Brazil.
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Iraq moves forward with floating LNG transfer system
Baghdad (IraqiNews.com) – Iraq has made an important step toward improving its energy security by announcing the ongoing development of the floating platform project, which would help the country import liquefied gas from different countries. This measure is part of the government’s effort to ensure the country’s fuel supply and operate power plants.
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The Iraqi government and the Energy Ministerial Council recently issued directions outlining the project’s execution procedures, which include inviting specialized businesses, organizing technical and administrative committees, and identifying the necessary infrastructure to handle imported gas.
The Ministry of Oil announced that it finished vital pipelines to support the project, demonstrating the government’s commitment to prepare all essential needs before the floating platform goes operational.
These initiatives come at a time when Iraq is suffering tremendous issues with electrical stability.
These steps represent a serious shift toward expanding import channels and diversifying supply sources, guaranteeing considerable flexibility in securing liquefied natural gas (LNG) and achieving stability in the electricity grid following years of reliance on a single source.
A floating platform serves as a link between the LNG carrier and the shore-based receiving or exporting facilities.
According to a recent decision by the Energy Ministerial Council, six foreign corporations were asked to make technical and commercial proposals for this project. The Ministry of Oil established a technical committee to analyze the proposals, in addition to a combined ministerial committee comprised of the Ministries of Oil, Electricity, and Transport.
These committees were tasked with assessing bids and making suitable choices while maintaining the greatest standards of transparency.
These operations demonstrate Iraq’s capacity to effectively handle significant energy projects, as finishing pipelines before the floating platform enters the operational phase is critical to the project’s success.
https://www.iraqinews.com/iraq/iraq-moves-forward-with-floating-lng-transfer-system/
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South Korea: Hanwha Aerospace, Hanwha Energy, and Korea Southern Power to develop global LNG value chain
Hanwha Aerospace has signed a memorandum of understanding with Hanwha Energy and Korea Southern Power to strengthen co-operation in the global LNG sector and advance the development of an integrated LNG value chain. The signing ceremony, held at The Plaza Hotel in Seoul, marks the start of a new public–private collaboration to secure competitive LNG procurement and diversify supply sources. The agreement is designed to strengthen Korea’s access to US LNG in a more favourable trading environment and to address the need for stable energy supply chains amid heightened geopolitical risks and global market uncertainty.
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Under the agreement, the three companies will collaborate on joint procurement of US LNG, enhance domestic supply stability through LNG swaps, and expand information sharing in the global LNG market. Hanwha Aerospace and Hanwha Energy will leverage Hanwha Ocean’s LNG carrier fleet to create an integrated LNG value chain from sourcing to transportation and delivery, with the aim of strengthening order potential and generating synergies across the Hanwha Group.
Last year, the company invested approximately KRW 180.3 billion (US$130.3 million) to acquire a 6.83% stake in US LNG developer NextDecade Corp., further expanding its presence in the North American LNG sector.
“We will extend the technology and global networks we have built in the defence sector into the energy field to contribute to national energy security,” said Jaeil Son, President and CEO of Hanwha Aerospace. “Based on our co-operation with Korea Southern Power, we will expand projects that strengthen Korea’s energy stability and support economic growth.”
“Through this agreement, we will bring together the capabilities of the private and public sectors to respond to the changing global LNG market,” added Jae Kyu Lee, CEO of Hanwha Energy. “We expect LNG imports and swaps to strengthen both the stability and flexibility of our partnership.”
“Amid recent geopolitical risks such as conflicts in the Middle East and changes in the external environment, enhancing competitiveness in direct LNG imports through collaboration with the private sector is highly meaningful,” concluded Jun-Dong Kim, CEO of Korea Southern Power. “I hope this agreement will serve as a cornerstone for practical co-operation, such as joint procurement of US LNG, that will contribute to the national economy.”
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Global LNG Development
US: Centrica Signs 10 Year Deal for USA Natural Gas With Devon Energy
Centrica Plc signed a 10-year agreement to buy natural gas from Devon Energy Corp. to help expand its activities across the Atlantic. Centrica Energy, its trading arm, will receive 50,000 million British thermal units per day of natural gas from 2028, or the equivalent of five liquefied natural gas cargoes per year, according to a statement on Friday. The volumes will be indexed to TTF, the European benchmark price.
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The deal expands Centrica’s global gas business after the recent announcement of a New York office. The agreement will also help the firm to manage the price risk in its liquefied natural gas portfolio by aligning feed gas rates with European futures. For Devon, the deal offers exposure to international markets, according to the statement.
“Gas remains an essential transition fuel and, through long-term agreements like this, Centrica ensures competitively-indexed gas supply,” said Centrica Chief Executive Officer Chris O’Shea.
US natural gas producers are increasingly seeking to lock in agreements with buyers overseas. Both the Asian and the European benchmarks for the heating and power-generation fuel trade at roughly four times the price at Henry Hub in Louisiana, the US benchmark.
In February, Centrica signed a 15-year agreement to supply American LNG to Petroleo Brasileiro SA, and last year it struck a deal with US-based Coterra Energy Inc. to secure more gas.
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Saudi Arab: BlackRock’s GIP Leads $11B Deal for Saudi Gas Assets
A BlackRock Inc.-led group signed an $11 billion lease deal involving Saudi Aramco natural gas facilities as the state producer seeks to raise cash from infrastructure assets.A group led by BlackRock’s Global Infrastructure Partners unit will lease infrastructure that serves the Jafurah gas project and lease them back to Aramco for 20 years, according to a statement. Aramco is developing the over $100 billion Jafurah project to supply fuel to domestic power plants as well as for export.
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State-controlled Aramco has been seeking international capital by selling stakes in some assets. The company is a major source of revenue for the Saudi government’s economic transformation plan as it builds futuristic cities, and pushes into new sectors from artificial intelligence to tourism and sports in preparation for a future in which oil demand begins to wane.
A newly-formed subsidiary, Jafurah Midstream Gas Company, will be created as part of the deal. Aramco will hold a 51% majority stake in the venture, and the GIP-led group will own the rest. The transaction will not impose any restrictions on Aramco’s production volumes.
The latest deal ramps up BlackRock’s presence in Saudi Arabia as it builds up a portfolio in the Middle East. The firm was the first major global investment manager to open an office in Riyadh, and has invested across the Gulf in Kuwait, Qatar and the United Arab Emirates. Aramco’s Chief Executive Officer Amin Nasser has been on the board of the world’s biggest money manager since 2023.
BlackRock was also among investors that bought stakes in Aramco’s national gas pipeline network in 2021.
Aramco’s Chief Financial Office Ziad Al-Murshed said on an Aug. 5 conference call that the company was reviewing its portfolio and could decide to spin off assets.
“What we’re looking at across the portfolio is to unlock capital that’s locked into relatively low-return, and invest in core” activities, he said. “When we look at assets, it is typically low-return that is tied up in things like infrastructure and where other investors would be interested.”
Bloomberg reported in 2021 that Aramco was considering introducing outside investors into parts of the Jafurah project. The company had approached infrastructure funds to gauge interest in midstream assets, people with knowledge of the matter said the next year.
Jafurah is an unconventional field, meaning the gas is trapped in hard-to-access rock formations and requires special techniques to extract.
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PECC2 signs AiP for Cong Thanh LNG project
Cong Thanh Thermal Power Joint Stock Company and the Doosan Enerbility (Korea) and Power Construction Consulting Joint Stock Company 2 (PECC2) joint venture have signed an agreement in principle to implement the 4500 MW Cong Thanh power plant project (Phase 1: 1500 MW; Phase 2: 3000 MW).
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Attending the signing ceremony, on the side of the Investor (Cong Thanh Thermal Power Joint Stock Company) was Nguyen Cong Ly – Chairman of Cong Thanh Group; on the side of Doosan Enerbility was Yeonin Jung – Vice Chairman of Doosan Enerbility Group; on the side of PECC2 was Nguyen Chon Hung – Chairman of the Board of Directors, along with representatives of the Board of Directors from the three parties.
Cong Thanh thermal power project is located in Nghi Son Economic Zone, Thanh Hoa Province, with imported LNG as the main fuel and using combined cycle gas turbine technology. The conversion to LNG fuel has elevated the project, helping to increase value and open up prospects in the energy development process in Vietnam.
Cong Ly expressed his honour to sign the principle agreement with PECC2 and Doosan, creating an important foundation for implementing strategic development steps for the Cong Thanh LNG thermal power plant project. He emphasised that Cong Thanh and its partners Doosan, PECC2 have had a lot of experience cooperating in previous coal-fired thermal power projects, and with the trust in the capacity and experience of the consortium of two contractors, this project will be implemented quickly, effectively and with high quality. He also expressed his hope that, immediately after the signing ceremony, the parties will urgently coordinate closely, immediately start specific tasks to soon put the project into practical implementation, contributing significantly to the sustainable energy development of the country.
Jung affirmed that Doosan has a lot of experience in successfully implementing EPC power plant projects in Vietnam, and especially has effectively co-operated with PECC2 through a series of key projects such as Vinh Tan, Vinh Tan 4 Expansion, as well as currently working with PECC2 to implement the O Mon IV thermal power project. Based on the co-operation agreement signed, the Doosan–PECC2 consortium will closely co-ordinate with the Investor and partners to soon put the project into the groundbreaking stage and successfully implement it.
Chon Hung affirmed that the Cong Thanh LNG thermal power project is an important opportunity, opening up a new development direction for PECC2 in the field of gas-fired electricity in the coming time. With a solid foundation and the right direction of the Investor, along with the effective co-ordination between Doosan and PECC2, he believes that the project will reap good results.
He emphasised that with extensive experience, high-quality human resources and equipment capacity, PECC2 is committed to accompanying the Investor and Doosan to bring practical values and success to the project. He also said that the signing ceremony is not only a starting point, but also a determination to accompany the long-term between the parties. Although the road ahead is still full of difficulties, with maximum effort and close cooperation with Doosan, PECC2 believes that it will complete the project, meet expectations and bring the highest satisfaction to customers.
The operation of the project not only ensures the supply of electricity to Thanh Hoa province, but the project also supplies electricity to the Northern load centre area. With the increasing load demand, the operation of the 4500 MW Cong Thanh LNG power project is of great significance in providing electricity for the socio-economic development needs of the country.
https://www.lngindustry.com/liquid-natural-gas/21082025/pecc2-signs-aip-for-cong-thanh-lng-project/
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ConocoPhillips signs 20-year LNG purchase agreement with Sempra
The agreement will bolster ConocoPhillips’ ability to deliver natural gas to global markets.Global exploration and production company ConocoPhillips has signed a 20-year sales and purchase agreement (SPA) with Sempra Infrastructure on a free-on-board basis.This long-term agreement, for four million tonnes per annum (mtpa) of liquefied natural gas (LNG) from the Port Arthur LNG Phase 2 project in the US, will bolster ConocoPhillips’ ability to deliver natural gas to global markets.
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Sempra CEO and chairman Jeffrey W. Martin said: “The role of US LNG in meeting the energy security needs of America’s allies continues to grow.
“That is why we are excited to extend our partnership with ConocoPhillips to expand the Port Arthur LNG facility. This next phase reflects both companies’ shared view of the opportunity to connect American producers of natural gas with growing markets overseas, while also driving economic growth and job creation here at home.”
The Port Arthur LNG Phase 2 project is under development by Sempra’s subsidiary, Sempra Infrastructure, in Jefferson County, Texas.
ConocoPhillips CEO and chairman Ryan Lance said: “ConocoPhillips is pleased to extend our partnership with Sempra Infrastructure to Port Arthur LNG Phase 2, where we will be a major offtaker.
“This SPA advances our global LNG portfolio strategy as we build a flexible and reliable LNG supply network to meet growing energy demand.”
In addition to the recent SPA, ConocoPhillips had previously, in July 2022, committed to a 20-year agreement to purchase 5mtpa of LNG offtake and a 30% equity stake in phase one of Port Arthur LNG. It is scheduled for start-up in 2027.
While a final investment decision for phase two is pending, ConocoPhillips’ role will be limited to offtake.
Furthermore, ConocoPhillips announced that drilling was complete at a second appraisal well at the Slagugle oil discovery in the Norwegian Sea earlier this year.
https://www.offshore-technology.com/news/conocophillips-lng-purchase-sempra/
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AMIGO LNG Inks 15-Year Sale and Purchase Deal with Macquarie Group
The agreement is the latest in a series of developments highlighting Mexico’s increasing prominence as a gateway for North American natural gas to global markets. In a significant move poised to strengthen Mexico’s position in the global liquefied natural gas (LNG) market, AMIGO LNG S.A. de C.V. has signed a 15-year Sale and Purchase Agreement (SPA) with Macquarie Group. The deal, announced on August 25, 2025, sees the financial and energy powerhouse committing to an offtake of 0.6 million tonnes per annum (MTPA), reinforcing the viability of Mexico’s emerging LNG export sector.
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This landmark agreement marks a major milestone for AMIGO LNG, a joint venture between U.S.-based Epcilon LNG LLC and Singapore-based LNG Alliance. The project, located in Guaymas, Sonora, is strategically positioned to serve the surging energy demand in both the Asia-Pacific and Latin American markets. According to the terms of the SPA, LNG deliveries are scheduled to commence in the second half of 2028, aligning with the targeted start-up of AMIGO LNG’s first liquefaction train. The long-term nature of the contract provides critical revenue certainty for the project’s developers.
The Guaymas location offers a distinct competitive advantage for the project. By leveraging its direct connectivity to the U.S. Permian Basin, one of the world’s most prolific natural gas fields, the AMIGO LNG terminal can access a reliable and cost-effective gas supply. This logistical benefit, combined with the West Coast port’s access to the Pacific Ocean, translates to shorter transit times and lower shipping costs for key buyers, particularly those in Asia, compared to traditional U.S. Gulf Coast export terminals. This strategic positioning underscores Mexico’s potential to become a pivotal transit hub for North American gas resources.
“It is a privilege to have Macquarie join our portfolio of LNG offtakers,” said Dr. Muthu Chezhian, CEO of LNG Alliance. “Their reputation as a trusted and innovative global energy player reinforces the strong fundamentals of our project and highlights the long-term value AMIGO LNG will bring to global buyers.” The sentiment was echoed by Michael Bennett, Managing Director in Macquarie’s Commodities and Global Markets business, who highlighted the critical role of LNG in the global energy mix. “This agreement reflects our commitment to meeting the diverse energy needs of our clients worldwide and demonstrates the strength of our offering in this space,” Bennett stated.
New liquefaction projects are crucial for meeting this demand, and AMIGO LNG is set to become a key player in providing that new supply. The project’s commitment to deploying advanced U.S. liquefaction technology and modern marine infrastructure positions it as a state-of-the-art facility built to high standards of safety, sustainability, and operational performance.
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Trafigura Secures Long-Term LNG Supply Deal with KOGAS
Trafigura, one of the world’s foremost commodity trading and logistics companies, has entered into a long-term agreement with Korea Gas Corporation (KOGAS) to supply liquefied natural gas (LNG). KOGAS, South Korea’s state-owned gas utility and among the largest LNG importers globally, will receive substantial volumes of LNG from Trafigura under this newly signed deal, with deliveries expected to span the next decade.
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The contract is structured around Henry Hub, the benchmark index for natural gas pricing in the United States. Trafigura plans to fulfill its obligations through its existing LNG offtake agreements with major producers, including Cheniere Energy—the leading exporter of LNG from North America—along with supplies drawn from the company’s diverse global LNG portfolio.
This agreement significantly reinforces Trafigura’s influence in the international LNG market. It further underlines the company’s expanding footprint in the United States, where it already records an annual turnover exceeding USD 40 billion across its energy and commodities businesses, including natural gas, crude oil, refined petroleum products, and metals.
Richard Holtum, Chief Executive Officer of Trafigura, emphasized the strategic importance of the partnership, stating:
“We are delighted to finalize this long-term LNG supply agreement with KOGAS. South Korea is a key partner across all our major trading activities, and this deal demonstrates our capability to connect world-class producers with leading consumers in today’s increasingly complex energy landscape. With our US offtake agreements and a strong global LNG network, we are well-positioned to ensure KOGAS receives the secure and dependable energy supplies necessary to support Korea’s economic growth.”
On behalf of KOGAS, Chief Executive Officer Yeonhye Choi highlighted the importance of this collaboration in the current volatile energy environment:
“This agreement represents a pivotal step in creating a stable and trustworthy long-term partnership. With global energy markets facing increasing uncertainty, diversifying import channels has become essential. Through this arrangement with Trafigura, KOGAS aims to enhance the security of Korea’s energy supply while maintaining economic efficiency. Both organizations are committed to building a relationship based on collaboration and mutual confidence. KOGAS will continue to ensure reliable, affordable, and sustainable energy delivery to Korea, supported by this vital cooperation with Trafigura.”
The long-term agreement comes at a time when global LNG markets are witnessing heightened demand and structural shifts, driven by the energy transition, supply chain disruptions, and geopolitical dynamics. For South Korea, the world’s third-largest LNG importer, securing dependable supplies is crucial to meeting industrial needs, household consumption, and national energy security objectives. For Trafigura, this deal not only strengthens its LNG trade flows into Asia but also consolidates its role as a key link between American LNG producers and Asian consumers.
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EQT signs 20-year LNG purchase deal with Sempra, expanding global reach
EQT Corp.’s initiative to unleash American-made liquified natural gas opened up another front with a 20-year sales and purchase agreement to buy LNG from a Gulf Coast company’s LNG terminal under development, helping to expand its business and reach beyond the domestic energy industry.
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Financial terms of the deal between EQT (NYSE: EQT) and the Sempra Infrastructure division of Sempra (NYSE: SRE) weren’t disclosed. But the 20-year definitive sales and purchase agreement would see EQT buy 2 million tons a year of LNG from Sempra’s Port Arthur LNG Phase 2 project in Jefferson County, Texas. LNG is natural gas that has been converted into liquid to take a smaller form and can be shipped over the ocean for industrial, chemical and residential use.
EQT is the second-largest independent natural gas producer in the United States, all from its massive holdings in Appalachia. But the deal with Sempra isn’t the typical relationship EQT or another driller would have with an LNG facility. Instead of shipping the natural gas from Pennsylvania or West Virginia to be converted to LNG, EQT would be buying already-converted LNG that it would sell overseas that wasn’t sourced from EQT.
“This agreement underscores EQT’s role in unleashing U.S. LNG that enhance global energy security while driving progress toward lower-carbon solutions,” said EQT President and CEO Toby Z. Rice.
The deal will help transform EQT from a domestic commodity producer to a more integrated energy company with a global reach, moving it into diversified revenue streams that aren’t tied to Appalachian or domestic natural gas prices or pipeline capacity.
EQT would be selling LNG to foreign markets. The LNG sold to EQT would be free-on-board, where EQT would have ownership of the LNG at the loading terminal. The price would be indexed to the Henry Hub exchange price but allow it to have direct access to international markets and higher pricing than domestic natural gas.
EQT told the Business Times on Wednesday that LNG is a natural extension of its business and, as Rice has noted, an important way to boost the reach of natural gas and also help countries around the world to increase living standards.
“EQT’s LNG strategy allows us to monetize our world-class gas resource base at global prices, while helping to meet international energy needs with reliable U.S. supply,” EQT said.
“Both projects are pre-FID (final investment decision) as well so it makes sense that they are looking to diversify their contracts amongst a few LNG facilities,” Mills said.
Sempra’s Port Arthur liquefaction and export terminal is in its first phase, a $13 billion investment with partner ConocoPhillips that, when up and running in 2028, will have a capacity to export 13 million tons of LNG per year. It’s fully subscribed. The second phase, which EQT is committing to, could double the liquefaction and export capacity.
“Advancing the Port Arthur LNG Phase 2 project with EQT reflects our mutual commitment to helping ensure U.S. natural gas projects continue to support local economic development and provide global markets with a stable, long-term supply of LNG,” said Sempra Infrastructure CEO Justin Bird in a statement.
EQT has two other LNG-related agreements with companies along the Gulf Coast, one for liquefaction services from the proposed Commonwealth LNG facility in Cameron, Louisiana, and Texas LNG’s planned liquefaction facility in Brownsville, Texas. Both are tolling type agreements that would also give EQT exposure to global gas prices, said Josephine Mills, senior analyst with Enverus.
https://www.bizjournals.com/pittsburgh/news/2025/08/27/eqt-liquified-natural-gas-sempra.html
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LNG as a Marine Fuel/Shipping
China receives first Arctic LNG 2 cargo ahead of Putin’s visit, data shows
SINGAPORE, Aug 29 (Reuters) – China received this week its first liquefied natural gas cargo from a sanctioned Russian project, ship-tracking data from Kpler and LSEG showed, days ahead of Russian President Vladimir Putin’s meeting with Chinese President Xi Jinping.
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Putin is among more than 20 world leaders, including Indian Prime Minister Narendra Modi, who will attend the Shanghai Cooperation Organisation summit in China’s northern port city of Tianjin on Sunday and Monday, where he is expected to meet Xi to revive trade between the countries.
The meeting is expected to mark another diplomatic coup for Russia, which has had sanctions imposed by the U.S. and European Union for its full-scale invasion of Ukraine in 2022, after Putin held talks with U.S. President Donald Trump in Alaska earlier this month on a potential peace agreement.
The tanker Arctic Mulan LNG, carrying LNG from the Arctic LNG 2 project, which is targeted by the sanctions, berthed at China’s Beihai LNG terminal in the southern region of Guangxi on Thursday, data from Kpler and LSEG showed. The cargo came from a storage facility in the Russian Far East that has only received cargoes from Novatek’s (NVTK.MM), Arctic LNG 2 project.
The delivery marks the first time superchilled fuel from the project reached an end-user since it started up last year.
“China and Russia are testing the waters,” said Anne-Sophie Corbeau, researcher at Columbia University’s Center on Global Energy Policy, in a post on LinkedIn.
“If this one goes through without any U.S. reaction, that could be a signal for China and other buyers that it would be ok to buy sanctioned Arctic LNG 2 cargoes. India could be next in line for a Russian LNG cargo, especially at an attractive price.”
PipeChina, the Beihai LNG terminal’s operator, did not immediately respond to a request for comment.
Arctic Mulan is currently still near the Beihai LNG terminal. Reuters has not been able to find any contact information for its registered owner, and its ship or commercial manager.
“It may have a political greenlight, and it is unlikely that Russia and China would proceed without some form of assurance that these cargo deliveries will not trigger sanctions risk for the terminal operator or lead to further consequences for Russia,” said Siamak Adibi, director for gas and LNG supply analytics at consultancy FGE.
The Arctic LNG 2 project had been due to become Russia’s largest LNG plant with eventual output of 19.8 million metric tons per year of LNG from three trains.
“If sanctions are lifted from Arctic LNG 2, some 12 million tons per annum of additional LNG could reach the market within a relatively short period, providing additional supply relief,” Adibi said.
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US-Sanctioned Russian LNG Shipment Docks in China for First Time
A tanker with a shipment of liquefied natural gas from a US-sanctioned export facility in Russia has docked at a Chinese terminal for the first time, the latest move by Moscow to expand fuel deliveries into Asia. The Arctic Mulan vessel, which is carrying fuel from the blacklisted Arctic LNG 2 plant in Russia’s north, docked at the Beihai LNG terminal on Thursday, according to ship-tracking data compiled by Bloomberg.
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The plant, initially sanctioned by the US President Joe Biden’s administration, began exporting fuel on shadow fleet vessels last year, but none has ever docked at an import terminal as buyers feared retaliation from the US.
Arctic LNG 2, led by Novatek PJSC, is key to Russia’s plans to triple LNG exports by 2030 — and tap new gas markets after a sharp drop in pipeline sales to major traditional buyers in Europe. Other than pressuring India over its purchases of Russian oil, the US has held off on further tightening measures against buyers of Russian LNG as it seeks to broker a ceasefire agreement in Ukraine. US President Donald Trump said face-to-face discussions with Vladimir Putin in August were “extremely productive.”
Arctic Mulan loaded an LNG shipment from a floating storage unit in eastern Russia in early June, according to ship-tracking data. The fuel in storage was sourced from the Arctic LNG 2 facility.
Arctic LNG 2 produced eight cargoes last summer but was forced to shut in October as it failed to find buyers and as ice started its seasonal build-up around the facility. The vessels instead offloaded the fuel into storage sites in Russia.
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COSCO Shipping unit enters into CNY2.58b deal with MOL for LNG carrier
A subsidiary of COSCO Shipping Development has entered into a sale-and-leaseback arrangement for a 271,000-cubic-metre liquefied natural gas (LNG) carrier with a wholly-owned subsidiary of Japan’s Mitsui OSK Lines (MOL).
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The agreement was signed on August 26 by Oriental Fleet, a wholly-owned subsidiary of COSCO Shipping Development. Under the deal, Oriental Fleet will purchase the LNG carrier from the MOL subsidiary for a price of approximately CNY2.58 billion ($356 million). The vessel is expected to be delivered around July 2029.
Immediately following the delivery, the vessel will be leased back to the MOL subsidiary under a 240-month (twenty-year) bareboat charter. The total estimated charter hire to be paid to Oriental Fleet over the lease period is approximately CNY3.18 billion. At the end of the charter, the MOL subsidiary will be obliged to purchase the vessel back for $1.
The company stated that the sale-and-leaseback arrangement is part of its core ship leasing business and will expand the scale and improve the quality of its ship assets. It noted that the transaction will contribute to stable long-term income and cash flow, while also enhancing its overall financial soundness and supporting its long-term development.
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Technological Development for Cleaner and Greener Environment Hydrogen & Bio-Methane
ITM’s Hydropulse to cut out ‘unnecessary intermediaries’ in hydrogen supply
ITM Power’s new plant-building subsidiary aims to produce hydrogen at a cost others “can only dream of,” the company’s CEO has said. Dennis Schulz told analysts that Hydropulse will avoid “unnecessary intermediaries” to provide industrial users with low-cost green hydrogen.
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The business was launched in June to build decentralised small-scale green hydrogen plants to supply industrial customers under long-term offtake agreements.
ITM claims this model, seemingly inspired by the traditional industrial gas business, would help overcome projects stuck in limbo.
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Malaysia Launches Floating Solar and Hydrogen Hub
Malaysia has launched a Hybrid Hydro Floating Solar (HHFS) and Green Hydrogen Hub in Terengganu. The hub is a collaboration between Petroliam Nasional Berhad (Petronas) and Tenaga Nasional Bhd. (TNB), with both parties agreeing to advance the production of hydrogen and its derivatives.
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TNB would also enhance grid infrastructure to support Malaysia’s energy transition and regional clean energy ambitions, Petronas said in a media release.
The HHFS is a partnership between TNB’s power generation subsidiary, TNB Genco Sdn. Bhd., and state investment arm Terengganu Inc.
The collaborations were formalized through document exchanges during the launch. The launch was officiated by Prime Minister Anwar Ibrahim at the Sultan Mahmud Hydro Electric Power Station in Kenyir.
“These projects show that Terengganu has the potential to lead in green energy and create new economic opportunities for the people. With support from TNB and Petronas, we believe Terengganu can become a top choice for green energy investment in the region”, Burhanuddin Hilmi Mohamed Harun. Terengganu Inc. President and Group CEO, said.
“As the state’s investment arm, Terengganu Inc. will ensure these projects meet their goals and also help build local talent and transfer technology. This is a great chance to place Terengganu on the global stage as a green energy hub”, he said.
The Green Hydrogen Hub in Terengganu is part of a comprehensive, end-to-end value chain that includes continuous renewable energy (RE) generation from sources like the Kenyir HHFS facility, as well as green hydrogen production and derivatives such as green methanol and green ammonia, Petronas said.
This will be the first project of its kind and scale planned within the Kenyir-Kertih Corridor to leverage TNB’s renewable energy generation and ongoing grid infrastructure upgrades in Kenyir, alongside Petronas’ existing facilities, the Malaysian energy major said. These include a planned hydrogen electrolyzer, a derivatives plant, and carbon capture, utilization, and storage (CCUS) facilities in Kertih.
The initiative supports the ASEAN Power Grid and advances research and development, helping Malaysia become a regional green energy hub and facilitating cross-border energy trade and renewable energy integration, according to Petronas.
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Infineon switches Austrian chip plant to green hydrogen with Linde electrolyser
Germany’s largest semiconductor developer, Infineon Technologies, has converted its manufacturing site in Villach, Austria, to run entirely on green hydrogen after it commissioned a 2MW Linde electrolysis plant on-site. High-purity hydrogen is used in process gas in semiconductor production, and until now, Infineon has relied on natural gas-based hydrogen, which was delivered by truck from Germany.
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However, H2 View understands that the proton exchange membrane (PEM) electrolysis plant designed and built by Linde will produce around 290 tonnes of hydrogen per year to meet the facility’s demand.
“We are replacing the existing hydrogen from fossil sources with green hydrogen,” explained Thomas Reisinger, Board Member for Operations at Infineon.
“In this way, we are reducing CO2 emissions in the supply chain and making a further contribution from Villach to the Infineon Group’s CO2 neutrality target.”
Energy major Linde first announced plans to build, own and operate the 2MW electrolyser plant at Infineon’s site in 2021, using PEM technology supplied by UK-based ITM Power through its partnership.
At the time, Linde projected a 2022 start-up.
In 2023, Linde delivered the green hydrogen plant and equipment for a fourth air separation plant to Infineon’s Villach site.
Semiconductors power almost every modern device, from smartphones and cars to medical equipment, and are vital for high-demand sectors like AI and renewable energy.
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Enhancing hydrogen production using modified ilmenite oxygen carriers
Potassium- and calcium-modified ilmenite oxygen carriers, developed by Institute of Science Tokyo, significantly improve hydrogen yields and redox reaction efficiency in chemical looping systems. The chemical modification of ilmenite results in the formation of a calcium titanate phase with iron substitution. This advancement enhances the oxide ion diffusion, accelerates hydrogen production, and also enables a polygeneration system for simultaneous hydrogen production, carbon dioxide capture, and power generation—paving the way to scalable, carbon-neutral energy systems.
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Hydrogen is often known as the clean fuel because when it burns, it doesn’t release carbon dioxide (CO2), unlike other fuels. However, producing clean hydrogen without carbon emissions is quite challenging. One promising solution is chemical looping hydrogen production, an advanced energy conversion system that allows simultaneous capture of CO2, hydrogen production, and power generation using circulating oxygen carriers. However, finding efficient and scalable oxygen carriers with high performance in chemical looping has remained a challenge until now.
To address this, a group of researchers led by Professor Junichiro Otomo, along with researcher Dr. Zhuang Sun from the Department of Transdisciplinary Science and Engineering, Institute of Science Tokyo (Science Tokyo), Japan, developed a modified oxygen carrier that could dramatically improve hydrogen production and chemical looping outcomes. Their findings were made available online in the journal Applied Energy on July 04, 2025, and will be published in Volume 398 on November 15, 2025.
Chemical looping systems typically involve three interconnected reactors: a fuel reactor that converts carbon monoxide (CO) to CO2, a steam reactor for hydrogen formation, and an air reactor for power generation. These reactors continuously circulate metal oxides (oxygen carriers) which drive redox reactions without direct combustion, allowing efficient CO₂ isolation and sustainable hydrogen production. Ilmenite is a natural mineral-based oxygen carrier that shows promise in chemical looping for hydrogen production. However, it often suffers from sluggish kinetics and poor hydrogen yields, making it less ideal for industrial-scale use.
To overcome this, the researchers modified the structure of ilmenite by adding potassium (K) and calcium (Ca) into its structure using a solid-state synthesis method. “We chose Ca and K ions for modifying ilmenite,” explains Otomo. “Since both are major components of biomass ash, this could facilitate better integration with renewable fuels.”
Briefly, the researchers first treated the natural ilmenite to remove impurities. The treated ilmenite was blended with specific amounts of calcium carbonate and potassium carbonate in a ball mill and calcined at high temperatures (900 °C and 1,300 °C) to form K-modified, Ca-modified, and K-Ca co-modified ilmenites. This modification introduced a new phase called calcium titanate with iron substitution within the structure.
“This iron-doped calcium titanate phase plays a critical role in accelerating the redox reactions in hydrogen production because the iron-doped calcium titanate is an ionic and electronic conductor,” notes Otomo. “By promoting the diffusion of oxide ions, we achieved a much higher reaction rate and hydrogen yield compared to conventional ilmenite-based carriers.”
In effect, this research marks a significant milestone in material science and clean energy. The new oxygen carriers are not only scalable but also cost-effective. Particularly, the optimized K-Ca co-modified ilmenite dramatically improved the efficiency by 5.5% in a polygeneration process. It reduced the CO consumption by 57% while boosting the hydrogen production by ∼440%—all within just one-third the size of a full-scale reactor. Furthermore, this new oxygen carrier is expected to have widespread applications in polygeneration systems for clean energy generation.
Looking ahead, the team aims to develop lower-temperature synthesis methods for cost-effective scaling. “A major step forward would be in July 2025, when a demonstration project led by Osaka Gas Co., Ltd. and JFE Engineering Corporation, with support from the Japan Carbon Frontier Organization, is expected to begin,” remarks Otomo. This project will use the newly developed material to simultaneously generate hydrogen, electricity, and CO₂ from biomass and liquid waste.
Additionally, Science Tokyo’s Green Transformation Initiative (Science Tokyo GXI) is also supporting the effort by expanding its experimental facilities. A demonstration experiment with a large-scale fluidized bed reactor is in progress at the university to refine the technology for practical settings. Building upon further collaborations, the team hopes to accelerate polygeneration technologies for a sustainable future.
About Institute of Science Tokyo (Science Tokyo)
Institute of Science Tokyo (Science Tokyo) was established on October 1, 2024, following the merger between Tokyo Medical and Dental University (TMDU) and Tokyo Institute of Technology (Tokyo Tech), with the mission of “Advancing science and human wellbeing to create value for and with society.”
https://www.eurekalert.org/news-releases/1095617
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New York State invests over $11m in five clean hydrogen initiatives
New York Governor Kathy Hochul has announced an investment of more than $11m in five clean hydrogen research and development projects in the US. These projects aim to demonstrate new technology designs, reduce costs associated with clean hydrogen storage and distribution, and deploy zero-emission hydrogen-powered transportation.
The funding, awarded through the Advanced Fuels and Thermal Energy Research Program administered by the New York State Energy Research and Development Authority (NYSERDA), addresses the main barriers to the adoption of clean hydrogen.
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This includes decarbonising industrial processes, supporting hard-to-electrify sectors like transportation, and enhancing grid reliability.
Hochul said: “New York’s investments in clean hydrogen are helping to unlock this emerging resource as a potential contributor to the state’s affordable, abundant, and reliable energy system.
“Advancing alternative fuels like clean hydrogen will grow our clean energy economy while reducing emissions statewide.”
The selected projects showcase a variety of applications for clean hydrogen. GTI Energy received over $220,000 to assess New York’s potential for geological hydrogen storage, which could support large-scale, long-duration energy storage.
National Grid Ventures was granted $2m to test a 100% hydrogen-fuelled linear generator at National Grid’s Northport Power Plant in Fort Salonga, aiming to improve air quality and grid stability.
Plug Power was allocated $2m to collaborate with Verne for the joint development of hydrogen distribution trailers with cryo-compressed storage solutions, which work towards cost reductions and increased efficiency for hydrogen deployment.
Stony Brook University received more than $4.9m to create a “low-pressure, ambient-temperature” hydrogen storage system at Staten Island University Hospital – North Campus to bolster healthcare system resilience.
Additionally, SWITCH Maritime secured $2m to develop New York’s first hydrogen fuel cell-electric ferry, contributing to zero-emission transportation on New York City waterways.
These projects not only support the grid but also aim to reduce emissions such as carbon, nitrogen oxide, carbon monoxide, and particulate matter, particularly benefiting public health in congested areas and disadvantaged communities.
NYSERDA president and CEO Doreen M Harris said: “We are proud to partner with these companies that have been awarded for their bold vision in advancing clean hydrogen as part of New York’s energy transition. These innovative projects are catalysts for development that will lower costs, grow the economy, and make this resource a viable solution as part of a diversified clean energy mix for all New Yorkers.”
https://www.energymonitor.ai/news/new-york-clean-hydrogen-initiative/
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SWITCH Maritime bags $2 million for NY’s first hydrogen fuel cell-electric ferry
The U.S. shipowner SWITCH Maritime has secured $2 million in funding to develop and demonstrate New York’s first hydrogen fuel cell-electric ferry.
SWITCH Maritime is one of five companies which was awarded the funding for clean hydrogen research and development projects through the Advanced Fuels and Thermal Energy Research Program administered by the New York State Energy Research and Development Authority (NYSERDA).
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Governor Kathy Hochul announced on August 21 that more than $11 million had been awarded to five projects that will demonstrate new technology designs, cost reductions associated with clean hydrogen storage and distribution, evaluate large-scale clean hydrogen storage opportunities, and deploy zero-emission hydrogen-powered transportation.
“New York’s investments in clean hydrogen are helping to unlock this emerging resource as a potential contributor to the state’s affordable, abundant, and reliable energy system,” Governor Hochul stated. “Advancing alternative fuels like clean hydrogen will grow our clean energy economy while reducing emissions statewide.”
SWITCH Maritime was awarded $2 million to develop and demonstrate New York’s first hydrogen fuel cell-electric ferry to provide zero-emission transportation on New York City waterways.
The company’s Co-founder and CEO, Pace Ralli, said: “SWITCH aims to provide municipal ferry operators with viable zero-emission options to replace their aging, diesel-powered vessels. Funding from NYSERDA’s Clean Hydrogen Innovation Program accelerates SWITCH’s ability to demonstrate a hydrogen-powered 150-passenger ferry for NYC waterways, without sacrificing operational performance. New York State is a powerhouse of innovation and climate action; we can’t think of a better place to launch this groundbreaking vessel.”
SWITCH Maritime, in collaboration with LH2 Shipping and LMG Marin, is also working on the construction of the first liquid hydrogen-fueled RoPax vehicle ferry in the U.S. The project entails the U.S. construction of the existing DNVGL-classed 80-car, 300-passenger RoPax vehicle ferry design operating on liquid hydrogen fuel in Norway, MF Hydra.
This endeavor follows the launch of Sea Change, known as the first hydrogen-powered ferry in the U.S. The vessel started public passenger service as part of the San Francisco Bay Ferry system in July 2024, after receiving its final Certificate of Inspection (COI) from the U.S. Coast Guard in May 2024.
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Dubai has produced 100 tonnes of green hydrogen, 1.15 GWh of clean electricity since May 2021
The Green Hydrogen project is the first of its kind in the Middle East and North Africa to produce green hydrogen using solar energy and produces about 20 kilogrammes of hydrogen per hour. Dubai, which has set a goal for transitioning into using 100 per cent clean energy by the year 2050, has announced that it has produced more than 100 tonnes of green hydrogen since its launch in May 2021.
According to the Dubai Electricity and Water Authority (DEWA), most of the green hydrogen was used to produce over 1.15 gigawatt hours (GWh) of clean electricity via a hydrogen gas engine, helping to abate more than 515 tonnes of carbon dioxide.
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According to Saeed Mohammed Al Tayer, MD and CEO of DEWA, over 11 tonnes were shipped to Emirates National Oil Company Group (ENOC), which were used to fuel hydrogen vehicles and to power other industrial applications.
Dubai’s Green Hydrogen project
The Green Hydrogen project is the first of its kind in the Middle East and North Africa to produce green hydrogen using solar energy. It produces about 20 kilogrammes of hydrogen per hour, with a gas tank that can store up to 12 hours of hydrogen production.
The stored hydrogen can be used for nighttime power generation through a hydrogen gas motor with a capacity of approximately 300 kilowatts of electrical energy.
The project has been built to accommodate future hydrogen applications across the energy, transport and industrial sectors.
“The project enhances DEWA’s efforts to support the National Hydrogen Strategy, the UAE’s Net Zero 2050 Strategy, the Dubai Clean Energy Strategy 2050 and the Dubai Net Zero Carbon Emissions Strategy 2050 to provide 100% of the energy production capacity from clean sources by 2050. It also supports the Dubai Green Mobility Strategy 2030, which aims to stimulate the use of sustainable transport in line with the emirate’s strategic objectives to improve air quality and reduce greenhouse gas emissions,” Al Tayer said.
Dubai Clean Energy Strategy 2050
The Dubai Clean Energy Strategy was launched in 2015 by Sheikh Mohammed with an aim to meet its energy requirements from clean sources by 2050. The strategy also aims to make Dubai a global centre of clean energy and green economy.
It consists of five main pillars: infrastructure, legislation, funding, building capacities and skills, and an environmentally friendly energy mix.
“Our goal is to become the city with the smallest carbon footprint in the world by 2050,” Sheikh Mohammed had said.
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UK completes first trial switching from natural gas to hydrogen for aluminium recycling
Novelis notes future of the programme depends on either connection to a pipeline network for blue H2 or on-site electrolysis Aluminium recycling firm Novelis has completed a trial to switch from fossil gas to hydrogen in burners at its Latchford recycling centre in northern England, to melt down and process the metal.
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The trial, which was backed by a £4.6m ($6.2m) grant by the UK government, tested different amounts of hydrogen, from a 30% blend with natural gas all the way up to 100% H2 in the furnaces.
Several hundred tonnes of 3000-series scrap aluminium alloy were remelted and cast into sheet ingots at the Latchford plant as part of the trial, before being rolled and finished at other Novelis recycling centres in Europe.
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PGN set to supply biomethane for Singapore data centres
Indonesian natural gas transportation and distribution company PT Pertamina Gas Negara (PGN) is gearing up to supply biomethane to power data centres planned by NeutraDC Singapore, the Singapore unit of PT Telkom Data Ecosystem.
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The partners, which signed a memorandum of understanding, have not disclosed any details on the volume of supply.
According to PGN, it will produce biomethane – also known as bioLNG or renewable natural gas in some contexts – from palm oil mill effluent as part of a broader strategy to capitalise on low-carbon energy opportunities within Singapore.
“[The partnership] shows the potential for wider biomethane distribution while fostering a clean energy ecosystem to meet national transition targets,” said Rosa Permata Sari, Director of Strategy and Business Development at PGN.
These targets have been outlined in PGN’s ‘Step Out’ strategy, which aims to harness the assets of Pertamina subholdings to expand into low-carbon businesses.
The company, which has said it views biomethane as a “quick win” renewable fuel, expects to begin supplying biomethane to customers in West Java using its existing infrastructure by 2027.
Biomethane holds the potential to provide a dispatchable and sustainable alternative to traditional energy sources. It can directly fuel gas engines in data centres and, when used in fuel cells, biomethane converts into electricity and heat with minimal emissions. Data centres can also draw biomethane from existing gas networks.
“Indonesia, with its vast agricultural resources, has significant potential to develop biomethane as part of the clean energy transition,” added Sari.
Singapore plans to add at least 300MW more of data centre capacity to the existing 1.4GW of combined computing capacity of more than 80 data centres in Singapore.
However, there are concerns over the high energy consumption of data centres. According to a study in Nature, data centres accounted for roughly 1.5% of global electricity consumption in 2024 and will use twice as much energy by 2030 with artificial intelligence driving a major portion of future energy demand.
As part of its Green Data Centre Roadmap launched in May 2024, the Singapore government is aiming for all data centres in the country to achieve a power usage effectiveness performance of less than 1.3 at 100% IT load and to use only energy efficient IT infrastructure.
There has also been a raft of government initiatives to encourage energy efficiency in data centres. This includes the Investment Allowance for Emissions Reduction, which is granted on capital expenditure incurred for energy efficient or green data centre projects.
Another is REG(E), which offers support to data centres to reduce carbon emissions, and the Energy Efficiency Grant, which offers businesses co-funding to invest in energy-efficient equipment.
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Thyssengas starts work on Netherlands–Germany hydrogen pipeline
German gas transmission operator Thyssengas has held a groundbreaking ceremony in Hoogstede to mark the start of work on a cross-border hydrogen pipeline between the Netherlands and Germany. The 52km project will convert a natural gas pipeline between Vlieghuis in the Netherlands and Ochtrup in Münsterland.
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In October 2024, the Federal Network Agency approved the hydrogen core network, officially marking the start of development of a country-wide hydrogen infrastructure. The system is expected to be fully hydrogen compliant by 2027.
The pipeline conversion including valve and compressor component replacements, plus contaminant removal.
There are challenges that attach. Re-purposing natural gas pipelines at scale can be a risky undertaking and concerns persist over hydrogen embrittlement in steel pipelines.
Thyssengas currently operates around 4,440km of natural gas pipelines, mainly in North Rhine–Westphalia.
In May, National Gas and Gascade agreed to explore the development of a hydrogen pipeline network connecting the UK and Germany.
Costs for the Thyssengas project were not disclosed but a 90km pipeline conversion involving Engie and Creos in France and Germany was costed at €40m and €70m.
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World’s largest hydrogen sphere filled as NASA gears up for Moon missions
NASA has taken delivery of 730,000 gallons of liquid hydrogen from Air Products to fill the “world’s largest” liquid hydrogen sphere to fuel its lunar missions. The US industrial gas firm delivered more than 50 trailer loads of liquid hydrogen to the 90-foot-tall sphere at NASA’s Kennedy Space Center in Florida.
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NASA will combine the hydrogen with liquid oxygen for use as fuel in cryogenic rocket engines for its Artemis missions, which aim to return humans to the Moon.
Hydrogen has been used by NASA since the early 1960s, including on board its Saturn V.
However, the energy carrier has caused issues in the Artemis missions. In September 2022, hydrogen leaks thwarted two launch attempts of NASA’s Artemis I rocket.
Artemis I eventually launched in November 2022, with the unscrewed capsule safely returning to Earth a month later.
NASA now plans to launch its first crewed mission on board the Space Launch System rocket and Orion spacecraft in April 2026 under Artemis II.
The delivery underscores hydrogen’s continued central role in NASA’s space exploration strategy, despite the technical challenges it has presented.
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