At the China Development Forum 2024, Aramco’s president & CEO, Amin H. Nasser, delivered remarks pledging the company’s commitment to China’s future growth and development. Addressing a distinguished audience of guests and strategic partners in Beijing, Aramco expressed pride in its role as one of China’s most reliable energy suppliers, emphasising mutual respect and cooperation.

Beyond energy, Aramco highlighted five key areas of collaboration where significant investment opportunities exist:

1. Chemicals: With Aramco’s ownership of SABIC, major investments in chemicals are underway, aligning with China’s robust chemicals industry.
2. Lower GHG Emissions Materials: Aramco’s NEXCEL centre in Beijing focuses on developing environmentally friendly materials, supporting China’s sustainability goals.
3. Sustainable Development: Aramco sees opportunities in joint efforts to develop advanced emission reduction technologies, in line with China’s commitment to sustainable development.
4. Lower Carbon Energy: Collaboration in renewables, hydrogen, and electro fuels could align with both nations’ climate ambitions.
5. Advanced Technologies: Aramco and China share interests in digital technologies, Fourth Industrial Revolution technologies, and venture capital investments.

Aramco emphasised its dedication to China’s energy security and role as a partner in economic development. The company aims to be at the forefront of China’s growth journey, contributing to the nation’s transition towards a high-quality economy.

The speech concluded with gratitude and appreciation, reinforcing Aramco’s commitment to elevating the partnership with China to unprecedented heights.

For more information visit www.aramco.com

Enbridge Inc. has announced its definitive agreement to form a joint venture with WhiteWater/I Squared Capital and MPLX LP. The venture will focus on developing, constructing, owning, and operating natural gas pipeline and storage assets linking Permian Basin natural gas supply to expanding LNG and U.S. Gulf Coast demand.

Key Points:

• Acquisition of a strategic equity interest in the joint venture
• Immediate accretion to DCF per share with approximately 90 percent contracted cash flows
• Receipt of immediate, recurring, and growing cash flow from operating assets with minimal commodity exposure
• Optimisation of balance sheet by boosting EBITDA and reducing Enbridge’s share of future Rio Bravo pipeline project capex in proportion to its economic interest

The joint venture will have ownership stakes as follows: WhiteWater/I Squared (50.6 percent), MPLX (30.4 percent), and Enbridge (19.0 percent). It will include assets such as:

• Whistler pipeline: A ~450-mile, 42-inch intrastate pipeline transporting natural gas from the Permian Basin to Agua Dulce, TX
• Rio Bravo pipeline project: ~137 miles of new pipelines transporting natural gas from Agua Dulce to NextDecade’s Rio Grande LNG project
• ADCC pipeline: A ~40-mile, 42-inch proposed intrastate pipeline designed to transport natural gas from Agua Dulce to Cheniere’s Corpus Christi LNG export facility
• Waha Gas Storage: A ~2.0 Bcf gas storage cavern facility

Nearly 98 percent of capacity is contracted under long-term, take-or-pay contracts with an average contract length exceeding 10 years. Most counterparties are investment grade.

Enbridge will contribute its Rio Bravo pipeline project and ~US$350 million in cash to the joint venture. It will fund the first ~US$150MM of post-closing capex to complete the Rio Bravo pipeline project and retain a 25 percent economic interest in the project.

“This joint venture enhances our super-system approach, bringing energy supply to places where it is needed most and providing last mile connectivity to domestic and export customers,” said Cynthia Hansen, EVP and president, gas transmission and midstream of Enbridge.

The transaction, expected to close in Q2 2024, is subject to regulatory approvals and customary closing conditions.

For more information visit www.enbridge.com

TGE Gas Engineering is delighted to share exciting news regarding the progress of the 240,000 m³ Propane Storage Tanks Extension Project for SP Chemicals Co., Ltd.

Following a smooth and efficient gassing up process, both 120,000m³ cryogenic propane storage tanks were successfully cooled down on 07.03.2024 and 19.03.2024, marking a significant milestone in the project’s advancement.

Simultaneously, the liquid propane levels within the two storage tanks, T240 & T250, have been established, and the boil-off gas is efficiently re-liquefied by two compressors, C380A/B, in conjunction with propane condensers and economizers. The terminal is currently operating with stability and reliability in line with the meticulously crafted design.

The company extends their heartfelt gratitude to all those involved in this project, with special recognition to the dedicated commissioning team for their exceptional contribution to this remarkable achievement.

The current expansion of the propane storage tanks, T240/T250, with integrated process areas, serves as an extension of the recent TGE Project (SP Chemicals 400,000m³ Light Hydrocarbon Storage Project), which encompasses three 120,000m³ propane/ethane storage tanks with a comprehensive process handling system.

Notably, the 240,000 m³ Propane Storage Tanks Extension Project marks the fourth collaboration between TGE and the esteemed client over the past two decades, underscoring our enduring partnership and commitment to delivering excellence in engineering solutions.

For more information visit www.tge-gas.com

Canadians have a new reason to embark on exciting journeys with the launch of a loyalty partnership between Petro‑Canada’s Petro‑Points™ and Canadian Tire Corporation’s Triangle Rewards®.

At over 1,800 Petro‑Canada and Gas+ locations nationwide, members can now earn rewards from both programmes.

With over 11 million active Triangle Rewards® members and 3 million active Petro‑Points™ members, individuals can continue enjoying their programme’s existing benefits at Petro‑Canada and Gas+ sites.

By linking their Triangle Rewards® and Petro‑PointsTM accounts, members can enhance their benefits by earning and redeeming rewards more efficiently:

• Earn BOTH Petro‑PointsTM and Canadian Tire Money® (CT Money®) with every fuel transaction, along with 20 percent more Petro‑Points™.
• Convert Petro‑Points™ into CT Money®.
• Redeem CT Money® across Canadian Tire banners, including Canadian Tire, Sport Chek, Mark’s, and Party City.

“We hope customers are as thrilled as we are about the fantastic rewards and savings offered by two of Canada’s trusted and iconic brands,” says Patrick Ritchie, VP of sales & marketing for Petro‑Canada.

“This marks an exciting time for Petro‑Canada, a key component of Suncor’s integrated refining and marketing business,” adds Dave Oldreive, EVP of downstream. “In addition to launching our linked loyalty programme, we’ve also begun supplying fuel to the Gas+ network under a long-term supply agreement with our refineries and are preparing to rebrand over 200 Gas+ sites to Petro-Canada. These initiatives demonstrate our ongoing efforts to evolve and strengthen our retail network for resilience now and in the future.”

Over the next few years, more than 200 Canadian Tire Gas+ retail fuel sites will transition to Petro‑Canada stations while retaining Canadian Tire ownership. Suncor will gradually become the primary fuel provider to Canadian Tire’s fuel network.

For more information visit www.triangle.com

In a significant move towards diversification, TotalEnergies is extending its footprint in the LNG sector, adding a new chapter to its storied legacy in Texas. Building upon its rich history with the Port-Arthur refining and petrochemicals platform and its upstream assets in Barnett, Texas, TotalEnergies is now venturing into the LNG segment with the Rio Grande LNG liquefaction terminal project in South Texas.

With all necessary permits secured and the investment decision for the first phase (17.5 Mtpa) made in July 2023, TotalEnergies is poised for substantial growth in LNG production. The terminal’s startup is slated for 2027, marking a significant milestone in the company’s LNG journey. TotalEnergies has committed to off-take 5.4 Mtpa of LNG for 20 years, propelling the company’s US LNG export capacity to 15 Mtpa by 2030.

As a frontrunner in the LNG industry, TotalEnergies recognises the pivotal role LNG plays as a transitional energy source. Its flexibility addresses the intermittency of renewable power generation and aids in reducing emissions, particularly in regions where coal remains a dominant fuel for power generation. With this strategic move into LNG, TotalEnergies reaffirms its commitment to sustainable energy solutions and its dedication to shaping the energy landscape of tomorrow.

For more information visit www.totalenergies.com

Getech, a renowned global leader in subsurface resource location, has entered into a strategic partnership with Expro, a leading energy services provider, to accelerate the development of low-carbon geoenergy projects. The collaboration aims to drive advancements in geothermal energy, natural hydrogen, and carbon capture and storage (CCS) initiatives.

This partnership leverages the combined strengths of Expro’s expertise in well evaluation and integrity, and Getech’s proficiency in locating valuable subsurface resources. The collaboration also harnesses the power of proprietary data, geoscience knowledge, and cutting-edge machine learning technologies. The primary objective of this alliance is to identify and expedite opportunities in the emerging energy sector, aligning with the shared vision of transitioning to a sustainable, low-carbon future.

With Expro’s extensive global presence spanning across 60 countries, this partnership is uniquely positioned to have a global reach. The initial focus of the collaboration includes assessing tender opportunities in regions such as Europe, Asia, and Central America.

Beyond the immediate emphasis on geothermal, CCS, and natural hydrogen, this collaboration has the potential to enhance Getech’s asset-based projects. By accessing Expro’s diverse capabilities, Getech can augment its domain-specific expertise and offerings.

Max Brouwers, chief business development officer at Getech, expressed enthusiasm about the partnership, stating, “Many low-carbon energy projects rely on efficient subsurface drilling – either to produce a direct energy resource such as heat or natural hydrogen, or to store resources safely underground such as CO2. Our alliance with Expro and access to its well expertise enables us to offer comprehensive solutions in response to the growing demand for renewable energy sources. Together we can address complex energy challenges more efficiently and help organisations decarbonise by offering subsurface low carbon solutions.”

Ingrid Huldal, director for Sustainable Energy Solutions, highlighted the alignment between Expro and Getech’s commitment to sustainable energy solutions. She emphasised Expro’s expertise in wells, spanning geothermal, CCS, and natural hydrogen projects, and expressed pride in collaborating with Getech to extend their joint capabilities across the project lifecycle. This strategic partnership enhances their value proposition, streamlines project management, reduces operational expenditure and risk, and aligns strongly with their shared environmental commitments. Huldal also emphasized the synergies between Expro and Getech, positioning them to play a pivotal role in advancing and supporting renewable and decarbonisation technologies.

The partnership between Getech and Expro holds great promise in driving the development of low-carbon geoenergy projects and contributing to the global efforts to combat climate change. Through their combined expertise and shared commitment to sustainability, they are poised to make a significant impact in the energy sector.

For more information visit www.expro.com

Arabian Chemical Terminals Abu Dhabi (ACTAD) has taken significant steps to prepare for the future. The greenfield terminal, located in the UAE, has successfully completed all essential drills and wet testing scenarios. These rigorous preparations have been undertaken to ensure the smooth and efficient handling of products at the terminal.

In a momentous announcement, ACTAD is thrilled to share that the first ship will be arriving at their terminal this week. This milestone marks a significant achievement for the company and highlights their commitment to becoming a major player in the chemical industry.

To get a glimpse of the impressive facilities and operations at ACTAD, take a look at the captivating pictures below. These images speak volumes and provide a visual representation of the cutting-edge infrastructure and advanced technologies employed at the terminal. They truly capture the essence of ACTAD’s dedication to excellence and its readiness for the future.

For more information visit www.act-uae.com

Air Liquide played host to members of the State of Texas Legislature and guests of the Greater Houston Partnership during their “ATX2HOU: Beyond the Bayou” event, where legislators explored various key sites across the greater Houston area. As part of the event, Air Liquide welcomed legislators to their La Porte, Texas hydrogen facility, providing them with insights into the significance of clean hydrogen production and Air Liquide’s role in driving projects aimed at accelerating the hydrogen market.

Throughout the tour, legislators gained an understanding of Air Liquide’s involvement in six of the 7 recently announced Hydrogen Hubs by the U.S. Department of Energy, its membership in the newly established Hydrogen Production Policy Council, and its leadership as Chair of the Texas Hydrogen Alliance. Additionally, Air Liquide showcased its operations, including the world’s largest hydrogen storage cavern in Spindletop Texas, emphasising its commitment to advancing the hydrogen market and transitioning towards a low-carbon future.

Adam Peters, CEO of Air Liquide North America, along with Andrew Garnett, president of Large Industries North America, and Katie Ellet, president of Hydrogen Energy and Mobility, joined hydrogen advocates to discuss Air Liquide’s expertise across the value chain and highlight Texas’ role as a leader in energy expansion.

“Air Liquide is proud to lead the development of the hydrogen value chain in Texas, leveraging our history and expertise. As the world’s leading hydrogen producer and home to one of the major industrial basins, Texas is poised to drive the energy expansion forward,” said Adam Peters, CEO of Air Liquide North America.

During the tour, legislators engaged with Air Liquide experts, including John Jackson, Abby Derkits, Margaret Ferenz, Iryna LaGrone, Taahira Guzman, Kelsey Smitherman, Melissa Schmitzer, and Chris Connor, to explore Air Liquide’s innovative technologies in hydrogen production. Discussions included Air Liquide’s proprietary Cryocap™ H2 & Cryocap™ FG technologies, which efficiently capture carbon in existing steam methane reforming plants, leading to significant reductions in CO2 emissions.

Christian Bionat, vice president of public policy and advocacy at the Greater Houston Partnership, highlighted the importance of Air Liquide’s involvement, stating, “Air Liquide’s leadership in the hydrogen sector is crucial, emphasising the industry’s significance to state lawmakers and regulatory agencies. Collaborations like these provide invaluable insight into the pivotal activities driving Houston’s regional growth.”

For more information visit www.usa.airliquide.com

Bruce Chinn, the recently retired president and CEO of Chevron Phillips Chemical, received recognition today at the World Petrochemical Conference for his leadership in enhancing the diversity of the STEM talent pool within the petrochemical industry.

The Chemical Marketing & Economics, Inc. and S&P Global Commodity Insights bestowed upon him the CME STEM Leadership Award™ for Propelling Diverse Talent at the S&P Global Commodity Insights’ World Petrochemical Conference in Houston on March 19.

Ksenia Takhistova, co-chair of CME, remarked, “Bruce Chinn’s leadership in promoting diverse STEM talent and facilitating their pursuit of professional aspirations has contributed significantly to CPChem’s robust company culture and its pursuit of excellence across all business facets.”

Chinn has played a pivotal role in reshaping support for STEM students within professional associations, fostering collaboration with communities to encourage investment in economic development and educational opportunities.

Since 2017, CPChem has sponsored CME’s acclaimed NASA Symposium and other impactful STEM innovation programmes, benefiting over 50,000 diverse students. In 2020, CPChem was among the pioneering companies supporting the Future of STEM Scholars Initiative, aiding students in pursuing STEM degrees at historically black colleges and universities. To date, CPChem has pledged more than $1.4 million to FOSSI, contributing to the industry’s collective efforts, which have raised over $40 million in scholarships to support over 600 students.

Chinn emphasized CPChem’s reliance on STEM innovation, propelled by employees with diverse backgrounds, experience levels, talents, perspectives, and decision-making styles.

“We believe that the industry plays a pivotal role in supporting programmes like those of CME, NASA, and FOSSI, which empower diverse STEM talent for both current and future job demands,” Chinn stated. “Our investment in STEM education fosters sustainable manufacturing, enhances business performance, promotes environmental stewardship, and fuels economic growth. We are profoundly grateful for S&P Global Commodity Insights’ collaboration with CME at WPC, inspiring diverse STEM leadership for sustainable innovation.”

Chinn, who retired from his role as president and CEO of CPChem at the end of February, embarked on his career at DuPont before joining Chevron in 2006. During his tenure at Chevron, he held several executive positions in refining across various locations, including operations in Venezuela, Richmond, Calif., and Pascagoula, Miss.

He currently serves as a board member for Waste Management, Inc., and has held top executive positions across multiple organisations, including serving as a board director and executive committee member of the American Chemistry Council, as well as being a member of the Executive Leadership Council. Chinn holds a bachelor’s degree in chemical engineering from Texas A&M University.

For more information visit www.cpchem.com

Odfjell Terminals US  is pleased to announce the successful completion of its Bay 13 project at the Houston Terminal. The expansion comprises nine new tanks, boasting a combined capacity of 204,000 barrels, marking a significant increase in tank capacity at OTH by approximately 9 Percent.

This milestone underscores OTH’s dedication to providing flexible assets to meet evolving customer demands. The project includes a mix of stainless steel and carbon steel tanks, engineered with positive pressure systems and full automation, demonstrating Odfjell Terminals’ commitment to product integrity, safety, and environmentally responsible operations.

The newly commissioned tanks are part of segregated systems tailored to accommodate the storage needs of OTUS’ customers’ highly specialised chemical products. This further cements OTUS’ position as a premier terminal operator in the specialty chemical industry. The cutting-edge infrastructure ensures the safe and secure storage of a diverse range of specialty chemicals, meeting and surpassing modern industrial and environmental standards.

This expansion project highlights OTUS’ dedication to expanding its terminal infrastructure platform in the United States, reflecting the company’s commitment to investing in new infrastructure to cater to the evolving storage demands of its customers.

For more information visit www.odfjell.com

Ergon’s dedication to doing right is exemplified through its ongoing efforts to reduce emissions, environmental impacts, and energy usage. In recognition of these sustainability initiatives, two of Ergon’s Energy & Specialty Solutions companies, Ergon Refining Inc. and Resinall Corp., received accolades from EcoVadis in 2023.

EcoVadis, a global platform focusing on sustainability ratings and practices, evaluates companies based on environmental impact, labor and human rights, ethics, and sustainable procurement. Scores ranging from 0 to 100 are assigned, with recognition in the form of bronze, silver, gold, or platinum medals.

ERI demonstrated notable progress, upgrading from a bronze to a silver medal in the 2023 evaluation, showcasing its commitment to continuous improvement. Similarly, Resinall earned a bronze medal for the first time, underscoring its dedication to sustainable practices.

These achievements underscore Ergon’s steadfast commitment to doing right across its products, for the planet, by its people, and through its principles. They serve as a testament to Ergon’s ongoing efforts to uphold environmental, social, and governance responsibilities.

For more info visit www.ergon.com

Exciting developments have unfolded this week at Allvalves as the company continues to make significant strides in its operations. With a focus on customer satisfaction, the team has been diligently shipping numerous orders, including both actuated and manual valves, ensuring prompt delivery to valued customers.

In addition to fulfilling orders, the team has been actively engaged in large-scale projects, adhering to strict deadlines to meet customer expectations. The commitment to timely delivery underscores Allvalves’ dedication to providing high-quality products and services.

Moreover, the proactive sales team has been working tirelessly to expand the company’s business reach, engaging with multiple companies to explore new opportunities and partnerships. Hosting customers from the oil and gas industry, Allvalves has presented its comprehensive offerings and demonstrated how its products can contribute to upcoming projects in the sector.

Furthermore, Allvalves recently conducted a site visit to an AD plant with which it has previously collaborated. During the visit, the effectiveness of Allvalves’ electric actuated valves in the plant’s operations was showcased, reaffirming the company’s commitment to delivering innovative solutions tailored to the specific needs of its clients.

For more information visit www.allvalves.co.uk

Norwegian Hydrogen AS has unveiled its ambitious plans in Finland, announcing a significant green hydrogen project in Tornio. Tornio has been earmarked as one of Norwegian Hydrogen’s key locations for green hydrogen production in Finland, with a designated 20-hectare area in the Arctic North industrial zone already secured for the venture.

The decision to develop the Tornio production facility underscores Norwegian Hydrogen’s commitment to spearheading the hydrogen economy across the Nordic countries. With increasing demand for hydrogen in various industries and transportation sectors, the region presents a compelling investment opportunity.

In 2023, Norwegian Hydrogen established Vireon, its wholly owned subsidiary, as a leading provider of hydrogen refuelling for heavy-duty transport in the Nordic region. While Vireon’s plans in Finland have been public knowledge, Norwegian Hydrogen’s involvement in green hydrogen production and derivatives has remained undisclosed until now.

Simen Skaare Eriksen, chief commercial officer of Norwegian Hydrogen, emphasised the significance of the Finnish venture, highlighting the company’s dedication to fostering sustainability and economic prosperity throughout the Nordic region.

Local officials and business leaders have warmly welcomed Norwegian Hydrogen’s expansion into Tornio. The city of Tornio and Business Tornio have played pivotal roles in facilitating the venture, acknowledging the project as a testament to the region’s potential in the hydrogen economy.

Petri Luoma, project director of Norwegian Hydrogen Finland Oy, expressed his enthusiasm for Tornio as the project’s ideal location. He cited Tornio’s industrial landscape, coupled with its robust transport and energy infrastructure, as key factors aligning with Norwegian Hydrogen’s goals for hydrogen production.

For more information visit www.norwegianhydrogen.com

Energy management and automation company Schneider Electric and Positive Zero, a decentralised decarbonisation infrastructure business based in the UAE, have formalised their partnership by signing a Memorandum of Understanding aimed at expediting the adoption of clean energy technologies.

The MOU outlines a collaborative effort between Schneider Electric and Positive Zero to drive the implementation of decarbonisation-as-a-service programmes throughout the United Arab Emirates and the Sultanate of Oman. This partnership will entail a joint exploration of opportunities in distributed microgrid projects, clean mobility solutions, energy efficiency, and sustainability initiatives.

David Auriau, CEO and co-founder of Positive Zero, expressed enthusiasm about the collaboration, highlighting Schneider Electric’s global prominence and Positive Zero’s commitment to addressing the evolving energy landscape. He emphasised the strategic alignment of their shared vision for decarbonisation and sustainability, affirming Positive Zero’s dedication to pioneering innovative solutions for a cleaner and more sustainable world.

Amel Chadli, president of Gulf Countries at Schneider Electric, echoed Auriau’s sentiments, expressing anticipation for the collaboration’s outcomes. Chadli emphasised the significance of this partnership in Schneider Electric’s journey towards accelerating the energy transition in the region. She stressed the company’s commitment to empowering organisations and communities to embrace sustainable energy solutions, underscoring the importance of collaborations like this in achieving their objectives.

For more information visit www.se.com

JERA Co., Inc. has inked a project framework agreement with ExxonMobil to collaboratively explore the development of a low-carbon hydrogen and ammonia production venture in the United States. The agreement comes as ExxonMobil progresses with plans to establish the world’s largest low-carbon hydrogen production plant at its Baytown Complex in Texas, United States, with an anticipated annual production capacity exceeding one million metric tonnes of low-carbon ammonia, slated to commence operations in 2028.

As part of the agreement, JERA and ExxonMobil will assess JERA’s participation in the project and JERA’s procurement of approximately 500,000 metric tonnes annually of low-carbon ammonia from the project to meet Japan’s demand.

JERA is actively engaged in the energy transition, expanding its renewable energy portfolio and advancing zero-emission thermal power technologies, aligning with its 2050 goal of achieving net zero CO2 emissions from both domestic and overseas operations. By establishing and expanding low-carbon hydrogen and ammonia supply chains in collaboration with key domestic and international partners, JERA aims to contribute significantly to global decarbonisation efforts and address energy challenges.

Steven Winn, JERA’s senior managing executive officer and chief global strategist, emphasised the importance of cooperation among industry leaders in establishing supply chains for crucial products like ammonia and hydrogen, essential for zero-emission thermal power. He highlighted the partnership with ExxonMobil, an active advocate for investments in carbon capture and storage and hydrogen, as a significant step towards advancing the transition to a globally decarbonised society.

Dan Ammann, president of ExxonMobil Low Carbon Solutions, echoed the sentiment, underscoring the necessity for alignment of supply, demand, and regulatory support for large-scale projects in emerging markets. He lauded JERA’s leadership in advancing the hydrogen economy and viewed the agreement as a pivotal catalyst in driving progress in this space.

For more information visit www.jera.co.jp

For more information visit www.eni.com

ENEOS Corporation, led by president Saito Takeshi, and JFE Steel Corporation, under the leadership of president and CEO Kitano Yoshihisa, have initiated a collaborative study for the utilisation of CO2-free hydrogen at the Mizushima Industrial Complex in Kurashiki City, Okayama Prefecture. Both companies, situated within the complex alongside numerous industries, recognise the potential for large-scale hydrogen use in the future. Their joint efforts will focus on studying the development and utilisation of a facility to receive, store, and supply CO2-free hydrogen within this area.

With the ambitious goal of establishing a CO2-free hydrogen supply chain by 2030, ENEOS and JFE Steel will explore expanding the supply chain beyond 2030 and leveraging hydrogen effectively to achieve a decarbonised society. As outlined in the ENEOS Group’s Long-Term Vision, ENEOS is committed to pursuing a stable supply of energy and materials while striving for a carbon-neutral society. As part of this commitment, ENEOS is investigating the establishment of a hydrogen supply chain using organic hydride, specifically methylcyclohexane, known for its suitability in storing and transporting hydrogen.

Simultaneously, the JFE Group has unveiled its Environmental Vision for 2050, placing climate change initiatives at the forefront of its management priorities. JFE Steel, a subsidiary of the JFE Group, is actively researching innovative technologies such as carbon recycling blast furnaces and direct hydrogen-reduction steelmaking. Under the auspices of the New Energy and Industrial Technology Development Organisation, JFE Steel is engaged in research and development projects focused on low-carbon technologies utilising external hydrogen and CO2 from blast furnace exhaust gas.

By leveraging their existing infrastructure, assets, and accumulated expertise, ENEOS and JFE Steel aim to achieve carbon neutrality at the earliest opportunity. Furthermore, the companies will collaborate with other stakeholders to promote carbon neutrality initiatives in the region, contributing to the realisation of a sustainable society.

For more information visit www.eneos.com

Hanseatic Energy Hub GmbH has announced its commitment to the final investment decision for the construction of Germany’s inaugural land-based terminal for liquefied gases. Following the successful conclusion of the permitting and commercial phase in late 2023, the company’s shareholders, including Partners Group (on behalf of its clients), Enagás, Dow, and the Buss Group, have secured financing for the ambitious infrastructure project, known as the Hanseatic Energy Hub. The esteemed EPC* specialist Técnicas Reunidas, along with its partners FCC and Enka, has been entrusted with the construction of the future-flexible energy hub at the Stade Industrial Park. The terminal’s construction will involve an investment of approximately one billion Euros, with the official groundbreaking ceremony scheduled to take place in the forthcoming weeks.

This significant milestone enables the Hanseatic Energy Hub to play a pivotal role in ensuring Europe’s energy security upon its planned commissioning in 2027. Initially serving as an import terminal for LNG, SNG, and liquefied biomethane, the HEH will later transition to handling ammonia as a carbon-neutral, hydrogen-based energy carrier. The FSRU “Energos Force,” chartered by Germany’s federal government, will depart from Stade once the HEH is operational. Meanwhile, the floating LNG terminal, present since March 2024, will continue to secure gas supply in the interim until the land-based terminal’s completion.

The Hanseatic Energy Hub boasts a total capacity of 13.3 billion cubic metres of natural gas annually, with ninety percent of this volume already secured through long-term contracts with three European energy majors, namely EnBW, SEFE, and ČEZ. The remaining capacity is reserved for short-term bookings, with long-term contracts offering the flexibility to transition to hydrogen-based energy carriers in the future. The terminal has received certification from permitting bodies as ammonia-ready.

After more than six years of development, the Hanseatic Energy Hub project is transitioning into its next phase. Enagás, overseeing the technical direction of construction and set to be the terminal operator, will increase its share from 10 to 15 percent.

Following the investment decision, Johann Killinger, a key figure in driving the project thus far, will step down from the management team to focus on his role as a shareholder. Jan Themlitz will assume the CEO responsibilities for the construction and commissioning of the terminal. Themlitz brings with him extensive experience in developing energy-related projects and three decades of LNG expertise gained from working with gas majors and power generators.

For more information visit www.hanseatic-energy-hub.de

PT Pertamina has recently achieved a noteworthy milestone by attaining a B score from the esteemed global non-profit organisation CDP. This notable “management” level score signifies CDP’s acknowledgment of Pertamina’s concerted efforts towards climate change mitigation and water resilience.

Fadjar Djoko Santoso, vice president of corporate communication at Pertamina, elaborated on the significance of this achievement, highlighting Pertamina’s commitment to environmental stewardship. Since joining the CDP Climate Change initiative in 2021, Pertamina has been diligently disclosing its decarbonisation strategies. The company’s consistent efforts led to yet another B score in 2023, showcasing its continued dedication to sustainability practices.

In addition to climate change initiatives, Pertamina has also made strides in disclosing water security data, achieving a commendable B- score. Fadjar emphasised that this score reflects Pertamina’s proactive approach to addressing environmental impacts and ensuring robust environmental management practices across its operations.

Pertamina’s multifaceted approach to tackling climate change includes initiatives such as decarbonisation, energy transition through new business development, and the development of new and renewable energy sources. Notably, Pertamina has implemented Pertamina Water Tools, an innovative internal tool aimed at identifying and mitigating water risks in its operational areas, further underscoring its commitment to water efficiency.

Fadjar highlighted the significance of Pertamina’s participation in CDP reporting, stating that it enhances the company’s accountability in terms of environmental responsibility and strengthens its competitiveness in the industry.

Revealing Pertamina’s current standings, Fadjar noted that the company’s scores are now at the industry average level for oil and gas extraction and production, with a B score for climate and a B- score for water categories.

CDP director Dexter Galvin commended Pertamina for its proactive approach to managing environmental and social impacts, noting the company’s influential role in this regard.

As a leading company in the energy transition, Pertamina remains steadfast in its commitment to supporting the Net Zero Emission 2060 target. The company’s initiatives directly contribute to the achievement of sustainable development goals and align with environmental, social, and governance principles embedded across all its business lines and operations.

For more information visit www.pertamina.com

WSG Energy Services, a prominent global specialist service provider, is pleased to announce the acquisition of two significant international patents for process piping system inspection, debris removal, and drying.

The culmination of our dedicated efforts and innovative approach has resulted in the successful development of purpose-built technology and engineered processes, ensuring the seamless transition from mechanical completion and pre-commissioning to the operational start-up of dry, construction debris-free pipework. This achievement is accompanied by 100 percent visual inspection records, validating the efficacy of our patented Build it Clean™ technology throughout the commissioning phase.

This milestone reflects our unwavering commitment to innovation and underscores the dedication of our team in advancing industry standards. The patented Build it Clean™ technology represents a breakthrough in waterless pipe cleaning and inspection methodologies, setting a new benchmark for efficiency and reliability in industrial services.

In addition to our innovative cleaning technology, effective data management is paramount for project success. Recognising this, we have integrated our multi-service Asset Integrity Management software to ensure seamless data management of the Build it Clean™ process within project completion and commissioning systems, guaranteeing 100 percent traceability.

Mark Loades, WSG cleanliness and preservation specialist, expressed his enthusiasm regarding the acquisition of these patents, emphasising their significant contribution to our trademarked Build it Clean™ process. “This development reinforces our commitment to pushing the boundaries of innovation in industrial services and underscores our dedication to providing cutting-edge solutions to our valued customers. We remain steadfast in our commitment to product development and look forward to continuing to lead the industry with our pioneering solutions.”

For more information visit www.wsgenergyservices.com

EPCM Holdings is thrilled to announce its recent contract award for conducting a techno-economic assessment for the Ramarothole Solar Plant in Lesotho’s Mafeteng Region. The primary focus of this assessment will be to identify the optimal Battery Energy Storage System  to enhance Lesotho’s energy infrastructure.

This project represents more than just the implementation of solar power; it embodies a commitment to meeting Lesotho’s energy demands sustainably and reliably. EPCM Holdings is proud to contribute to strengthening Lesotho’s journey towards energy security.

As progress continues on this endeavour, audiences are encouraged to stay tuned for updates as EPCM Holdings works towards a brighter, greener future for Lesotho.

For more information visit www.epcmholdings.com

U.S. Energy™, a prominent provider of refined products, alternative fuels, and environmental credits, has forged a long-term renewable natural gas supply agreement with Stark Area Regional Transit Authority based in Canton, Ohio. SARTA, renowned for its low/no-emission public transit system, will benefit from U.S. Energy’s landfill-based RNG to power its fleet of 36 compressed natural gas transit buses.

“SARTA’s dedication to sustainability and alternative fuels serves as a beacon for public transit systems nationwide. We’re honoured to collaborate with them on their RNG initiatives and support their decarbonisation objectives,” remarked Scott Hanstedt, vice president of business development at U.S. Energy. “With our extensive RNG projects and polyfuel portfolio, we ensure fleets have secure supply and comprehensive support across all fuel types.”

In addition to RNG-powered buses, SARTA operates one of the largest fleets of hydrogen fuel cell-powered transit vehicles in the Western Hemisphere. Together, these low/no-emission vehicles enable substantial emissions reduction while providing over 2,000,000 rides annually across Stark County and beyond.

“Our sustainability journey began over a decade ago with the transition to clean CNG-powered buses,” stated SARTA CEO Kirt Conrad. “Our innovative partnership with U.S. Energy will fuel ongoing efforts to create a healthier environment in Stark County.”

Through the supply agreement, SARTA’s annual RNG usage will mitigate greenhouse gas emissions equivalent to nearly 1,000 gasoline-powered passenger cars for a year or sequester carbon equal to over 73,000 tree seedlings grown for 10 years.

U.S. Energy supplies renewable and compressed natural gas at 50 owned and operated fueling stations, along with 180+ third-party dispensing contracts. Leveraging project development expertise and internal resources, U.S. Energy tailors fueling plans and agreements to meet diverse contract needs.

For more information visit www.us-energy.com

MFE Inspection Solutions, a leading provider of industrial inspection solutions, is proud to introduce the BAQ alphaDur Mini II, a state-of-the-art innovation in Ultrasonic Contact Impedance hardness testing technology. This cutting-edge device represents a significant leap forward from its predecessor, boasting enhanced features designed to elevate the efficiency and precision of hardness testing in the field.

Enhanced Features for Superior Performance

The alphaDur Mini II introduces several key advancements that benefit inspectors, ensuring seamless operation and reliable results. Its upgraded 3.5“-TFT-LCD color display with 640 x 480 pixels offers unparalleled clarity, enabling easy data reading in various lighting conditions. This enhanced visibility is crucial for fieldwork efficiency, allowing inspectors to work confidently in diverse environments.

Optimised Data Management and Connectivity

With expanded memory capacity of 8 GB eMMC-Flash-Memory, the alphaDur Mini II facilitates extensive data collection and analysis, eliminating the need for frequent data transfers during testing. Furthermore, the integration of a USB Type-C port modernises data management, enabling direct data transfer to PCs for streamlined analysis. This, coupled with a substantial battery life improvement of approximately 10 hours, ensures uninterrupted operational capabilities for extended inspection periods.

Key Upgrades at a Glance

• Enhanced Display: Transition from a 2.4“ color LCD to a 3.5”-TFT-LCD color display for clearer, more detailed visuals in various environmental conditions.
• Expanded Memory: Increase in memory capacity to 8 GB eMMC-Flash-Memory, accommodating over 1 million measurements for comprehensive data collection.
• Advanced Connectivity: Integration of a USB Type-C port enables direct data transfer to PCs, enhancing flexibility in data management.
• Extended Battery Life: Addition of a new 6800 mAh Li-ion battery extends operational time to approximately 10 hours, ensuring reliability over prolonged inspection periods.

Future-Ready Technology

In addition to these upgrades, upcoming enhancements, such as Bluetooth 5.0 and BLE technology, will further augment the capabilities of the alphaDur Mini II, ensuring it remains at the forefront of hardness testing technology.

Commitment to Excellence

“MFE’s dedication to innovation is exemplified in the BAQ alphaDur Mini II,” says MFE Inspection Solutions CEO, Dylan Duke. “We are committed to providing solutions that meet our clients’ demanding needs and elevate the standards of hardness testing.”

“We have improved an already excellent predecessor model,” adds BAQ CEO, Michael Eder. “The alphaDur Mini II offers increased accuracy and reliability, transforming testing into a more precise and efficient process for professionals.”

MFE is committed to supporting its customers in seamlessly transitioning to the alphaDur Mini II, offering comprehensive support and guidance to leverage its advanced capabilities for enhanced operational efficiency.

For more information visit: www.mfe-is.com

Proton Ventures, a Netherlands-based engineering and project management firm specialising in ammonia, covers the entire green ammonia value chain. From small- to large-scale green ammonia production, storage, handling, decomposition, and various applications, Proton Ventures offers comprehensive services.

With operational reference projects in Estonia, Bulgaria, and Morocco, Proton Ventures stands out as one of the few terminal designers with practical experience. From feasibility studies to engineering, procurement, and construction, Proton Ventures integrates cracking technology seamlessly into terminal designs.

Founded by Hans Vrijenhoef, a former Kemira ammonia plant manager, Proton Ventures boasts extensive expertise in ammonia operations. Over the years, the company has assembled a team of nearly 70 skilled engineers dedicated to advancing ammonia technology.

Recognised for its commitmProton Venturesent to safety and innovation, Proton Ventures has been invited to co-chair the revision of the Dutch ammonia storage and handling standard, PGS-12. With the growing demand for secure ammonia terminals, this initiative aims to modernise guidelines for safe operations, setting a benchmark for international standards.

For more information visit www.protonventures.com

VTTI, a leading energy company, is currently exploring the development of a large-scale bio-energy installation called VTTI Bio-Energy Limburg. The company’s primary objective is to promote sustainable energy practices and circularity. By converting organic sidestreams and waste into green gas (also known as biomethane or Renewable Natural Gas) and organic manure fertiliser pellets, VTTI aims to address environmental concerns and contribute to the region’s sustainability agenda.

VTTI envisions the creation of a modern facility that integrates renewable energy and circularity within a multifunctional and circular business park. Through the processing of organic sidestreams, biogas is produced, which is then upgraded to green gas and injected into the Dutch gas grid. This initiative is a tangible implementation of the Climate Accord, which aims to produce 2 billion m3 of green gas in the Netherlands by 2030. As such, the project plays a pivotal role in advancing the country’s energy transition and overall sustainability.

To ensure transparency and inclusivity, VTTI has initiated dialogues with local residents and stakeholders in the vicinity of the Zevenellen business park. The company is committed to hosting information sessions and consultations, actively involving the community in the decision-making process.

The Zevenellen project is part of VTTI’s strategic plan and expands its portfolio of bio-energy facilities in the Netherlands and Europe. With careful planning and collaboration, VTTI aims to ensure that its operations adhere to the highest standards of environmental responsibility.

As VTTI embarks on this journey towards a greener future, they invite everyone to join them in their mission. Interested individuals are encouraged to stay tuned for updates as the project progresses. Together, we can make a positive impact on the environment and contribute to a more sustainable world.

For more information visit www.vtti.com

Chart Industries, Inc., a prominent global provider of solutions to clean energy and industrial gas markets, has secured an order from Element Resources Inc. for its Lancaster Clean Energy Centre in the City of Lancaster, California.

Element’s LCEC is set to become one of the largest green hydrogen projects in the state, with an initial phase targeting the production of over 20,000 tonnes of renewable green hydrogen annually. Operating off-grid, the facility will utilise dedicated photovoltaic solar power to drive Element’s electrolyzers, enabling the production of zero-emission, renewable hydrogen. The increased hydrogen capacity will meet rising demand for clean mobility fuels and energy for manufacturing.

Under the agreement, Element Resources will acquire hydrogen liquefaction plants from Chart, leveraging Chart’s expertise in hydrogen refrigeration technology, cold box design, and associated rotating equipment. The order encompasses Chart’s provision of hydrogen liquefaction systems, liquid hydrogen storage tanks, trailer loadout bays, liquid hydrogen transports, and ISO containers. Additionally, hydrogen compression for storage, distribution, and heavy-duty fueling is included in the order.

Steve Meheen, CEO of Element Resources, expressed satisfaction with the agreement, highlighting the simplified procurement, construction, and operation enabled by Chart’s comprehensive hydrogen handling equipment and systems downstream of the electrolyzers.

Jill Evanko, CEO and president of Chart, underscored the company’s commitment to supporting Element Resources in its strategic global buildout within the hydrogen industry. She emphasised Chart’s comprehensive suite of hydrogen offerings as a key driver in advancing the energy transition efforts of Element Resources.

For more information visit www.chartindustries.com

AUMA has recently introduced an explosion-proof version to its popular PROFOX actuator series. The new PROFOX-X actuators bring the advantages of the small and smart PROFOX actuator series to applications in potentially explosive atmospheres. Designed to meet the requirements of modern plant automation, these versatile actuators have received ATEX and IECEx certifications for the highest gas group IIC T4, including hydrogen, ensuring safe operation in potentially hazardous environments.

Similar to the entire PROFOX line, the PROFOX-X series offers multi-turn, part-turn, and linear actuators, providing automation solutions for various valve types in the lower torque and thrust ranges. With its compact design, the PROFOX-X actuator is well-suited for tight spaces, such as skid installations.

The PROFOX actuators are known for their energy efficiency and low carbon footprint. They are designed with high-quality craftsmanship in Germany, offering a wide temperature range and premium corrosion protection for enhanced reliability and a long service life in challenging process conditions.

These smart actuators are suitable for both OPEN-CLOSE duty and modulating applications. The motor speed is adjustable, allowing for fast and precise positioning, while soft start and soft stop functionalities contribute to increased valve lifetime.

In terms of connectivity, PROFOX actuators support fieldbus and Industrial Ethernet communication, providing flexible and easy integration with host systems. Additionally, the embedded data logging feature of the actuators aligns perfectly with AUMA’s digital ecosystem, CORALINK, enabling advanced diagnostics and predictive maintenance.

The PROFOX actuators can be conveniently operated through an app, saving time and resources during installation and commissioning. The actuator status is easily visible at any time, thanks to the centrally placed LED, known as FOX-EYE, and the position indicator on the housing, even from a distance.

For more information visit www.auma.com/en/

Thorne & Derrick, the UK’s leading specialist distributor of equipment for explosive atmospheres, is delighted to announce its exclusive partnership with StuvEx, becoming the exclusive UK channel partner for the StuvEx range of static earthing, grounding, and bonding systems.

StuvEx, an international manufacturer, offers a complete range of static earthing, grounding, and bonding solutions with ATEX and IECEx certification for use in hazardous areas. This includes static bonding control, grounding and earthing clamps, cables, and reels.

Thorne & Derrick supports the technical specification and competitive supply from stock of standard and customized static earthing solutions for explosion protection in process operations and manufacturing applications dealing with combustible or flammable gases, liquids, or powders.

Terry McDonald, business development manager at Thorne & Derrick, commented, “The Strategic Partnership will deliver significant operational safety and best practice improvements to our clients in the process and hazardous area industries. The StuvEx range of Static Earthing Systems is an excellent extension to our Explosion Protection product range, further strengthening our reputation to specify and supply ATEX and IECEx-certified products that provide heating, lighting, power, and explosion protection to assets and operators in hazardous area workplaces. Together, our partnership presents clients with a certified product range, including innovative features that are industry-established and client-preferred across numerous global businesses in the powder and bulk solids handling sector. Our cost-competitive option in the marketplace will be integral to our future business growth plan.”

Static electricity is often dangerously overlooked and misunderstood as a potential ignition source in gas- and dust-hazardous areas. Thorne & Derrick, in partnership with StuvEx, is working closely with clients to highlight awareness, education, and mitigation of the ignition risk associated with static electricity. Discharges of static electricity pose health and safety dangers to people and plants, and clients are encouraged to contact Thorne & Derrick to discuss their concerns.

Sam Ayres, sales engineer at StuvEx Safety Systems Ltd, adds, “We’re excited to have chosen Thorne & Derrick as our exclusive distribution partner for static earthing systems. Their technical expertise and industry experience in supplying compliant and certified equipment to hazardous areas are unparalleled. We are looking forward to a long and successful partnership.”

For more information visit www.heatingandprocess.com

Exolum will manage the bulk liquid product storage terminal located on La Osa pier at the port of Gijon after winning the tender organised by the Port Authority of Gijon. Over the 15-year term of the concession, Exolum will invest 3 million euros to connect the new terminal to the existing one owned by the company, for optimal integrated management, and to modernise and adapt the infrastructure in order to offer a wider range of logistics services.

The new services include those required for decarbonisation and the energy transition, thus facilitating broader and faster deployment of new biofuels, as well as the development of new energy vectors.

Also, Exolum endeavours to become the logistics partner of choice for industrial operations in Asturias, both for new green fuel production plants and for other industries with bulk logistics requirements. The planned investment also includes expenditures aimed at reducing the carbon footprint.

Furthermore, these improvements made to adapt to new markets and services will enable the company to offer logistics services to a larger number of customers in the energy and chemical product market and other bulks and energy vectors.

The terminal has a capacity of 67,000 m3 in 12 tanks plus a service station, and it also offers extensive vessel, road tanker and, eventually, train interconnection options. The new Exolum facility in Gijon will also be integrated into the existing infrastructure managed by the company at the port and the extensive network it owns across Spain.

The port of Gijon is a key location for logistics operations owing to the quantity and quality of its connections with the region’s industrial hub, thus giving Exolum an opportunity to invest in a larger number of tanks to transport and store new energy vectors, such as biofuel, eco-fuel, hydrogen, ammonia, methanol, carbon, etc.

This will facilitate the development of the energy transition in the region, strengthen its role as a hub for these new energy vectors and contribute to the competitiveness of the region’s industrial sector and economy, as well as increasing business in the vicinity of the port of Gijon.

According to Jorge Guillén, Exolum’s Spain Region Lead, “At Exolum, we are committed to investing in Spain and, particularly, to developing logistics investments at ports that support the energy transition. The port of Gijon, therefore, represents a great opportunity to develop a larger volume of logistics operations and to boost the diversification of our business, thus expanding our services to new energy vectors that are relevant for the modernisation, competitiveness and sustainability of the industrial infrastructure in Asturias.”

For more information visit www.exolum.com

WaveCrest Energy LLC is pleased to announce the commencement of a market consultation process for its proposed Teesside Flexible Regas Port in advance of a planned capacity auction to be launched in the third quarter of 2024. Teesside Flexible Regas Port will provide flexibility and energy security to the UK, with the potential to deliver up to 248.5 GWh per day of natural gas, equivalent to around 17 percent of the country’s natural gas demand.

Situated in the port of Teesport in northeastern England, the project will encompass onshore buffer storage and liquefied natural gas regasification equipment, connected to a dedicated marine jetty for the mooring and unloading of LNG carriers. Regasified LNG will then be transported from the project site through a short segment of high-pressure natural gas pipeline for delivery into the UK National Transmission System. This streamlined and cost-effective design aims for rapid construction, with an anticipated commercial operation date of 2026.

WaveCrest Energy selected Teesport for the project due to the port’s extensive history in energy infrastructure, ongoing energy transition initiatives in hydrogen generation, carbon capture and storage, and biogas sectors. The deep water access within the port and its extensive marine assets will ensure the safe and reliable operation of the project.

Chief executive officer of WaveCrest Energy, Rob Bryngelson, stated, “The WaveCrest Energy team has a long and successful history in working in Teesport dating back nearly 20 years when the port became home to the world’s first dockside LNG regasification project. In support of the project’s efforts, we will continue working with statutory consultees, local stakeholders, and communities as part of the planning process. Our goal is to work closely with local partners through the approval, construction, and operation of the project to make this a true win-win for the country and the region.”

Enhancing the benefits of the project, the Teesside Flexible Regas Port is designed to blend imported LNG with incoming North Sea natural gas flows, with the complementary ability to inject nitrogen into the gas stream. This allows the receipt of supplies from most suppliers around the world, providing broad market access while still meeting the UK’s National Transmission System specifications.

Aligned with the goals of the UK’s overarching National Policy Statement for Energy, the project can meet peak gas needs, such as during the winter heating season, offering stability to the UK energy system as it integrates greater use of renewable sources in line with its net zero targets without requiring specialised floating storage regasification units or other bespoke equipment.

The project, classified as a Nationally Significant Infrastructure Project, will seek a Development Consent Order from the Secretary of State for Energy Security and Net Zero.

The market consultation process, commencing on March 18 and closing on April 26, will enable participants to provide feedback on various aspects of the project including design, operational characteristics, and services offered. WaveCrest Energy welcomes this input to optimise the Teesside Flexible Regas Port based on the experience and expertise of industry stakeholders, aligning the project with market needs.

For more information visit www.wavecrestenergy.com

Center Enamel is making significant strides in the realm of desalination projects by providing epoxy coated steel tanks, crucial for storing desalinated water efficiently. As a leading provider of these tanks, Center Enamel is committed to supporting desalination initiatives worldwide and ensuring their success and sustainability.

The Importance of Desalination Projects With global water demand on the rise and freshwater sources becoming increasingly scarce, desalination has become a vital solution to meet the water needs of communities, industries, and agriculture. Desalination plants employ advanced technologies to convert seawater into clean, potable water, addressing the growing demand for freshwater.

Expertise in Epoxy Coated Steel Tanks Center Enamel boasts decades of experience and expertise in manufacturing high-quality epoxy coated steel tanks, making them an ideal choice for desalination projects. These tanks offer several key benefits:

• Corrosion Resistance: Seawater is highly corrosive, making corrosion resistance essential for water storage in desalination projects. Center Enamel’s tanks provide superior protection against corrosion, ensuring the integrity of stored water over time.
• Hygienic Storage: The smooth, non-porous surface of the epoxy coating prevents bacterial growth, maintaining water quality and meeting stringent standards for potable water.
• Large Capacity Options: Center Enamel offers tanks in various sizes and capacities, enabling desalination plants to store large volumes of freshwater efficiently.
• Customizable Design: Tanks can be tailored to specific project requirements, accommodating space constraints, environmental conditions, and integration with desalination plant infrastructure.
• Longevity and Reliability: With proper maintenance, Center Enamel’s tanks have a long service life, providing reliable storage for desalinated water for years to come.

Advanced Fusion Bonded Epoxy Technology Center Enamel utilizes fusion-bonded epoxy coating technology to ensure a uniform, wear-resistant surface that provides excellent corrosion resistance. The tanks undergo rigorous testing, including a holiday test at ≥1100V, to ensure zero discontinuity and defects, guaranteeing longevity and reliability in diverse environmental conditions.

Environmental and operational advantages The fusion-bonded epoxy coating not only provides superior corrosion resistance but also reduces maintenance needs, contributing to cost-effectiveness over the tank’s lifespan. Moreover, the tanks adhere to internationally recognised coating requirements, ensuring compliance with the highest global safety and environmental standards.

Applications in the Sludge Management Center Enamel’s epoxy coated steel tanks are specifically designed for storing sludge, offering a secure and environmentally friendly solution for wastewater treatment processes. These tanks facilitate the separation and settling of solids in the sludge, ensuring efficient management of wastewater.

In conclusion, Center Enamel’s expertise in providing epoxy coated steel tanks plays a crucial role in supporting desalination projects worldwide, contributing to the success and sustainability of these vital initiatives. Through innovation, collaboration, and a commitment to excellence, Center Enamel continues to elevate environmental business and create a brighter future for communities worldwide.

For more information visit www.cectank.com

Inter Terminals Sweden, in collaboration with SAS, is embarking on an expansion project to convert its aviation fuel facility in the Port of Gävle into a sustainable aviation fuel blending and storage facility. This initiative involves repurposing tanks previously used for conventional fossil heating oil storage to facilitate the blending and storage of SAF.

SAS has set an ambitious environmental target to fuel its flights in Scandinavia with SAF equivalent to its total fuel consumption by 2030. This necessitates a significant increase in the share of sustainable aviation fuel annually. The investment in expanding the aviation fuel facility in Gävle will play a crucial role in achieving this target, with the new facility scheduled to commence operations in the summer of 2024.

Ann-Sofie Hörlin, head of sustainability at SAS, underscores the importance of proactive partnerships and investments across the value chain to facilitate the transition to more sustainable flights. Hörlin emphasises the necessity of increasing the usage of SAF, highlighting its direct correlation with reduced flight emissions.

Johan Zettergren, managing director of Inter Terminals Sweden, acknowledges the strategic advantage of Gävle’s proximity to Stockholm Arlanda Airport and its well-established logistics infrastructure for both maritime and rail transport. Zettergren expresses enthusiasm for collaborating with SAS on this project, affirming Inter Terminals’ commitment to supporting the aviation industry’s goal of achieving climate neutrality by 2050.

Fredrik Svanbom, CEO of the Port of Gävle, applauds the initiative led by Inter Terminals Sweden and SAS, emphasizing the importance of expanding the capacity for handling SAF in Gävle. Svanbom highlights the project’s alignment with the port’s overarching strategy of fostering a green transition and establishing a sustainable logistics and energy system.

For more information visit www.interterminals.com

Matrix Service Company, a leading provider of engineering and construction services to the energy and industrial markets, has announced today that its subsidiary, Matrix PDM Engineering, has entered into a Memorandum of Understanding with Engicon NV (Geldof), headquartered in Harelbeke, Belgium. This agreement allows the two entities to collaborate on providing comprehensive engineering, procurement, and construction solutions for ammonia storage projects across Europe.

John R. Hewitt, president and CEO of Matrix Service Company, expressed optimism about the partnership, stating, “Our collaboration with Geldof enables us to offer customers across Europe top-tier storage and terminal solutions for ammonia, a vital component also used as a hydrogen carrier. This partnership enhances our portfolio in technology and construction, addressing the growing global demand for sustainable energy resources.”

Peter Verrept, CEO of Engicon NV, highlighted Geldof’s expertise in cold tank storage solutions and its successful track record in executing ammonia storage projects for the European chemical and fertiliser industry. Verrept emphasised Geldof’s commitment to supporting the energy transition by promoting the large-scale deployment of ammonia as an energy carrier across Europe. He expressed confidence in the strategic partnership with Matrix, aiming to deliver innovative projects that will shape the future of energy solutions through synergizing collective expertise and strengths.

For more information visit www.matrixservicecompany.com

enfinium has forged a partnership with green technology company Hitachi Zosen Inova to introduce the UK’s inaugural energy-from-waste carbon capture pilot at its Ferrybridge-1 site in West Yorkshire. This initiative underscores enfinium’s broader commitment to investing in carbon capture and storage technology to advance carbon removal efforts.

The collaboration entails the installation of a pilot plant designed to capture up to one tonne of carbon dioxide per day, utilising scaled-down, containerised CCS technology provided by Hitachi Zosen Inova. Scheduled to commence operations in July 2024, the pilot will run for a minimum of 12 months, offering valuable insights into CO2 capture rates, energy consumption, and solvent performance.

This groundbreaking pilot represents a milestone for Hitachi Zosen Inova, positioning the company as a leader in decarbonisation solutions for the energy-from-waste and renewable sectors. The project aims to demonstrate the viability of carbon capture technology in energy-from-waste facilities, paving the way for broader implementation across Enfinium’s operations.

enfinium’s long-term vision includes significant investments in CCS infrastructure, with plans to allocate up to £800 million for CCS initiatives at its Ferrybridge 1 and 2 facilities. Once operational, these initiatives could collectively capture over 1.2 million metric tonnes of CO2 annually, establishing one of Europe’s largest carbon removal projects.

Mike Maudsley, CEO of enfinium, emphasised the critical role of carbon capture technology in decarbonising unrecyclable waste and highlighted the potential for generating carbon-negative power at scale.

Bruno-Frédéric Baudouin, CEO of Hitachi Zosen Inova, expressed pride in the partnership with enfinium, emphasising the significance of the pilot in advancing carbon capture knowledge and contributing to global efforts to reduce CO2 emissions.

The pilot project has garnered support from UK authorities, with Minister for Investment and Regulatory Reform, Lord Dominic Johnson, lauding enfinium and Hitachi Zosen Inova’s commitment to green investment and decarbonisation.

This milestone further solidifies the strategic partnership between enfinium and Hitachi Zosen Inova, which extends beyond the Ferrybridge facilities to encompass the Skelton Grange facility in Leeds, underscoring their shared commitment to driving sustainability in waste management infrastructure.

For more information visit www.enfinium.co.uk

TWTG, a key player in industrial Internet of Things solutions, announced the launch of new sensor fusion technology for compatible sensors within their NEON product range. Sensor fusion technology represents a significant stride in IoT and the industries it serves by combining data from multiple sources to deliver a more comprehensive and accurate overview of industrial systems. This technology, particularly the innovative NEON EventSync and TimeSync functionality, promises substantial advances in intelligent predictive maintenance and operational management.

The introduction of TimeSync ensures precise time alignment across sensor networks, which is crucial for data accuracy and real-time analysis. Complementing this, EventSync delivers intelligent, event-driven data collection from multiple sources. When viewed via TWTG’s SolidRed IoT platform, this data enables engineers to enjoy a more profound understanding of the relationship between sensors, equipment, and data, creating more nuanced operational insights and decision-making. Synchronised measurements stand as a cornerstone for the realisation of achieving a digital twin—a virtual model meticulously mirroring its physical counterpart.

Nadine Herrwerth, CEO of TWTG, highlighted the benefits of these innovations, stating, “Our new sensor fusion technology is designed to improve precision and efficiency, especially in the energy and chemicals industries.” This development is part of TWTG’s ongoing efforts to innovate and stay ahead in the IoT space. We’re committed to adding real value for our customers through these advancements.

With this focus, TWTG is supporting the industry-wide push towards operations that are safer, more sustainable, and more efficient. Our work in sensor fusion is a clear example of how we’re constantly improving and maintaining our edge in IoT development, always with the goal of delivering practical benefits to our customers.”

Starting in early 2024, all compatible NEON devices will have sensor fusion functionality. For devices already on the market, TWTG will offer these new features through software updates, ensuring that every compatible sensor benefits from this latest technology.

For more information visit www.twtg.io

For more information visit www.waga-energy.com