Rubis Terminal has become the latest company to join EEMUA as a Corporate Member

Rubis Terminal, a leading major independent provider of industrial liquid bulk products and gases, operating across France, Spain, Belgium, and the Netherlands, has announced its membership with EEMUA. With 15 terminals under its operation, Rubis Terminal is known for providing flexible, reliable, and responsible solutions across various sectors, including fuel, biofuel, chemicals, and agrifood.

Hugues Baillet, technical director of Rubis Terminal, expressed the company’s strategic move in joining EEMUA, highlighting its commitment to safety, efficiency, and regulatory compliance within the industry.

EEMUA, renowned for its expertise and engineering focus, is well-positioned to support Rubis Terminal in its sustainability efforts and the global journey towards Net Zero. Through its engineering expertise and cross-industry collaboration, EEMUA develops and shares good practices to address engineering challenges, ensuring industrial assets operate efficiently, safely, and in compliance. Rubis Terminal’s involvement in EEMUA is expected to generate mutual benefits for both parties.

For more information please visit: www.eemua.org

Advario Singapore signs MoU with SGTraDex and PSA Marine, Paving the way for collaborative progress in maritime solutions

Advario Singapore, in its commitment as a partner for progress, strongly believes in the power of collaboration and sharing opportunities. In line with this belief, we are thrilled to announce the signing of a memorandum of understanding between Advario Singapore, Singapore Trade Data Exchange (SGTraDex), and PSA Marine, Singapore’s leading provider of towage, pilotage, and marine advisory services.

This collaboration brings together the expertise and capabilities of SGTraDex, PSA Marine, and Advario to further enhance the development of the Chrysalis platform. Chrysalis is a groundbreaking digital platform that holds immense potential to transform the liquid bulk sector by providing transparency and end-to-end visibility for all participants. Built on the foundation of blockchain technology, Chrysalis consolidates information into a single integrated platform, making it accessible to traders, shipping agents, surveyors, and terminal operators. By orchestrating each step of the process, Chrysalis has the capability to significantly improve efficiency across the board.

Andy Loh, VP commercial at Advario Singapore, expressed his confidence in Chrysalis, stating, “We firmly believe that Chrysalis has the power to revolutionise visibility within the liquid bulk supply chain.” He further emphasised that Advario’s efforts are expected to bring substantial benefits to the Singapore ecosystem, optimising asset utilisation, streamlining processes, and fostering trust. Advario Singapore looks forward to continuing its collaboration with PSA Marine and SGTraDex, as well as engaging commodity trading partners on this transformative digitalization journey.

The MoU signing ceremony, captured in the picture above, took place during TechWaves, a prominent maritime conference organized by SGTraDex.

For more information please visit: advario.com

Vopak’s Sebarok Terminal in Singapore advances biofuels integration for sustainable shipping

Vopak, a global leader in storage and infrastructure solutions, has achieved a significant milestone in promoting sustainable practices within the shipping industry. The company’s Sebarok terminal in Singapore has successfully commissioned 40,000 cubic metres of capacity for blending biofuels into marine fuels. This development not only strengthens Singapore’s position as a leading bunkering hub but also accelerates the decarbonisation of the shipping industry. Vopak’s commitment to investing in new energy solutions further underscores its role in shaping the energy hubs of the future.

Expanding Biofuel Blending Capacity: The commissioning of 40,000 cubic metres of capacity at Vopak’s Sebarok terminal is a pivotal step towards integrating biofuels into marine fuels. This expansion enables efficient blending of biofuels, contributing to a more sustainable and environmentally friendly shipping industry. By repurposing the existing pipeline system into a dedicated biofuel blending service, Vopak ensures a seamless transition to biofuel integration.

A Sustainable Multi-Fuels Hub: Rob Boudestijn, president of business unit Singapore, envisions the Sebarok terminal as a sustainable multi-fuels hub. This strategic vision aims to bolster Singapore’s position as a top bunkering hub while facilitating the entry of more biofuel companies into the market. By diversifying the supply chain for marine biofuels, Vopak facilitates the decarbonisation of the shipping industry and fosters a more sustainable future.

Vopak’s Commitment to the Energy Transition: Vopak’s investment in sustainable energy solutions underscores its dedication to the global energy transition. The company has earmarked EUR 1 billion in growth capital by 2030 to drive the development of new infrastructure solutions. These solutions focus on low-carbon and renewable hydrogen, CO2, sustainable fuels and feedstocks, and long-duration energy storage. By actively shaping the future of energy hubs and industrial clusters, Vopak plays a pivotal role in accelerating the adoption of sustainable practices.

Implications for the Shipping Industry: The integration of biofuels into marine fuels carries significant implications for the shipping industry. As the demand for sustainable shipping solutions rises, Vopak’s Sebarok terminal emerges as a key player in meeting this demand. The expansion of biofuel blending capacity not only offers a greener alternative for marine fuels but also supports broader decarbonisation efforts within the shipping sector. With Vopak’s commitment to investing in new energy solutions, the company is poised to shape the future of sustainable shipping.

For more information visit  www.vopak.com

Santos secures Moomba carbon capture and storage finance to drive decarbonisation

Santos has successfully secured financing for its portion of the US$220 million Moomba carbon capture and storage project in South Australia.

The funding, amounting to US$150 million and with a five-year term, will cover project expenses incurred to date and provide additional support as the project progresses towards its targeted first injection in mid-2024.

CEO and managing director Kevin Gallagher noted the willingness of banks to finance energy transition initiatives at competitive rates, signalling their recognition of CCS as a crucial tool in achieving global net-zero goals.

“The strong support Santos has received reflects the progress of our Climate Transition Action Plan, which focuses on reducing both our own emissions and those of our customers while also developing low-carbon fuels to meet evolving customer demand,” Mr. Gallagher stated.

He highlighted the significance of CCS in abating emissions associated with natural gas, emphasising its role in reducing greenhouse gas emissions and addressing climate change. The Moomba CCS project, nearing 80 percent completion in its first phase, is aiming for a lifecycle breakeven storage cost of approximately US$24 per tonne, positioning it as one of the world’s lowest-cost CCS projects.

With a capacity to store up to 1.7 million metric tonnes of CO2 annually, the project is poised to make a substantial impact, equivalent to around 28 percent of Australia’s total emissions reduction achieved in the electricity sector last year.

Moreover, the Cooper Basin is envisioned as a key player in the energy transition, evolving into a decarbonisation hub capable of producing low-carbon fuels and offering CCS services. Santos has recently inked agreements with international partners to explore opportunities for capturing, transporting, and sequestering emissions at Moomba.

For more information visit  www.santos.com

OMV Petrom secures financing for green hydrogen projects

OMV Petrom, the largest integrated energy producer in Southeastern Europe, has announced the signing of two financing contracts through the NRRP for the construction of two green hydrogen production facilities at the Petrobrazi refinery. With a combined capacity of 55 MW, these facilities represent a significant step towards promoting sustainable practices in the energy sector. The contracts, valued at EUR 50 million, were secured in collaboration with the Romanian Ministry of Energy, with the total investment estimated at EUR 140 million. This funding follows the reopening of a competitive call for projects supporting investments in green hydrogen, underscoring OMV Petrom’s commitment to advancing renewable energy initiatives.

Christina Verchere, CEO of OMV Petrom, emphasised the company’s dedication to supporting the energy transition in Romania and the wider region. With investments of approximately EUR 11 billion planned by 2030, of which 35 percent will support low- and zero-carbon projects, OMV Petrom is actively contributing to a sustainable future. Radu Căprău, a member of OMV Petrom’s executive board responsible for refining and marketing, expressed pride in the company’s role as a pioneer in green hydrogen production in Romania. By leveraging renewable energy sources, these projects at the Petrobrazi refinery mark significant progress towards sustainable refining activities.

The construction projects entail the development of two water electrolysis plants with capacities of 35 MW and 20 MW, respectively. Powered entirely by renewable energy, the production process will be carbon-free, enabling the classification of the obtained hydrogen as green hydrogen. It is estimated that the annual production from these projects will reach approximately 8 kilotons of green hydrogen. Integrating green hydrogen into the production of green fuels, such as sustainable aviation fuel and biodiesel, will result in a minimum 70 percent reduction in CO2 emissions compared to conventional fuels.

Currently in the engineering phase, the projects are on track to reach a final investment decision in 2024. With these initiatives, OMV Petrom is poised to play a leading role in driving the transition towards a sustainable energy landscape in southeastern Europe.

For more information visit www.omvpetrom.com

Shell expands leading position in the Norphlet with Rydberg

Shell Offshore Inc., a subsidiary of Shell plc, proudly announces the commencement of production at Rydberg, a subsea tie-back to the Shell-operated Appomattox production hub in the Gulf of Mexico. With an anticipated peak production of 16,000 barrels of oil equivalent per day, Rydberg is poised to significantly enhance production in the Norphlet Corridor at Appomattox, a key asset in Shell’s portfolio.

Rich Howe, Shell deep water executive vice president, underscores the strategic importance of Rydberg in meeting current and future energy demands. “Rydberg will further boost production in the Norphlet Corridor at Appomattox, which is consistently one of our highest-producing assets,” Howe affirms. “As we meet the energy demands of today and the future, we will continue to mature the best opportunities for growth in the Gulf of Mexico.”

Shell’s commitment to responsible energy development is evident in its leading position as a deep-water operator in the US Gulf of Mexico. Rydberg, situated within Mississippi Canyon in the Norphlet Corridor, exemplifies Shell’s dedication to sustainable production practices. Notably, Shell holds the distinction of being the first operator to bring an asset online in the Norphlet Corridor with the successful launch of Appomattox in 2019.

The leases housing Rydberg are operated by Shell, with the company holding an 80 percent working interest while CNOOC retains a 20 percent working interest. The development concept for Rydberg involves a subsea tieback to the Shell-operated Appomattox asset, featuring two production wells connected through a single insulated 12-mile flowline with a dynamic umbilical. Shell operates Appomattox with a 79 percent working interest, with CNOOC holding the remaining 21 percent.

Highlighting Shell’s commitment to environmental stewardship, the reference to the company’s US Gulf of Mexico production having among the lowest greenhouse gas intensities in the world underscores its leadership in sustainable energy development. This comparison is made among other International Association of Oil & Gas Producers  oil and gas-producing members.

With current estimated recoverable resource volumes of 38 million boe, Rydberg represents a significant addition to Shell’s asset portfolio. These resource volumes are currently classified as 2P under the Society of Petroleum Engineers’ Resource Classification System. It’s important to note that the estimated peak production and recoverable resource figures presented are based on 100 percent total gross figures.

Shell’s position as the leading operator in the US Gulf of Mexico for oil and gas production underscores its commitment to driving sustainable growth and innovation in the energy sector.

For more information visit www.shell.us

CRC Evans leads in hydrogen pipeline delivery

CRC Evans has achieved a significant milestone by completing work on a hydrogen pipeline project in Europe, showcasing the company’s growing expertise in this emerging field of pipeline welding.

Situated in Romania’s Black Sea Podisor region, the pipeline stretches over 50km and encompasses both 40-inch and 48-inch pipeline diameters. The 40-inch diameter section, with a wall thickness of 12.5mm, required 2,800 mainline welds, while the 48-inch diameter section, with a wall thickness of 14.2mm, needed 2,300 mainline welds. Originally designed for natural gas transport, the pipeline was reconfigured to be “hydrogen ready,” allowing for future adaptability and extended operational lifespan.

One of the primary challenges in hydrogen pipeline welding is weld procedure qualification, which involves testing proposed parameters to ensure weld integrity. This process is complex due to multiple variables such as current, voltage, travel speed, pipe thickness, weld position, and temperature, each influencing the final weld quality and suitability for its intended purpose.

To meet stringent quality and hardness standards, CRC Evans employed various welding processes using a single welding system. This approach, guided by welding and metallurgy experts, aimed to develop a universally applicable welding procedure adaptable to diverse environments. Moreover, given hydrogen’s tendency to permeate steel microstructures, resulting in stress corrosion and embrittlement, maintaining low steel hardness is crucial to mitigating these risks. This necessitates the expertise of technicians with deep material knowledge.

Collaborating closely with the client, CRC Evans tailored an innovative solution based on modifying existing methods, leveraging its mechanised P625 dual torch welding system. This bespoke approach ensured the welding parameters met project-specific requirements efficiently. The success of this solution underscores CRC Evans’ extensive 90-year experience in delivering pipeline solutions for energy and broader infrastructure projects.

Leon Dashwood, CRC Evans strategic growth director, highlighted the growing significance of hydrogen in global decarbonisation efforts and the essential role of infrastructure development. He expressed confidence in CRC Evans’ capability to be a key partner in the evolving hydrogen market, leveraging its expertise to support the safe and reliable delivery of this critical energy source.

For more information visit www.crcevans.com

CITGO issues warning about employment scam utilising Skype

CITGO Petroleum Corporation is issuing a warning about an ongoing employment scam targeting individuals through Skype, falsely claiming association with the company’s vice president of human resources and shared services, Kresha Sivinski. It is important to note that CITGO never contacts potential employees via Skype, and this practice is not a part of our official hiring process.

If you receive any communication via Skype regarding employment opportunities with CITGO, we strongly advise against engaging with the sender, as this is a scam.

Official communications from CITGO regarding employment opportunities will only come from email addresses ending in “@CITGO.com” or “@talent.iCIMS.com.” Any email purporting to be from CITGO or requesting personal information that does not end with these domain names should be treated with suspicion and reported immediately.

It is important to note that CITGO will never request personal information via email, chat conversations, or Skype. Any request for such information should be considered illegitimate.

CITGO remains committed to the security and safety of our prospective employees, and we urge individuals to remain vigilant and cautious when engaging with potential employment opportunities. If you have any doubts or concerns about the legitimacy of a communication claiming to be from CITGO, please reach out to us directly through official channels to verify its authenticity.

For more information visit www.citgo.com

Aramco and TWTG sign agreement

TWTG, the Dutch pioneer in Industrial Internet of Things solutions, and Aramco, one of the world’s leading integrated energy and chemicals companies, have taken a significant stride towards advancing Aramco’s digital transformation of Saudi Arabia’s industrial landscape. At the Global Industrial Internet of Things Summit (GIITS) in Dammam, the two companies signed a Memorandum of Understanding, heralding a transformative collaboration.

Aramco, renowned for its pivotal role in the global oil and gas industry, is embracing digital transformation to enhance operational efficiency, prioritise safety, and reduce its carbon footprint. To spearhead this journey, the company established a subsidiary dedicated to designing and deploying cutting-edge digital solutions, aiming to harness Fourth Industrial Revolution technologies to optimise operations and drive smarter work practices.

TWTG has emerged as a market leader in I-IoT solutions, boasting IECEx/ATEX certification for their NEON Sensors, based on LoRaWAN. Recently, TWTG secured country-specific certifications, enabling extensive deployment of NEON solutions in Saudi Arabia and Qatar. Aramco is currently testing NEON devices at sites like Khurais.

“This collaboration marks a monumental step for TWTG,” said Nadine Herrwerth, CEO of TWTG. “It opens the door for the widespread adoption of our industrial IoT solutions in the Kingdom of Saudi Arabia and beyond, enabling our customers to enhance on-site safety, operational efficiency, and energy efficiency.”

As Aramco and TWTG embark on this groundbreaking partnership, the future of digital transformation in the energy sector looks promising. Together, they aim to redefine industry standards and set new benchmarks for operational excellence and sustainability.

For more information visit www.twtg.io and www.aramco.com

Howard Energy Partners adds Richard Sherrill to lead Howard Low Carbon solutions division

Howard Energy Partners (HEP) has announced the appointment of Richard Sherrill as the division president of Howard Low Carbon Solutions. With over thirty-five years of senior leadership experience in the energy sector, Sherrill brings a wealth of knowledge to his new role, having dedicated the past five years to developing carbon sequestration projects in the Midwest and MidAtlantic regions through his company, Clean Aire Partners (CAP).

Prior to his tenure at CAP, Sherrill held significant roles, including founder and president of Ceritas Holdings, chief operating officer of Duke Energy N.A., and vice president of Dynegy. He currently serves on the Board of Directors for Talos Energy Inc. (NYSE: TALO).

Mike Howard, Chief Executive Officer for Howard Energy Partners, expressed confidence in Sherrill’s appointment, highlighting his extensive experience in project origination and development, commitment to environmentally responsible operations, and proven track record of team leadership.

Sherrill’s appointment comes as HEP finalises two US Department of Energy Carbon Capture and Sequestration funding grants, including a $9 million CarbonSAFE Phase II grant under a consortium between HEP, Talos, the Port of Corpus Christi, and the Texas A&M University System. These grants aim to accelerate the development of a centralised solution for capturing and managing industrial CO2 emissions.

For more information, visit howardenergypartners.com.

bp selects BASF’s carbon capture technology for blue hydrogen project in Teesside

bp and BASF, a leading chemical company, have entered into a licence agreement for the use of BASF’s gas treating technology, OASE® white, at bp’s proposed blue hydrogen facility in Teesside, H2Teesside. BASF has been supporting H2Teesside since autumn 2023, and their engineering delivery package is already well advanced.

H2Teesside aims to become one of the UK’s largest blue hydrogen production facilities, targeting 1.2 GW of hydrogen production by 2030, contributing over 10% to the UK Government’s hydrogen target of 10 GW by the same year. Blue hydrogen, produced from natural gas, involves capturing the generated carbon dioxide for storage.

BASF’s OASE® white technology, widely used in ammonia, hydrogen, and carbon monoxide plants worldwide, enhances energy efficiency in the blue hydrogen production process while achieving a CO2 capture rate of up to 99.99 percent. The continuous OASE gas treatment process involves adding an amine-based solvent agent to the gas stream and absorbing the CO2. The separated components are then sent for storage and re-used in the process, respectively.

Carbon capture at H2Teesside is expected to capture and store approximately two million metric tonnes of CO2 per year via the bp-led Northern Endurance partnership, facilitating carbon capture from various emitters across Teesside and the Humber.

Will Harrison-Cripps, H2Teesside asset development lead at bp, sees this agreement as a critical milestone, highlighting H2Teesside’s potential role in decarbonising industry and heavy transport in the region, thereby kickstarting the UK’s low-carbon hydrogen economy.

Glenn Langguth, head of global commercial management for BASF’s Gas Treatment business, expressed pride in collaborating with bp to reduce CO2 emissions, citing the proven efficiency of BASF’s OASE® white technology.

H2Teeside was selected in March 2023 as one of three Track-1 capture projects for UK government funding support, further solidifying its position in the UK’s carbon capture and storage landscape. Additionally, bp’s agreement with Johnson Matthey for LCH blue hydrogen technology in October 2023 further reinforces its commitment to advancing hydrogen production elements.

For more information visit www.bp.com

Uniper has planned to create 600GWh of hydrogen storage in Germany

Uniper Energy Storage has announced its most recent plan to develop a solution for large-volume hydrogen storage in north-west Germany. The company aims to achieve this through the development of salt caverns. The plan includes the creation of an underground storage facility with a capacity of 250 to 600GWh of hydrogen by 2030. Research will be conducted in sites surrounding the designated area, such as lower Saxony and North Rhine-Westphalia, along the 9,700km hydrogen core network.

Uniper’s existing projects, the Hydrogen Pilot Cavern (HPC) in Krummhörn and HyStorage project in Bierwang, will play a crucial role in this new endeavour as part of the Greener Gases strategy. The Krummhörn project is expected to deliver results by 2025, paving the way for further commercial development. An investment of 200 million euros will facilitate the scale-up of the storage facility, leading to an expanded capacity by 2030.

To ensure effectiveness, Uniper plans to conduct a comprehensive market consultation to anticipate the demand for hydrogen storage capacities until March 2024. Despite the extensive research, the success of the project hinges on regulatory and funding frameworks, as emphasised by Uniper’s COO, Holger Kreetz. Managing Director Doug Waters highlighted the company’s aim to repurpose storage capacities for hydrogen storage, enabling better management of renewable energy and supporting industries with challenging electrification needs.

For more information visit www.uniper.energy

Baker Hughes secures major multi-year well construction services contract with Petrobras

Baker Hughes, an energy technology company, has secured a significant contract award from Petrobras for integrated well construction services in the Buzios field, offshore Brazil. The project, scheduled to commence in the first half of 2025, encompasses a range of services such as drilling, wireline, cementing, and geosciences across three rigs under a multi-year contract.

Maria Claudia Borras, the executive vice president of Oilfield Services and Equipment at Baker Hughes, expressed pride in the company’s involvement in this important project and the opportunity to strengthen its partnership with Petrobras. The agreement underscores Baker Hughes’ expertise in well construction and its dedication to delivering exceptional value to customers.

Baker Hughes has been instrumental in the initial phase of field development in the Buzios field, providing advanced technology, equipment, and essential services. The company’s contributions include supplying a variety of equipment such as WAG manifolds, flexible pipes, and turbomachinery for FPSOs, demonstrating its commitment to supporting Petrobras in achieving operational excellence.

For more information visit www.investors.bakerhughes.com

Cimarron and CleanConnect.ai. unveil revolutionary emissions management solution

Cimarron and CleanConnect.ai. have forged a strategic alliance, introducing a robust emissions management and performance optimisation solution aimed at enhancing operational efficiency and ensuring regulatory compliance for customers.

Jeff Foster, CEO of Cimarron, expressed enthusiasm for the partnership, stating, “We are pleased to announce our new partnership with CleanConnect.ai. We look forward to bringing our highly complementary emission management capabilities to the market on a cooperative basis for the benefit of customers pursuing their sustainability goals.”

The alliance combines Cimarron’s Sytelink 360® technology with CleanConnect’s visual automation suite, Autonomous365, offering an unparalleled solution for methane emissions reduction, data integrity, and reporting.

David Conley, CEO and co-founder of CleanConnect.ai., highlighted the transformative potential of the collaboration, saying, “By integrating with Cimarron’s Sytelink360 and smart controllers, we can transform our actionable alerts into predictable autonomous operations. Now, instead of just alerting our operators, we can fix problems remotely and even start preventing super-emitters from occurring.”

Key benefits of the partnership for customers and industry participants include:

  • A holistic approach to methane emissions management and reduction through integrated technologies.
  • Real-time performance optimisation based on visual quantification of emissions and automation for regulatory compliance.
  • Third-party verification and certification, ensuring accuracy and timeliness of reporting metrics.
  • Advanced technology for detecting, measuring, and identifying emissions sources.

 

Cimarron’s Sytelink360® Real-Time Data Monitoring solution provides customers with data feeds for equipment optimisation, emissions monitoring, and regulatory compliance, enhancing production and reducing incident risk.

CleanConnect.ai.’s Autonomous365 Visual Automation Suite leverages computer vision and deep learning algorithms to automate inspections, offering actionable insights and transparent proofs for improved operational efficiency.

For more information visit www.cimarron.com/cleanconnect-ai/

Equinor signs a 15-year LNG agreement with Deepak Fertilisers

Equinor and Deepak Fertilisers, an Indian fertiliser and petrochemical company, have inked a significant 15-year agreement for LNG supplies, set to commence in 2026.

Equinor’s expanding global LNG portfolio, primarily sourced from the Equinor-operated LNG Plant in Hammerfest, Norway, alongside LNG procurement mainly from the US, will serve as the foundation for this supply arrangement.

Photo by Kjersti Nordøy @ Equinor

Deepak Fertilisers will utilise the LNG primarily as feedstock for its newly operational ammonia production plant, crucial for fertiliser and petrochemical manufacturing. The agreement entails an annual supply of approximately 0.65 million tonnes (around 9 TWh) of LNG over 15 years, starting in 2026.

Helge Haugane, Equinor’s senior vice president for Gas & Power, expressed satisfaction with the partnership, stating, “The agreement is another proof of how we use our position in the Atlantic basin to strengthen our relationship with key players in the growing Indian market.”

Sailesh C. Mehta, chairman and managing director of Deepak Fertilisers, echoed the sentiment, highlighting the agreement’s benefits in providing reliable feedstock supplies, enhancing value-chain resilience, and exploring avenues for future collaboration on feedstock and carbon footprint reduction initiatives.

For more information visit www.equinor.com

Petrel partners with Pioneer Safety Group for market expansion & growth

Petrel is thrilled to announce its partnership with the Pioneer Safety Group, a global leader in explosion protection solutions and industrial safety solutions, forming part of the esteemed Longacre Group.

Mark Pemberton, Managing Director of Petrel, expressed enthusiasm about the collaboration, stating, “Joining Pioneer Safety Group is a significant milestone for Petrel. Our product offerings complement the group’s existing brands, providing our customers with a comprehensive range of solutions. We share common values, and the Group’s technical expertise, operational experience, and global distribution network will undoubtedly support Petrel in achieving its growth objectives.”

Steve Noakes, Managing Director of Pioneer Safety Group, highlighted the significance of the partnership, stating, “The addition of Petrel enhances our diverse product portfolio, reinforcing our reputation for delivering trusted explosion protection solutions. With Petrel’s extensive experience in Ex lighting, we further solidify the group’s brand pedigree and advance our exciting growth strategy.”

For more information visit www.petrel-ex.co.uk

QatarEnergy, CPChem celebrate construction start for Ras Laffan Petrochemicals Project

QatarEnergy and Chevron Phillips Chemical celebrated the initiation of construction for a $6 billion integrated polymers complex in Ras Laffan Industrial City, Qatar.

During the groundbreaking ceremony, His Highness the Amir of the State of Qatar Sheikh Tamim bin Hamad Al Thani laid a ceremonial foundation stone, with executives from QatarEnergy, CPChem, Chevron U.S.A. Inc., and Phillips 66 Company in attendance.

Spanning 435 acres, the project site will feature an ethane cracker with a capacity of 2,080 KTA of ethylene, positioning it as the largest ethane cracker in the Middle East and among the world’s largest. Additionally, it will incorporate two high-density polyethylene derivative units with a total capacity of 1,680 KTA.

Bruce Chinn, President and CEO of CPChem, commented, “This project aligns with CPChem’s strategy to expand operations in regions with reliable and abundant feedstock, meeting global demand for polyethylene products. Our partnership with QatarEnergy underscores our commitment to safely build and operate petrochemical facilities.”

Designed with modern, energy-saving technology, the facility is expected to achieve lower greenhouse gas emissions intensity compared to similar global facilities. Utilising CPChem’s MarTech™ loop slurry process, the polyethylene units will primarily produce high-density polyethylene targeted for export from Qatar.

Polyethylene finds application in various sectors, including packaging for household cleaners, personal care products, food, medical supplies, and production of durable goods and recreational products like kayaks and coolers.

The project is a joint venture, with CPChem owning 30 percent and QatarEnergy holding 70 percent. CPChem is providing project management services for engineering, procurement, and construction, with site preparation commencing in June 2022 and startup expected in late 2026.

CPChem and QatarEnergy have a successful history of operating joint ventures in Qatar, including Qatar Chemical Company Ltd., Qatar Chemical Company II Ltd., and Ras Laffan Olefins Company. Additionally, they are collaborating on a similar integrated polymer facility in Orange, Texas, through their joint venture, Golden Triangle Polymers.

For more information visit www.cpchem.com

ExxonMobil and Zeeco drive emissions reduction

ExxonMobil and Zeeco, Inc. have unveiled a groundbreaking alliance to introduce next-generation ultra-low NOx, 100 percent hydrogen ready industrial burners, setting a new standard in emissions reduction and advancing the industry towards net zero goals.

These innovative burners, designed for industrial applications, offer significant emissions reduction opportunities when combined with low-carbon hydrogen produced from ExxonMobil’s proposed Baytown project.

The new burner technology, named ZEECO® FREE JET® Gen 3™, extends burner fuel firing capabilities to 100 percent hydrogen, positioning hydrogen as a key low-emission fuel alternative due to its lack of carbon dioxide emissions during combustion.

Mark Klewpatinond, hydrogen global business manager at ExxonMobil, emphasised the comprehensive emissions reduction potential of this solution, stating, “This end-to-end solution enables the creation of low-emission products. Zeeco’s technology, paired with our low-carbon hydrogen offering, is a pivotal step on society’s journey to net zero.”

Industrial burners play a crucial role in manufacturing processes by providing the high temperatures required for producing fuels, plastics, and other essential products. The FREE JET Gen 3 burner addresses the need for infrastructure upgrades to support hydrogen firing, offering operators a tailored solution to facilitate the transition towards low-emission alternatives.

Eric Pratchard, director of Burner Products at Zeeco, highlighted the flexibility of the FREE JET Gen 3 burner, enabling operators to fire 100 percent hydrogen and various hydrogen mixtures. This versatility allows facilities to take immediate steps to reduce CO2 emissions and transition towards completely emission-free industrial burners in the future.

ExxonMobil is demonstrating its commitment to emissions reduction by installing Zeeco’s FREE JET Gen 3 burners at its Baytown Complex in Texas. With over two decades of technology collaboration, ExxonMobil and Zeeco remain dedicated to developing solutions that reduce industrial emissions, accelerate the transition to net zero, and foster collaboration across heavy industry sectors.

For more information visit www.lowcarbon.exxonmobil.com

Impala Terminals achieve milestone

Impala Terminals Middle East recently achieved a remarkable milestone by swiftly loading 35,000 metric tonnes of Aluminium Sows onto the Break Bulk vessel MV Nagual in just 17.5 days. This feat, overseen by IMPALA, exemplifies a significant and efficient operation from yard to vessel.

The success of this complex endeavor was made possible through the collaboration and support of key partners. DP World, Jebel Ali played a pivotal role in enabling the loading of this substantial volume of Aluminum Sows within tight timelines, showcasing their expertise and dedication after nearly a decade of successful operations.

Fleet Line Shipping Services LLC (FLS) also deserves special recognition for their crucial involvement as nominated agents. Their meticulous coordination and liaison between Vessel Owners and Jebel Ali Port Authorities were instrumental in ensuring a smooth and seamless operation. FLS’s proactive approach in securing the Aluminum Sows within the vessel’s hold demonstrated their commitment to precision and efficiency in cargo handling.

This achievement not only highlights Impala Terminals Middle East’s commitment to excellence but also underscores the successful collaboration and expertise of all parties involved in this impressive loading operation.

For more information visit  www.impalaterminals.com

Cool Sorption’s PLC-replacement package has proven to be a remarkable success

Cool Sorption’s PLC-replacement package has proven to be a remarkable success in the industry. With the transition from the Siemens S7-300 to the newer S7-1500, Cool Sorption has offered clients a comprehensive solution to upgrade their VRUs. The seamless conversion process has garnered positive feedback, with numerous VRUs already benefiting from the advanced control systems and SCADA interfaces provided by Cool Sorption.

In addition to upgrading its own supplied VRUs, Cool Sorption has extended its services to retrofit VRUs from other suppliers, ensuring enhanced operational efficiency and user experience. The replacement package encompasses a range of services, including control system engineering, new PLC installation, SCADA integration, and thorough testing both in-house and on-site.

The cost-effective nature of the conversion, coupled with the inclusion of cutting-edge features for improved VRU performance, positions Cool Sorption as a leader in promoting economical and reliable operation. The introduction of online diagnostics and round-the-clock remote support further underscores Cool Sorption’s commitment to maximizing VRU availability and customer satisfaction.

With a focus on being “The Vapour Recovery Specialist,” Cool Sorption continues to set industry standards and drive innovation in the field of PLC-replacement solutions.

For more information visit www.coolsorption.com

Warwickshire Oil Storage joins EEMUA

EEMUA has welcomed Warwickshire Oil Storage Limited as its newest Corporate Member.

WOSL is one of the main operators at the Kingsbury Oil complex, the largest inland oil storage depot in the United Kingdom, where it stores petroleum products (petrol, diesel and heavy oil) for distribution around the UK.

Deovonne Ferreira, EEMUA’s head of membership, commented, “We’re delighted to welcome Warwickshire Oil Storage into EEMUA. The sharing of good practice across different industries and global regions afforded by engagement in EEMUA will help support Warwickshire Oil Storage in the safe operation of its industrial assets as it continues to invest in sustainable liquid bulk infrastructure”.

For more information visit www.eemua.org

Shortlist revealed for the Global Tank Storage Awards

From countless entries in 12 categories, shortlisted companies have been whittled down to include Odfjell Terminals, Advario, LBC Tank Terminals and many more.

Now in its seventh year, the Global Tank Storage Awards is committed to recognising terminal achievement, celebrating excellence in safety, sustainability and innovation and connecting the global tank storage community.

The judging panel is made up of 30 international experts in the storage sector from companies including Stolthaven, LBC Tank Terminals, GRESB, FETSA, the Chemical Business Association, EEMUA, Hydrogen Europe, and more.

The winners will be revealed during the ceremony and gala dinner on the evening of the 12th March in Rotterdam, Netherlands, as part of StocExpo exhibition.

The event, which is now a fixture in the global storage calendar, includes a drinks reception, three-course dinner, a casino and much more. It is an exclusive opportunity to entertain clients and reward colleagues for their hard work throughout the year.

Margaret Dunn, portfolio director for the Global Tank Storage Awards, remarks: “This is a unique opportunity to celebrate and highlight those that excel in a range of different categories relating to terminal safety, equipment innovations, sustainability, ports, and individual success.”

View shortlist: The Global Tank Storage Awards 2024 – Shortlist 2024

Book tickets: The Global Tank Storage Awards 2024 – Book Tickets

Register for free to meet the winners and judges at StocExpo: www.register.visitcloud.com

ADNOC and bp to form gas joint venture

ADNOC and bp have announced their plans to establish a new joint venture in Egypt, with bp holding a 51 percent stake and ADNOC owning 49 percent. The collaboration aims to leverage the technical expertise and successful track records of both companies to enhance their gas portfolio competitiveness.

Under the terms of the agreement, bp will contribute its interests in three development concessions and exploration agreements in Egypt to the JV, while ADNOC will provide a proportionate cash contribution for future growth initiatives.

Musabbeh Al Kaabi, ADNOC executive director for Low Carbon Solutions and International Growth, views the partnership with bp as a significant milestone in ADNOC’s expansion of its international natural gas portfolio. The JV is poised to bolster energy security in Egypt and contribute to the economic development of the region’s most populous Arab country. Al Kaabi expresses ADNOC’s commitment to exploring additional opportunities with bp to drive decarbonisation efforts and lead a sustainable energy transition.

William Lin, bp’s executive vice president of Regions, Corporates & Solutions, emphasises the JV as a platform for international growth that builds upon the longstanding partnership between bp and ADNOC spanning over five decades. The collaboration will draw on bp’s six decades of safe and efficient operations in Egypt to deliver secure, lower-carbon natural gas energy to the country.

The concessions to be included in the JV encompass key assets such as the Shorouk, North Damietta, and North El Burg fields, as well as exploration agreements for further development opportunities.

Pending regulatory approvals, the establishment of the JV is anticipated to be finalised in the second half of 2024, marking a significant milestone in the strategic partnership between ADNOC and bp.

For more information visit www.adnoc.ae

ConocoPhillips Engineer, Rhianna, Leads Operations Crucial to Australia’s Global LNG Dominance

Standing amidst the hustle and bustle of the Australia Pacific LNG facility on Curtis Island, Australia, Rhianna, a dedicated project engineer at ConocoPhillips, takes in the sprawling expanse of infrastructure that surrounds her. With a keen eye for detail and a deep understanding of the intricacies involved, she oversees operations that are not only critical to the company’s success but also to Australia’s prominent position in the global liquefied natural gas market.

As one of the key players in the energy sector, ConocoPhillips holds a pivotal role in the operation and management of the Curtis Island facility. Situated on the picturesque Curtis Island, just off the coast of Queensland, this sprawling LNG facility represents a cornerstone of Australia’s energy infrastructure. Here, natural gas from coal seams in Queensland’s Surat and Bowen Basins is processed, liquefied, and prepared for export to markets around the world.

The importance of LNG in the global energy landscape cannot be overstated. As countries seek cleaner and more sustainable alternatives to traditional fossil fuels, LNG has emerged as a vital component of the transition to a low-carbon future. With its reduced emissions profile compared to coal and oil, LNG offers a cleaner-burning fuel source that can help nations meet their climate goals while ensuring energy security and reliability.

At the heart of this transformative industry, ConocoPhillips stands as a beacon of innovation and excellence. Through meticulous planning, cutting-edge technology, and a relentless commitment to operational excellence, the company plays a leading role in driving Australia’s LNG industry forward. From exploration and production to processing and export, every aspect of the LNG value chain is carefully managed to ensure efficiency, safety, and sustainability.

For Rhianna and her colleagues at ConocoPhillips, the work at the APLNG facility represents more than just a job, it’s a passion and a commitment to shaping the future of energy. Each day brings new challenges and opportunities to make a positive impact on the environment, the economy, and the communities they serve. As they continue to push the boundaries of what’s possible in LNG production and export, ConocoPhillips remains dedicated to delivering value for shareholders, customers, and society as a whole.

As the sun sets over the tranquil waters of Curtis Island, Rhianna takes a moment to reflect on the role she and her team play in powering the world forward. With determination in her heart and a vision for a brighter, cleaner future, she looks forward to the challenges and opportunities that lie ahead, knowing that together they can make a difference in the world of energy.

For more information visit www.conocophillips.com

FOAMGLAS® insulation supports efficient storage at new state-of-the-art Standic storage terminal in Antwerp Belgium

The Dutch tank storage company, Standic, a member of the family-owned Hametha group, has established itself as a prominent storage provider for over 60 years. Comprising three terminals in the Netherlands and Belgium, Standic caters to both major industrial entities and specialised players.

Standic recently inaugurated a cutting-edge, highly automated terminal in the heart of the Antwerp ‘chemical hub’ to enhance its services for chemical customers. The terminal was meticulously designed to operate with utmost efficiency and cost-effectiveness, with a focus on optimising energy usage during the planning phase.

Noteworthy features of the terminal include the innovative heat recovery system from vapours to warm the tanks and the implementation of FOAMGLAS® cellular glass insulation between the concrete foundation and tank bottoms to minimise heat loss and reduce energy consumption for tank heating.

The construction of the storage terminal was executed in phases. Phase I saw the addition of 95,000 m³ of storage capacity spread across 79 tanks of varying diameters and a height of 24 metres. Phase II expanded the terminal further by introducing an additional 85,000 m³ of storage capacity through 46 more tanks. Phase III, scheduled for completion by the end of 2025, will make the entire terminal fully operational, offering a total storage capacity of 249,000 m³.

Standic’s familiarity with FOAMGLAS® cellular glass insulation for heated storage tanks dates back to the installation of the material at their Dordrecht terminal around a decade ago. Utilising a tank base insulation system for chemical storage tanks provides the versatility to store a wide range of products at varying temperatures, enhancing operational flexibility.

Prioritising energy efficiency in the terminal’s design was crucial for Standic to optimise energy utilisation, reduce operating costs, and minimise carbon emissions. The specified insulation system for the project featured FOAMGLAS® HLB 1200 high load-bearing insulation blocks, adhered directly to the concrete foundation with PC® 500 one-component adhesive.

Owens Corning supplied FOAMGLAS® High Load-Bearing tank bottom insulation for Phase I, insulating 51 heated tanks to enhance energy efficiency and lower operational expenses. In Phase II, an additional 46 tanks were insulated with the same FOAMGLAS® tank base insulation system, supporting Standic’s commitment to sustainable and efficient operations.

For more information visit www.foamglas.com/en-us/

Accelerating technology development for large scale industrial carbon abatement

Carbon capture and storage stands as a pivotal carbon dioxide abatement technique in the fight against global warming. However, the pace of its adoption begs the question: are we moving quickly enough?Presently, only about 49 million tonnes of CO2 are captured and stored annually worldwide. To meet global net-zero ambitions, CCS must escalate its scale by 100–200 times within the next three decades.

So, what’s impeding progress?

Many CCS projects falter at the final investment decision stage. Often, this boils down to project economics.

Frederik Majkut, SLB’s SVP of Carbon Solutions, elucidates that numerous CCS projects fail to meet FID due to perceived risks, financing constraints, and subpar returns. Hurdle rates, representing the minimum rate of return for investor approval, pose a significant challenge. Majkut notes that a considerable portion (50–70 percent) of project expenditure is allocated to capture costs, which erodes project returns.

Majkut underscores the imperative for technological innovation to mitigate these challenges. However, he underscores the time-consuming nature of de-risking and scaling new capture technologies.

At SLB, leveraging decades of experience in industrialising and scaling complex technologies, the company is spearheading two technology collaborations for carbon capture.

Firstly, SLB collaborates with RTI International to accelerate the industrialization and scale-up of RTI’s proprietary non-aqueous solvent technology. This innovative approach eliminates the need for costly materials while potentially reducing energy requirements by up to 30 percent.

Additionally, SLB partners with TDA Research Inc. to co-develop and scale up emerging sorbent technologies across various sectors, including power, cement, steel, and petrochemicals.

Majkut underscores the importance of proving technology at scale through pilot projects. SLB is actively involved in two such collaborations for end-user pilot projects using RTI’s and TDA’s technologies, eligible for US Department of Energy (DOE) funding.

One pilot project, set at the Wyoming Integrated Test Centre, aims to capture 158,000 metric tonnes of CO2 annually. Another collaboration, in partnership with International Paper and Amazon, targets capturing 120,000 metric tonnes of CO2 a year at International Paper’s Vicksburg Containerboard Mill.

Majkut emphasises the critical role of private-public collaborations in demonstrating the scalability of innovative technologies and de-risking larger-scale projects. Such initiatives expedite the adoption of cost-reducing carbon capture solutions, hastening the transition towards net zero.

For more information visit www.slb.com

Global Energy Storage completes sale of its Hamriyah Terminal UAE

Global Energy Storage Group (GES), a leading provider of innovative energy storage solutions, is pleased to announce the successful sale of 100 percent of the issued share capital of SRS Middle East FZE by its subsidiary, GPS Innova Singapore Pte. Ltd., to Paragon Capital Pvt. Ltd., a distinguished investment firm specialising in the energy sector.

SRS Middle East FZE operates a terminal with 178.6 thousand cubic metres of storage capacity for petroleum products and petrochemicals. GES initiated the development of the terminal on a greenfield site in 2018, with its commissioning taking place in 2020.

As a subsidiary of GPS Innova Singapore Pte. Ltd., SRS Middle East FZE has played a significant role in providing innovative storage solutions and services to clients in the Middle East region.

The divestment of SRS Middle East FZE is in line with GES’s strategic focus on optimising its core business operations, particularly in the cryogenic storage of gases such as LNG, LPG, ammonia, and hydrogen, to facilitate the global energy transition.

This transaction underscores GES’s commitment to enhancing shareholder value and consolidating its position as a leader in the global energy storage industry.

Peter Vucins, CEO of GES, commented: “The successful development of the terminal from inception underscores our unparalleled capability to establish strategic assets on greenfield sites. We are confident that Paragon Capital will continue the legacy of excellence established by the SRS team over the past six years.”

The Hamriyah Terminal, strategically situated in the UAE, has been a critical asset for Global Energy Storage, offering cutting-edge facilities for energy product storage and distribution. Under Paragon Capital’s ownership, the terminal is poised to further elevate its capabilities and continue serving as a pivotal hub in the region’s energy infrastructure.

Constructed in 2018 and completed in the summer of 2020, the terminal boasts a capacity of 178,640 cubic metres.

Susmit Gupta, Managing Director of Paragon Capital, expressed enthusiasm about the acquisition, stating: “We are thrilled to have finalised the acquisition of this state-of-the-art storage terminal in the UAE, managed by an outstanding team. We firmly believe that the UAE will play a leading role in the energy sector, and this asset aligns seamlessly with our strategy and investment outlook.”

For more information visit www.gesgroup.global

Master plan for energy transition management project in Indonesia

JERA Co., Inc., TEPCO Power Grid, Inc., Tokyo Electric Power Services Co., Ltd., and Mitsubishi Research Institute, Inc, have initiated activities in Indonesia following the agreement concluded with the Japan International Cooperation Agency concerning the Master Plan for Energy Transition Management Project.

Indonesia has witnessed robust GDP growth rates of approximately 5–6 percent since 2010, accompanied by an increase in electrification rates. However, the nation’s heavy reliance on coal-fired thermal power generation, which will account for 50 percent of its power generation capacity in 2020, raises concerns about escalating greenhouse gas emissions. With a commitment to carbon neutrality by 2060, Indonesia sought Japan’s assistance in developing an energy transition master plan, leading to the engagement of the four companies based on their knowledge and expertise.

The project entails comprehensive consideration of Indonesia’s unique circumstances, encompassing electricity demand forecasting, power source and grid system planning, and decarbonisation technologies for thermal power generation. The objective is to formulate an effective energy transition master plan to ensure a stable, affordable, and sustainable electricity supply in alignment with Indonesia’s carbon neutrality target.

Under the JERA Zero CO2 Emissions 2050 initiative, JERA aims for net-zero CO2 emissions across its domestic and international operations by 2050. Leveraging its experience in decarbonisation roadmap development and regional expertise, JERA seeks to expedite low-cost decarbonisation in Indonesia while upholding energy security.

TEPCO PG brings extensive knowledge and experience in power grid management, acquired from projects worldwide, to support Indonesia’s transition towards a stable, inexpensive, and sustainable electricity supply.

Similarly, TEPSCO, with its involvement in numerous overseas projects and commitment to pioneering sustainable technology, aims to contribute to Indonesia’s economic development and environmental conservation through the application of Japanese expertise.

MRI, focusing on resolving societal issues posed by the green transition, leverages its energy supply-and-demand analysis expertise to design policy programmes and support Japanese companies in global decarbonisation efforts.

As Indonesia and other nations accelerate decarbonisation efforts post the Paris Agreement, these companies are poised to support sustainable socioeconomic growth and contribute to global carbon neutrality goals.

For more information visit www.jera.co.jp

Hydrogenious LOHC receives official notification by European Commission for IPCEI Project Green Hydrogen@Blue Danube

Hydrogenious LOHC Technologies, German pioneer in the field of liquid organic hydrogen carriers, is proud to announce that its project “Green Hydrogen@Blue Danube” has been officially notified by the European Commission of the European Union within the framework of the Important Projects of Common European Interest  Hydrogen.

Green Hydrogen@Blue Danube focuses on the use of the LOHC benzyltoluene as a carrier for the safe and efficient transport of green hydrogen to supply industrial offtakers in the Danube region.

Example Rendering of a LOHC ReleasePLANT © Hydrogenious LOHC Technologies

To achieve this, a ReleasePLANT sized to supply and release approximately 1,000 – 2,000 tonnes of green hydrogen per year from LOHC will be constructed near the Danube to create an early hub for green hydrogen supply in Bavaria.

The project is an important milestone for Hydrogenious and will play a key role in the ramp-up of the European hydrogen market in the coming years, enabling safe and efficient green hydrogen supply chains within the EU.

Green Hydrogen@Blue Danube is part of the IPCEI “Hy2Infra” wave, following the IPCEI “Hy2Tech” and “Hy2Use” waves, which were notified in 2022.

Hy2Infra has been jointly prepared and notified by seven Member States: France, Germany, Italy, the Netherlands, Poland, Portugal and Slovakia. Within this wave, 32 companies will participate in 33 projects – 24 of which are located in Germany.

The German federal government and its states plan to invest about €4.6 billion in the German IPCEI hydrogen infrastructure projects. The companies will invest about €3.4 billion of private funds, bringing the total investment in Germany to about €8 billion.

Dr Daniel Teichmann, CEO and founder of Hydrogenious LOHC Technologies comments:

“We are very happy about the EU Commission’s decision to officially notify Green Hydrogen@Blue Danube. It underlines the importance of LOHC technology for the ramp-up of the European hydrogen economy and the funding will accelerate and secure the implementation of the project. We are working tirelessly, together with our partners and in close coordination with other IPCEI hydrogen projects, to make the much-needed energy transition and decarbonization of European industries a reality.”

Robert Habeck, German Federal Minister said:

“The projects in the Hy2Infra wave are important building blocks for ramping up the hydrogen economy in Germany and Europe. I am delighted that the European Commission has now granted the State aid approval. The German government recognises the importance of strengthening the German hydrogen economy along the entire value chain to enable a rapid market ramp-up. Germany and the other participating Member States can now move on swiftly to implementation phase with the companies.”

Margrethe Vestager, Executive Vice-President in charge of competition policy comments:

“While the renewable hydrogen supply chain in Europe is still in a nascent phase, Hy2Infra will deploy the initial building blocks of an integrated and open renewable hydrogen network. This IPCEI will establish the first regional infrastructure clusters in several Member States and prepare the ground for future interconnections across Europe, in line with the European Hydrogen Strategy. This will support the market ramp-up of renewable hydrogen supply and take us steps closer to making Europe the first climate-neutral continent by 2050.”

For more information visit www.hydrogenious.net

Koole Terminals the first liquid bulk storage company to experiment with VR training application for safety

In the realm of crisis preparedness, virtual reality emerges as a transformative solution, offering a proactive approach to handling emergencies without exposing individuals to real-life risks.

Juriaan Steenland, the COO at Koole Terminals, commends the company’s forward-thinking approach in adopting VR technology, positioning Koole as a trailblazer in the industry. The inception of a VR training application, tailored to bolster safety awareness and incident response, marks a significant milestone in Koole’s commitment to employee development and operational excellence.

Juriaan Steenland, COO Koole Terminals and Geeske Steeneken, L&D Lead Koole Terminals.

Geeske Steeneken, the Learning and Development Lead at Koole Terminals, played a crucial role in the swift development and implementation of the VR application, leveraging 360-degree photography to recreate terminal environments virtually. This innovative approach enables operators to immerse themselves in simulated scenarios, enhancing their ability to recognize, report, and respond effectively to potential incidents.

Steenland highlights the unparalleled quality improvement achievable through VR simulation, surpassing traditional training methods and empowering employees to navigate real-life emergencies with confidence and proficiency. The emphasis on continuous learning and safety culture enhancement underscores Koole’s dedication to fostering a dynamic and proactive workforce.

As Koole Terminals looks towards the future, plans are underway to expand the utilization of VR on an international scale by 2024, with a focus on multilingual accessibility and diverse job role applications. Beyond safety training, the versatility of VR presents endless possibilities for optimizing work procedures, tailoring training programs, and addressing specific terminal requirements.

Embracing technological advancements, Koole Terminals propels towards a safer and more efficient future, with VR standing as a pivotal tool in shaping a resilient and agile workforce poised to overcome challenges and drive innovation in the industry.

For more information visit koole.com

ABB to acquire SEAM Group to expand electrification service offering

ABB, a global technology company, has announced its plans to acquire SEAM Group, a leading provider of energised asset management and advisory services for industrial and commercial building markets. The acquisition will enhance ABB’s Electrification Service offering by providing customers with additional expertise in predictive, preventive, and corrective maintenance, electrical safety, renewables, and asset management advisory services. The transaction is subject to regulatory approvals and is expected to be completed in the third quarter of 2024. The financial details of the acquisition were not disclosed.

SEAM Group offers a comprehensive range of services, including strategic advisory, customised training, advanced technology solutions, and data management, to help clients improve safety and operational performance, ensuring maximum uptime and productivity for their assets.

With nearly 250 employees and a strong presence across the Americas, EMEA, and Asia, SEAM Group supports over 800 active clients and more than 1 million energised assets across various industries, including commercial buildings, data centres, healthcare, manufacturing, and renewables, including EV charging infrastructure. Its extensive customer base and expertise in critical sectors will allow ABB to expand its low- and medium-voltage services, particularly in areas where reliable and available power is crucial.

Stuart Thompson, Division President of ABB Electrification Service, emphasised the importance of proactive asset management for industrial companies to optimise electrical systems’ performance, operational efficiency, safety, and sustainability. He stated that the acquisition aligns with ABB’s strategy to enhance its presence in the US market, providing customers with complete asset lifecycle management services and expanding field service coverage across North America.

Colin Duncan, CEO of SEAM Group, expressed the synergies between the two companies, from their shared values of customer focus and collaboration to their complementary portfolios. He highlighted the opportunity to deliver new levels of operational performance and support companies in their energy transition. Duncan looks forward to joining ABB and leveraging the best of SEAM Group and ABB to benefit their customers.

For more information visit www.global.abb/group/en

Clean Energy’s renewable natural gas facility at Marshall ridge dairy in Iowa begins production

Clean Energy Fuels Corp. has proudly announced the successful completion of its newest renewable natural gas facility in Marshall County, Iowa. The Marshall Ridge Dairy project is anticipated to generate an impressive 1.7 million gallons of low carbon-intensity RNG annually. Located in State Centre, Iowa, the three-digester facility is now producing high-quality RNG and injecting it into the national grid. RNG, derived from organic waste, is a sustainable fuel that provides an immediate and substantial reduction in carbon emissions within the transportation sector.

With a total investment of $42 million, the project was financed through one of Clean Energy’s production joint ventures and developed by Dynamic Renewables. The facility will convert methane from approximately 240,000 gallons of manure produced daily by the 8,000-cow herd into biogas, which will serve as a clean fuel for heavy-duty fleets across the country. Clean Energy is currently in the process of filing the necessary applications to generate federal and state environmental credits.

Clay Corbus, Senior Vice President for Renewables at Clean Energy, expressed the company’s appreciation for collaborating with forward-thinking farmers, enabling them to create a new revenue stream from what was previously considered waste. He emphasised that RNG is an immediate and intelligent solution to tackle harmful fugitive emissions, and the RNG produced at Marshall Ridge will directly contribute to clean fueling and decarbonisation efforts in commercial transport.

Kevin Blood, representative from Marshall Ridge Dairy, highlighted the significance of integrating an RNG facility into their farm operations. With over 60 years of experience in the dairy industry, their core business remains centered around milk production. However, the addition of an RNG facility allows them to effectively manage their manure while generating an additional source of revenue for their bottom line.

According to the US Environmental Protection Agency, agriculture accounts for nearly 10 percent of US greenhouse gas emissions, while the transportation sector accounts for an additional 28 percent. By capturing methane from farm waste, these emissions can be significantly reduced. RNG, produced from this captured methane and used as a transportation fuel, offers a substantial decrease in GHG emissions throughout its lifecycle compared to diesel fuel. This unique attribute enables RNG to achieve a negative carbon-intensity score, as it effectively reduces emissions at the source and in vehicles, solidifying its status as one of the few fuels with such a distinction.

For more information visit www.cleanenergyfuels.com

Noord Natie Odfjell Antwerp Terminal invests

Noord Natie Odfjell Antwerp Terminal, a leading tank storage provider, is making significant investments in both expanding its capacity and maintaining its existing tanks.

The company has recently commenced the renovation of the first of three tanks, each with a capacity of 8,000m³. These tanks have a diameter of 29m and a height of 12.5m. The renovation process involves lifting the tank for maintenance purposes, allowing a small Bobcat to access the interior. To achieve this, the tanks are raised 2.4m above the ground.

Noord Natie Odfjell Antwerp Terminal would like to express its gratitude to Ivens, the contractor responsible for undertaking this project. Their expertise and support are instrumental in ensuring the successful execution of the tank renovation.

For more information visit www.noordnatie.be

Tecam announces 2023 business results and growth

Exponential growth and international expansion have been the defining factors for Tecam in 2023. Tecam, a leading environmental company specializing in emissions treatment and waste valorisation, is pleased to announce its financial and business results for the year.

Tecam has achieved a remarkable 90 percent growth in turnover compared to the previous year, demonstrating its substantial international expansion. This significant increase underscores Tecam’s dedication to sustainable business practices and environmental excellence.

In addition to its impressive business success, Tecam has experienced substantial growth in its workforce. The company has expanded its employee base by 25 percent in 2023, reflecting its commitment to strengthening expertise and capacity to meet the increasing demands of customers in the environmental sector. The addition of skilled professionals emphasises Tecam’s commitment to delivering exceptional emissions treatment and waste valorisation solutions.

With over 90 percent of its business concentrated in international markets, Tecam has solidified its position as a global leader in the environmental sector. The company’s strategic presence in international markets has established it as a trusted partner for businesses and industries seeking sustainable and innovative environmental solutions worldwide.

2023 marks a historic milestone for Tecam, as it has experienced unprecedented growth in both sales and international business. This year has been the most successful in the company’s history, with an exceptional increase in demand for its environmental technology solutions. Tecam’s remarkable achievements highlight its unwavering commitment to providing cutting-edge emissions treatment and waste valorisation technologies worldwide, contributing to a more sustainable future.

For more information visit www.tecamgroup.com

Rimere receives $10 Million strategic investment from Clean Energy

Rimere, a climate solutions company distinguished by its proprietary plasma technology, has announced the completion of a $10 million strategic investment from Clean Energy Fuels Corp. (NASDAQ: CLNE). This infusion of funds is poised to expedite the development and field testing of Rimere’s two distinct devices: the Reformer and the Mitigator. These devices play a pivotal role in curtailing climate change emissions and facilitating the transition to a clean hydrogen future.

The Reformer, leveraging proprietary sequential hybrid plasma technology, functions by converting natural gas into clean hydrogen and high-quality graphene, all while eliminating CO2 emissions. Notably, when renewable natural gas (RNG) is utilised as the feedstock, the hydrogen produced by Rimere’s Reformer can achieve a negative carbon-intensity rating, rendering it significantly lower in emissions compared to renewable electrolysis.

On the other hand, the Mitigator serves as a plasma thermal oxidizer designed to mitigate the greenhouse gas potency of fugitive methane emissions. It provides a cost-effective solution for abating methane emissions that escape from the natural gas infrastructure, particularly from compressors and pneumatic controllers along natural gas pipelines.

Mitchell Pratt, CEO of Rimere, emphasised the significance of Rimere’s technology in addressing the emissions challenges associated with natural gas infrastructure. He highlighted the transformative potential of Rimere’s technologies in not only cleaning up the infrastructure but also valorising natural gas reserves as a vital solution for climate change mitigation and the clean energy transition.

Rimere’s patented and patent-pending technologies operate by deconstructing methane at a molecular level, employing high voltage and high frequency arcs under an induced electromagnetic field. The Reformer and Mitigator offer essential solutions to reshape the long-term outlook for natural gas, leveraging a cleaner infrastructure to deliver clean hydrogen and graphene to end-use customers.

Andrew J. Littlefair, President and CEO of Clean Energy, underscored the strategic significance of the investment in Rimere. He articulated Clean Energy’s commitment to addressing environmental challenges and recognised Rimere’s role in offering cost-effective emission-reduction solutions for the natural gas and hydrogen industries.

Currently, Rimere operates as an equity method investee of Clean Energy and has raised a total of $18.25 million in committed capital since its inception in 2020.

For more information visit www.rimere.com

Vopak announces a share buyback programme

Vopak has announced a share buyback programme. The programme aims to return up to EUR 300 million to shareholders. It will commence on 15th February 2024 and continue until the end of the year, unless unforeseen circumstances arise.

The shares purchased through the buyback programme will be cancelled, pending approval from the board and shareholders.

The programme will adhere to the safe harbour provisions of the Market Abuse Regulation and will operate within the limits set at the 2023 Annual General Meeting. If granted, it will also operate within the limits set at the 2024 Annual General Meeting.

The share buyback programme will not exceed 10 percent of Vopak’s issued capital.

An independent intermediary will handle the execution of the share buyback programme, allowing for open market transactions during both open and closed periods.

Vopak has clarified that there are no agreements in place with existing shareholders regarding their potential participation in the programme. It is important to note that this share buyback programme is distinct from any share transactions that Vopak may undertake to fulfill obligations under long-term incentive programs for employees.

Throughout the duration of the programme, Vopak will provide weekly updates on its progress. These updates will be communicated through press releases and transaction details on Vopak’s website.

For more information visit www.vopak.com