Hempel A/S has introduced Avantguard 750 Pro, the latest advancement in steel corrosion protection and a significant addition to the renowned Avantguard product family. Building on over a decade of patented Avantguard technology, this new solution reinforces the company’s commitment to sustainability and high-performance coating systems.

Avantguard 750 Pro offers unmatched corrosion resistance, even in the most demanding environments. Designed to exceed industry standards, the product is recommended for structures requiring corrosion protection beyond 35 years. Its enhanced durability helps significantly reduce CO2 emissions over the lifetime of steel assets.

Enhancing Steel Longevity and Sustainability

“We are excited to introduce a product that significantly increases the longevity of steel structures,” said Steen Niemann Madsen, executive vice president and head of energy and infrastructure at Hempel. “Globally, steel production generates approximately 2.8 gigatonnes of CO2 annually, accounting for 7-9 percent of total energy-related emissions. By improving steel durability, we can help the construction industry address critical environmental and economic challenges.”

Designed for new builds, repairs, and maintenance, Avantguard 750 Pro is a zinc-rich, high-solids primer that offers the lowest VOC content on the market.

“Avantguard 750 Pro optimises application time and boosts productivity due to its fast-drying formula and short overcoating intervals,” said Jose Fernandes, product manager for corrosion protection at Hempel. “Third-party tested for lean coating schemes, it reduces material consumption and improves competitiveness, enabling customers to lower their carbon footprint and VOC emissions while achieving superior results that exceed industry standards.”

Versatile Performance in Extreme Conditions

Engineered for maximum versatility, Avantguard 750 Pro cures at temperatures as low as -10°C [14°F], while maintaining exceptional tolerance to high humidity. The formula also provides outstanding crack resistance, even in complex geometries, reducing the need for rework and repairs.

With the launch of Avantguard 750 Pro, Hempel continues to push the boundaries of steel corrosion protection, delivering a solution that combines durability, sustainability, and performance.

For more information visit www.hempel.com

Advario is pleased to announce the appointment of Maaike Schipperheijn as the new chief financial officer. With more than 25 years of experience in global business leadership, Maaike brings a deep expertise in managing complex environments and enhancing business performance.

In her role as CFO, Maaike will oversee key areas including Treasury, Accounting, Controlling, Tax, Audit, IT, and Security, all of which are critical for comprehensive financial management and strategic oversight. She has a proven track record of assisting both private and public companies in professionalizing their operations, accelerating growth, and achieving scale. Before joining Advario, Maaike served as the CFO of Royal Reesink, and held the CFO position at Euroports, in addition to various senior roles at Shell, both in the Netherlands and internationally.

Maaike is known for her energetic, resilient, and agile leadership style, along with a strong commitment to fostering a positive organizational culture. Her extensive experience and strategic insights are expected to be invaluable as Advario continues to pursue its ambitious goals.

For more information visit www.advario.com

SPX FLOW, a global leader in fluid technology, has partnered with Siemens to showcase advanced digital twin technology at the Manufacturing x Digital Centre in Chicago. As a premier hub for manufacturing innovation, MxD is driving advancements across industries, including food and beverage, chemicals, and batteries.

At MxD, SPX FLOW and Siemens are demonstrating the capabilities of digital twin technology, enhanced by industrial 5G connectivity and modular production using software-defined Module Type Package concepts. These innovations are highlighted through an automated mixing tank paired with a corresponding digital twin.

This collaboration integrates SPX FLOW’s expertise in fluid processing solutions—including mixers, pumps, and valves—with Siemens’ IoT connectivity solutions and Computational Fluid Dynamics simulation capabilities. The result is a precise virtual replica of an autonomous mixing tank concept, allowing users to design, test, and optimise fluid systems in a risk-free digital environment. This approach improves efficiency, accelerates innovation, and reduces operational risks.

By creating a digital twin of a flexible, autonomous production process, Siemens can demonstrate the potential of virtual simulation technologies. Manufacturers can optimise production, validate throughput, and enhance efficiency and flexibility compared to traditional fixed production lines. Additionally, the innovative approach enables continuous mixing of materials or ingredients while an Autonomous Mobile Robot navigates the plant, maximising production capacity and quality.

Advancing Manufacturing Excellence

“Our innovative fluid technologies, combined with simulation-based digital twins and AI-driven modeling, allow us to deliver faster, customer-focused solutions,” said Tyrone Jeffers, vice president of global manufacturing and supply chain at SPX FLOW. “Together with Siemens, we are prioritising flexibility, efficiency, and sustainability, paving the way for a new era of manufacturing excellence.”

CFD modeling and IoT conditional monitoring support SPX FLOW’s product development by:

• Accelerating Innovation – Reducing modeling time while enhancing precision.
• Improving Efficiency – Refining designs with enhanced flow analysis.
• Seamless Integration – Aligning digital twins with real-world applications.
• Smart Products – Leveraging IoT monitoring for optimised performance and predictive maintenance.

“This collaboration is a win for us and a huge win for our industrial customers,” said Del Costy, Managing Director, Americas, Siemens Digital Industries Software. “By working together with SPX FLOW and utilising live connections between the physical and digital worlds through digital twin models, we are helping customers achieve faster time to market, optimise system performance, reduce costs and resource usage, and deliver tailored, application-specific solutions to meet their unique needs.”

Through this partnership, SPX FLOW and Siemens are demonstrating how digital twin technology can transform manufacturing, offering greater efficiency, flexibility, and sustainability for the industries of the future.

For more information visit www.spxflow.com

Stolthaven Terminals recently reached a significant milestone in the expansion of its Mount Maunganui terminal in New Zealand with the safe arrival and installation of three pre-constructed storage tanks. Two of the tanks were already fitted with insulation, cladding, and heating coils, streamlining the installation process.

Given the challenges of in-situ construction, the team confirmed that crane-lift installation would be a feasible alternative. The process involved lifting the tanks—two with a capacity of 650m³ and one with a capacity of 1,100m³—onto barges approximately 300 kilometres from the terminal. They were then transported by sea, unloaded onto transporters at the port, and carefully moved to the site for installation.

Executing this operation required meticulous planning and precision at every stage. From coordinating logistics to ensuring safe handling and transport, every detail was carefully managed. The process proceeded smoothly, aided by favourable weather conditions.

This achievement marks a key step forward in the terminal’s expansion, enhancing storage capacity and operational efficiency. The successful completion of this complex operation is a testament to the expertise and dedication of the New Zealand team.

For more information visit www.stolt-nielsen.com

Vopak Horizon Fujairah has successfully completed its inaugural ISCC Certified bio-bunkering supply operations in the UAE, contributing to the nation’s Net Zero by 2050 strategy. This achievement represents a significant milestone in the maritime industry’s journey toward decarbonisation, promoting more sustainable fuel bunkering supply chain solutions.

Law Say Huat, general manager of Vopak Horizon Fujairah Limited, emphasised the importance of this operation, stating, “This operation represents a significant step in the decarbonisation of the supply chain. Our heartfelt thanks to the strong cooperation with all our valued partners.” The success of the biofuel bunkering initiative is attributed to the robust collaboration and commitment to operational excellence among all stakeholders involved.

Vopak currently operates 32 terminals within its global network that are ISCC certified for the storage of sustainable products, including sustainable aviation fuel and other biofuels and feedstocks. The recent operation utilised B24 bunker fuel, a blend consisting of 24 percent FAME mixed with Very Low Sulfur Fuel Oil. This innovative biofuel option is designed to contain lower sulfur levels than traditional high-sulfur fuels, thereby reducing sulfur oxide emissions from vessels.

For more information visit www.vopak.com

Cortec^® is a proud supplier of vapour phase Corrosion Inhibitors for Vapour Pipe Shield, a patented corrosion protection system from General Air Products. Released in 2023, Vapour Pipe Shield is UL Listed for use in dry and pre-action fire sprinkler systems and is steadily gaining acceptance. New test results show the clear advantages of Vapour Pipe Shield, promising to reshape the industry’s approach to corrosion protection in fire sprinkler systems even further.

Protecting Dry Fire Sprinkler Systems from Corrosion

Dry pipe fire sprinkler systems are critical to fire protection strategies in areas subject to freezing temperatures and sensitive areas such as hospitals, museums, data centres, or any facility where sprinkler pipes are left unfilled due to the prospect of water leaking on delicate artifacts and equipment. Preventing corrosion inside these systems is critical to maintaining reliability and reducing the risk of costly sprinkler pipe replacements, frequent repairs, and—worse yet—failure. According to an article on “Nitrogen Generators for Dry Pipe Systems” by Mark Hopkins, engineering director at Summit Fire Consulting, an industry practice for corrosion protection over the last 15 years has been to purge as much oxygen as possible out of a sprinkler system using a nitrogen generator. Hopkins explained that this method falls within the NFPA 13 Standard for the Installation of Sprinkler Systems and (at 98 percent purity) allows contractors to use the Hazen-Williams C-Value of 120 for hydraulic calculations. However, maintaining the necessary level of 98 percent nitrogen purity has proven to be challenging in published testing.

New Test Results Show VpCI^® Advantage

To compare the effectiveness of Cortec^® VpCI^® (used in Vapour Pipe Shield) against compressed air (simulating untreated systems) and 98 percent nitrogen, General Air Products commissioned Corrosion Testing Laboratories, Inc., to conduct five years of testing on the subject. The first year of test data was released in December 2024, indicating that VpCI^® protection was up to 7 times more effective on carbon steel coupons partially submerged in water than the protection of 98 percent nitrogen. Now, in the newly released version (2025 edition) of NFPA 13, the 120 C-Factor allowance has been extended to vapour-phase Corrosion Inhibitor delivery systems including vapour pipe shields. This important change validates the effectiveness of Vapour Pipe Shield to inhibit corrosion in these systems and its rapid adoption by the fire protection industry.

Benefits of VpCI^® for Fire Sprinkler Protection

The preceding test results raise the question: why would VpCI^® have such an advantage over nitrogen purge? In answer, the benefits of VpCI^® start with, but go beyond, corrosion protection.

• VpCI^® is extremely easy to apply and requires little maintenance.
• Unlike a standalone nitrogen generator, the VpCI^® delivery system is not dependent on a source of electricity.
• VpCI^® protects even in the presence of corrosive materials, when it is not possible to completely remove oxygen, water, or chlorides.
• VpCI^® is thorough, protecting in the liquid phase, vapour phase, and at the air-water interface, diffusing even into hard-to-reach areas like branch lines.

An Industry Game Changer

General Air Product’s test results only reinforce the already expanding industry adoption of VpCI^® and Vapour Pipe Shield. To put this in perspective, Ray Fremont Jr., president of general air products, recently noted, “Since launching Vapour Pipe Shield in March 2023, we’ve seen tremendous adoption across North America, with over 500 installations to date. That milestone speaks not only to the effectiveness of VpCI^® technology but also to its growing recognition as a game-changer for corrosion mitigation in dry and pre-action fire sprinkler systems.”

 Exciting Future Developments for Fire Sprinkler Systems

Cortec^® is proud to partner with General Air Products in making this innovative corrosion-inhibiting solution available for the protection of critical dry and pre-action fire sprinkler systems and looks forward to future developments as this technology’s application expands. Stay tuned for more game-changing updates expected in 2025!

For more information visit www.cortecvci.com

Exolum has successfully renewed its concession for aviation fuel storage and distribution services at Josep Tarradellas Barcelona – El Prat Airport, following a competitive tender process conducted by AENA. This new agreement, which will be in effect for 15 years, involves an estimated investment of over €50 million by Exolum aimed at optimizing and modernizing the existing infrastructure.

The planned investment is expected to significantly enhance the efficiency and safety of the facilities while enabling the implementation of environmental and energy improvements to reduce emissions. Upgrades will include hydrants, manholes, and utility pits, incorporating a high level of automation to help prevent leaks. Additionally, the pumping systems to hydrants will be expanded and enhanced to ensure more efficient operations. Further investments will focus on optimising the fire protection system and other control mechanisms, as well as increasing energy efficiency and reducing greenhouse gas emissions.

Jorge Guillén, the Aviation & Spain Network Lead at Exolum, expressed pride in the exceptional technical and economic bid submitted, which led to the renewal of the concession. He noted that this project not only guarantees the continuity of Exolum’s services at Barcelona Airport, one of Spain’s key airports, but also reinforces the company’s commitment to sustainability, innovation, and efficiency.

For more information visit www.exolum.com

Creaform, a business of AMETEK, Inc. and worldwide provider of automated and portable 3D measurement solutions, is proud to announce its recent attainment of ISO 27001, ISO 14001 and TISAX certifications. These achievements underscore the company’s unwavering commitment to the highest standards of information security, environmental management, and compliance with industry-specific security requirements, complementing its existing ISO 9001:2015 and ISO 17025:2017 certifications.

ISO 27001: Enhancing Information Security

The ISO 27001 certification is a testament to Creaform’s dedication to maintaining robust information security practices. This certification demonstrates the company’s adherence to stringent protocols that encompass people, processes, and technology. By achieving ISO 27001, Creaform has proven its capability to manage and mitigate risks related to data security, ensuring the protection of sensitive information and reinforcing trust with clients and stakeholders.

TISAX: Elevating Information Security in the Automotive Industry

Creaform’s TISAX (Trusted Information Security Assessment Exchange) certification marks a pivotal achievement in meeting the rigorous security requirements of the automotive industry. TISAX is a globally recognised standard specifically designed for organisations in the automotive sector. It ensures that companies adhere to stringent measures throughout the supply chain, safeguarding sensitive data and maintaining compliance with industry-specific requirements. With this certification, Creaform demonstrates its commitment to serving its automotive clients with the highest level of information security and trust.

ISO 14001: Commitment to Environmental Stewardship

Creaform’s attainment of the ISO 14001 certification highlights its proactive approach to environmental management. This certification reflects the company’s dedication to not only complying with environmental laws and regulations but also to continually improving its environmental performance. Through initiatives aimed at waste reduction, energy conservation, and sustainable practices, Creaform is contributing to a greener, more sustainable future.

Leadership and Vision

“Achieving these certifications is a significant milestone for Creaform,” said Fanny Truchon, President of Creaform. “It reinforces our commitment to excellence in every aspect of our operations. The ISO 27001 certification ensures that our information security practices are among the best in the industry, the ISO 14001 certification demonstrates our dedication to environmental sustainability, and the TISAX certification reflects our capability to meet the specialised needs of the automotive sector. Along with our ISO 9001:2015 and ISO 17025:2017 certifications, these achievements reflect our ongoing efforts to exceed industry standards and deliver exceptional value to our customers.

For more information visit www.creaform3d.com

In the summer of 2024, ConocoPhillips Canada successfully completed the largest turnaround in the business unit’s history at Surmont CPF2. The project, which required approximately 260,000 direct field labour hours, was completed one day ahead of schedule.

Located 35 miles south of Fort McMurray, Alberta, Surmont is ConocoPhillips Canada’s oil sands asset, estimated to contain over two billion barrels of commercial resources. The company fully owns and operates the asset, which includes two central processing facilities, CPF1 and CPF2.

To ensure continued safe and efficient operations, these facilities undergo routine turnarounds—planned shutdowns that allow for maintenance and compliance activities. Turnarounds are critical for asset integrity, safety, and regulatory compliance, as they provide an opportunity for comprehensive inspections and repairs.

“A turnaround is a standard maintenance activity within industry, and depending on the drivers, it can vary significantly in size and scope,” said Colin Herbert, ConocoPhillips Canada shutdown manager. “Turnarounds require a thorough amount of planning, preparation, and training to manage in a safe and effective manner.”

The 2024 turnaround at CPF2, an event that takes place every five years, required extensive preparation. Planning began in late 2022, allowing the Surmont turnaround team sufficient time to develop detailed schedules and protocols for staffing, equipment, safety and wellness.

“When you have a turnaround of this scope, you need to bring in contractors on-site to support,” said Ian Braconnier, ConocoPhillips Canada turnaround specialist. “These folks may not have previous knowledge of our site and procedures, so planning and preparing education, awareness and safety requirements ahead of time was necessary to ensure the project was successfully completed, and most importantly, to make sure everyone would go home safely at the end of each shift.”

To facilitate a smooth and safe execution, ConocoPhillips Canada prioritised early contractor engagement and onboarding. All contractors were required to complete safety orientations before arriving on-site, ensuring they understood the asset, safety requirements, and operational procedures. Surmont staff were also trained to collaborate closely with contractors, fostering open communication and strong working relationships.

Throughout the turnaround, safety remained a top priority. A communication campaign titled “Walk the Talk” reinforced key safety messages through facility signage and hardhat stickers, while daily team stand-ups provided opportunities to reinforce safety expectations.

Recognising the potential for fatigue during a high-intensity turnaround, the company also launched a wellness campaign. “In order to mitigate the safety risks associated with turnaround-related fatigue, we launched a robust wellness campaign, including information sessions and individual assessment tools, to support and normalise conversations about mental health and wellbeing,” said Matthew Starchuk, occupational health coordinator. “These also serve as important reminders to check in on ourselves and one another.”

The turnaround effort brought together expertise from across ConocoPhillips’ global operations. Eighteen employees from various business units, including the Lower 48, Alaska and the UK, travelled to Surmont to support the project.

Ten operators arrived in the days leading up to the ramp-down phase, providing invaluable assistance in halting production and preparing equipment for maintenance. Additionally, eight employees served as area coordinators throughout the shutdown, including Scott Ure, a Kuparuk maintenance supervisor from ConocoPhillips Alaska.

“The turnaround team was very welcoming and incredibly knowledgeable of the asset,” said Ure. “I was pleased with the opportunity to work on this collaborative effort and to share learnings with my Canadian colleagues.”

On 11 September, the Surmont team safely and efficiently completed the first phase of the turnaround, allowing CPF2 to begin ramping back up. The successful completion of the project stands as a testament to meticulous planning, robust safety protocols and international collaboration.

With the lessons learned and strong relationships forged, Surmont remains well-positioned to continue its legacy of operational excellence in the oil sands industry.

For more information visit www.conocophillips.com

After much anticipation, Square Robot, Inc., a global leader in robotic tank inspections, has knocked down two more barriers for its onstream, robotic tank inspections. The SR-3 submersible robot has formally received the NEC/CEC Class I Division 2 (C1D2) certification and Square Robot’s Side Launcher has received the NEC/CEC Class I Division 1 (C1D1) certification.

The C1D2 and C1D1 certifications were issued by the third-party Nationally Recognised Test Lab, FM Approvals, proving our systems safe for use in hazardous locations. As part of the operating methodology for launching into floating roof tanks, often containing low flashpoint products, the Side Launcher’s C1D1 certification confirms the safe deployment and retrieval of the SR-3 robot in these environments. The SR-3 robot and Side Launcher became commercially available in the fall of 2023, after completing initial milestone testing in partnership with ExxonMobil.

These certifications expand Square Robot’s service portfolio, allowing it to tackle a market that was previously only available for inspections by taking the tank offline. The combination makes Square Robot the first robotic company to safely inspect a new group of low flash point product tanks—the full list of which can be found here.

“Our customers have been eagerly awaiting the certifications since our witness testing in 2024. With the C1D2 and C1D1 stamps now in hand, it opens up a new group of tank candidates available for robotic tank inspections. We’re proud to be pioneers in this industry, and continue to develop new technology based on our clients needs” – John Hazel, vice president, operations & chief inspector.

For more information visit www.squarerobot.com

Heat-Flex^® Advanced Energy Barrier (AEB) tackles corrosion under insulation (CUI), effectively eliminating the costly and dangerous phenomenon of steel assets corroding underneath insulation systems. The coating replaces the bulky mineral-based insulation that’s traditionally used on storage tanks, process vessels and piping to retain process heat. By eliminating the threat of corrosion, the coating offers a solution that is less resource intensive than traditional insulating production systems.

“To occur in the first place, corrosion under insulation requires the presence of one of its namesakes – the insulation. By removing this ‘I’ from an asset and applying the thermal insulative coating in its place, there is no longer any physical system under which the ‘C’ – the corrosion – could occur,” says Neil Wilds, Global Product Director, CUI/Testing for Sherwin-Williams Protective & Marine. Therefore, the corrosion is eliminated by default. With Heat-Flex AEB, we’re kissing both insulation and CUI goodbye.”

Above: With heat retention that rivals the in-service insulative capabilities of traditional insulation systems, Sherwin-Williams Heat-Flex^® Advanced Energy Barrier (AEB) helps heater treaters (shown), pressure vessels, storage tanks and piping maintain operating temperatures up to 350°F (177°C), with excursions to 400°F (204°C).

Heat-Flex AEB works by building a thick film of insulative coating material onto assets that are required to maintain operating temperatures up to 350°F (177°C), with excursions to 400°F (204°C). This coating retains process heat inside coated assets, allowing them to continue operating even in extreme environments. It effectively rivals the in-service insulative capabilities of traditional insulation systems due to their tendency to absorb and trap moisture that infiltrates their exterior cladding. This moisture not only dramatically reduces the insulating capacity of the insulation, but also contributes to the acceleration of CUI.

“When developing Heat-Flex AEB, we needed to ensure the coating itself could retain process heat at temperatures high enough to remove traditional insulation and not affect the consistency and flow of materials housed inside assets,” says Erik Dammen-Brower, R&D Chemist II for Sherwin-Williams Protective & Marine. “Careful manipulation of the coating molecule and product formulation enabled this surprising capability, which has notable ramifications for reducing costs and improving carbon footprints, while enabling efficiencies in various facility applications.”

Above: Sherwin-Williams Heat-Flex^® Advanced Energy Barrier (AEB) effectively eliminates the costly and dangerous phenomenon of corrosion under insulation (CUI), replacing bulky mineral-based insulation and offering a solution that is less resource intensive than those traditional insulating production systems.

Beyond the comparable heat retention capabilities of Heat-Flex AEB and traditional insulation systems, the thermal insulative coating offers a variety of enhanced sustainability benefits. Using just the insulative coating eliminates the manufacturing, shipping and storage of all the materials required for a traditional system – including the mineral wool insulation, wiring, pins and banding that keeps insulation in place, and the metal cladding mounted over top. In addition, because Heat-Flex AEB eliminates CUI, steel assets will last far longer before any steel needs to be replaced, if at all, minimising the environmental costs of steel production to maintain an asset. Finally, the consistent thermal efficiency Heat-Flex AEB offers allows asset owners to maintain required operating temperatures without needing to increase process heat inside the coated asset. Owners may need to increase that heat – and therefore their environmental footprints – when using traditional insulation systems due to the inevitable moisture ingress that will occur and reduce the insulation’s effectiveness.

A typical CUI-elimination coating system would include a primer applied directly to prepared steel to protect it from corrosion, the Heat-Flex AEB insulative coating on top of that and an optional topcoat layer. Recommended primers include Heat-Flex 750, a high-solids alkylated amide epoxy coating featuring a high concentration of micaceous iron oxide pigment, as well as Heat-Flex ACE, an ultra-high-solids epoxy novolac containing a functional chemical enhancement for CUI mitigation. Each primer performs extremely well more against CUI when used underneath traditional insulation systems, making them even better options when no insulation is present.

Applying Heat-Flex AEB is significantly easier, faster and safer than installing bulky insulation systems over assets. Such installations require workers to wrap, band and cover insulation while in close proximity to hot assets. A single applied coat of Heat-Flex AEB will instantaneously reduce the surface temperature, taking away the burn risk. Those assets can be operating up to 300°F (148°C) during coating applications, enabling processes to continue running without disrupting facility operations, which is helpful for maintenance activities. Being in such close vicinity to hot steel significantly elevates burn risk potential. Applicators are able to stay further away from hot assets when spraying Heat-Flex AEB. Applications on new components can also take place in on-site pre-assembly yards rather than after assets are fully assembled – unlike with most traditional insulation applications since those assets would be difficult to transport when fully insulated.

For more information please visit: https://industrial.sherwin-williams.com/na/us/en/protective-marine/industrysolutions/ energy/key-products/heat-flex-aeb.html.

SLB has announced that SLB Capturi, in collaboration with Aker Solutions, has been awarded an engineering, procurement, construction, installation, and commissioning contract by Hafslund Celsio AS for the delivery of a carbon capture solution at its waste-to-energy facility in Klemetsrud, Oslo. Hafslund Celsio, Norway’s largest district heating supplier and operator of the country’s largest waste-to-energy plant, is developing this project as part of Longship, the Norwegian government’s full value-chain carbon capture and storage initiative.

Comprehensive Carbon Capture and Storage Infrastructure
Under the contract, SLB Capturi and Aker Solutions will deliver a carbon capture plant, liquefaction system, temporary storage facility, and loading infrastructure at the waste incineration site. Additionally, the project includes an intermediate CO₂ storage and ship loading system at Oslo Harbour, from where the captured CO₂ will be transported to the Northern Lights permanent storage facility on the Norwegian continental shelf. Once operational, the plant is expected to capture 350,000 metric tonnes of CO₂ annually, significantly reducing emissions from the waste-to-energy process.

The EPCIC contract follows an intensive cost-reduction phase for Hafslund Celsio’s project, during which layout optimisation and efficiency improvements were identified. The carbon capture solution will be based on SLB Capturi’s modular Just Catch™ 400 unit, a space-efficient design that reduces the onsite footprint, installation, and outfitting work, making the project both viable and cost-effective.

Industry Leaders Highlight the Project’s Importance
Egil Fagerland, CEO of SLB Capturi, emphasised the critical role of modularisation in making carbon capture projects economically feasible:

“Standardisation and modularisation play a key role in shifting the economics of carbon capture projects. We are extremely proud of our collaboration with Hafslund Celsio and Aker Solutions to align our Just Catch plant design with the techno-economic requirements of this project to help make it a reality. We look forward to delivering this flagship project as a successful blueprint for industrial decarbonisation projects in Norway and across the globe.”

Hafslund Celsio’s facility will be the second carbon capture plant developed under the Longship initiative, with SLB Capturi already delivering the carbon capture plant at Heidelberg Materials’ cement facility in Brevik in collaboration with Aker Solutions.

Kjetel Digre, CEO of Aker Solutions, highlighted the project’s significance in advancing CCS infrastructure in Norway:

“Today marks a significant milestone for Aker Solutions and the CCS industry in Norway. We are proud to be part of this key project and look forward to contributing with our effective project execution, based on three decades of experience in the CCS market. This project is a testament to important public and private collaboration to build an industrial value chain for carbon capture and storage. The project will also significantly contribute to reducing emissions and will create value for both industry and society.”

Martin S. Lundby, CEO of Hafslund Celsio, underscored the importance of strong partnerships in ensuring project success:

“We are pleased to have Aker Solutions and SLB Capturi collaborating with us on this significant industrial project. Working with reputable partners who possess extensive experience in carbon capture and storage from the Longship project provides us with security and strength. Our partners bring valuable expertise from large industrial developments both in Norway and internationally. Together, we will construct a carbon capture solution that is expected to be operational by the third quarter of 2029.”

Advancing Norway’s Leadership in Carbon Capture
The Hafslund Celsio carbon capture project marks a major step forward in Norway’s efforts to decarbonise industrial processes and strengthen its CCS infrastructure. By integrating advanced carbon capture technology with a nationwide CO₂ storage network, the project is expected to set a global benchmark for large-scale waste-to-energy decarbonisation. With Longship and Northern Lights paving the way for full-scale carbon capture and storage, Norway continues to position itself as a leader in industrial emissions reduction and climate innovation.

For more information visit www.slb.com

One of Toptech Systems’ customers sought to streamline operations at its marine loading facility to enhance efficiency and meet new blending requirements. The challenge involved a highly complex distributed control system responsible for delivering a variety of products, each requiring manual intervention due to different meters and loading arms. Additionally, the absence of automatic document printing forced operators to manually enter meter readings into the ERP system, leading to inefficiencies and potential errors.

This scenario is not uncommon in marine terminals. Traditionally, metering lines are designed to deliver fixed blend ratios, limiting adaptability to alternative fuel products. With the increasing need for diverse blend ratios and alternative fuel integration, existing metering configurations struggle to accommodate changing specifications. For instance, blending diesel from high- and low-sulfur components requires varying blend ratios based on end-product specifications and base component conditions. Similarly, when incorporating biocomponents like ethanol or FAME into hydrocarbon products, the blend ratio dictates flow rates, affecting accuracy and efficiency when meters operate at minimum flow rates.

To improve flexibility and efficiency, an ideal solution would allow any product to be routed through any meter while maintaining accuracy and blend ratio integrity. This is precisely what Toptech Systems’ Multiload II+ Routing feature provides.

Enhanced Flexibility with Multiload II+ Routing

Unlike traditional setups, where each blend component is tied to a specific meter, the Multiload II+ Routing feature introduces a dynamic and flexible approach. This system enables multiple blend components to be assigned to the most suitable meter for the operation, rather than relying on a rigid one-to-one mapping between product components and meters.

When authorising a blend, Multiload II+ employs a configurable algorithm to automatically determine the optimal routing based on external inputs, custom logic, blend percentages, and target flow rates. Additionally, the system allows for cost-based routing decisions, ensuring the most cost-effective option is selected for blending operations. This level of automation significantly reduces manual intervention, optimises throughput, and enhances operational accuracy.

Real-World Impact on Marine Terminal Operations

By implementing the Multiload II+ Routing feature, the customer successfully simplified their DCS while reducing the need for manual adjustments. The modernisation of DCS/SCADA systems, in combination with Multiload II+, enabled more efficient and error-free loading operations. Additionally, every transaction is seamlessly integrated into Toptech Systems’ Terminal Automation System (TAS) TMS7, ensuring reliable data transfer to the customer’s ERP system for accurate billing and reporting.

Through this innovative solution, the customer achieved a streamlined and future-proof marine loading operation, improving efficiency, reducing costs, and enhancing adaptability to evolving fuel blending requirements. The Multiload II+ Routing feature underscores Toptech Systems’ commitment to delivering smart, automated solutions that drive efficiency and operational excellence in the terminal industry.

For more information visit www.toptech.com

Colonial Group, Inc., has announced that Quintin Felton has received the Savannah-based company’s fourth annual Robert H. Demere, Jr. Soaring Eagle Award. The award’s 2024 recipient was revealed at the annual company party held at the Marriott Savannah Riverfront on Saturday, Jan. 25, 2025.

The award was named in honour of the company chairman, Robert H. Demere, Jr., who served as its president and chief executive officer from 1986 to 2021. Colonial Group has continued to operate as a privately held business since 1921 through the chairmanships of its founder, Raymond Demere; his son, Robert H. Demere, Sr.; and Robert’s son, Demere Jr. In 2018, Christian B. Demere became president of the company and then succeeded his father as CEO in December of 2020.

Demere presented the award during Colonial Group’s “Sand & Sea” themed annual company party. The award was first developed in 2021 to commemorate the company’s centennial celebration, and employees participated in the nomination and voting process.

“Quintin is an example of some of the very best of Colonial,” said Demere. I’m grateful for his dedication to his work and the unwavering support he provides his colleagues. We are fortunate to have him as part of the Colonial family, and this award is well-deserved.”

Felton, a five-year veteran of Colonial, began his career as an Operator I in 2020 and quickly advanced to his current role as Operations Supervisor. His colleagues nominated him for this esteemed recognition, emphasising his exceptional character and unwavering dedication to his team.

“There is no limit to what he does as an employee,” shared one of Quintin’s nominators. “He consistently goes above and beyond, always willing to lend a hand and support his colleagues in achieving their goals.”

Another colleague noted, “Quintin is known by everyone on my team as the man you can go to if you need some help. He is well-liked by all employees here because of his selflessness and willingness to go the extra mile for all of them.”

Colonial’s more than 2,200 employees had the opportunity last fall to select one of their own who, throughout their career at Colonial, has exemplified service, integrity, entrepreneurship, and family. The guiding principle of this award is that “there is no limit to what a person can achieve if they don’t mind who gets the credit”.

Felton and future award winners will receive a $7,500 bonus and one extra week of vacation. The company plans to continue to bestow the award to one employee each year who consistently embodies Colonial Group’s core values.

For more information visit www.colonialgroupinc.com

Technip Energies has signed a master services agreement with Vietnam’s Long Son Petrochemicals (LSP) to support the evaluation and implementation of optimisation opportunities at its state-of-the-art petrochemical complex. Located in the Long Son Commune of Ba Ria-Vung Tau Province, this facility is the first fully integrated petrochemical complex in Vietnam, playing a crucial role in the country’s industrial development.

Technip Energies’ collaboration with LSP dates back to 2009, marking a longstanding relationship built on expertise and innovation. Under the new agreement, the company will leverage its deep industry knowledge and technical capabilities to enhance the performance, efficiency, and sustainability of LSP’s operations. The partnership aims to identify and execute improvements that will strengthen the facility’s production processes, ensuring it meets the highest standards of reliability, safety, and environmental responsibility.

LSP’s petrochemical complex is a key contributor to Vietnam’s growing industrial sector, producing essential materials used across various industries, including packaging, automotive, and construction. As the demand for petrochemical products continues to rise, optimising the plant’s operations will be vital in maintaining competitiveness and supporting the region’s economic development.

With this agreement, Technip Energies reaffirms its commitment to supporting the energy transition and industrial growth in Southeast Asia. By working closely with LSP, the company aims to deliver innovative solutions that drive efficiency while aligning with global sustainability goals. The collaboration represents a strategic step forward in reinforcing Technip Energies’ position as a trusted partner in the petrochemical sector.

For more information visit www.ten.com

Standic Antwerp has announced a strategic partnership with Pryme for the storage of pyrolysis oil, a circular product derived from plastic waste. This collaboration positions Standic as one of the pioneers in the storage of this sustainable material within the Port of Antwerp.

Pryme selected Standic for its cutting-edge infrastructure, flexible and proactive approach, and value-added services, all of which align with the innovative requirements of handling circular products.

This partnership reflects Standic Antwerp’s commitment to supporting sustainable solutions and advancing the circular economy through its industry-leading expertise and infrastructure.

For more information visit www.standic.com

VTTI Fujairah terminal has reached a groundbreaking milestone in its sustainability journey by successfully transitioning its energy supply from diesel generators to the National Grid. For the first time, both the terminal and the refinery are now powered by this cleaner energy source, setting a historic precedent for Fujairah and reinforcing VTTI’s commitment to sustainability.

This pivotal transition brings transformative benefits, including a significant reduction in the terminal’s carbon footprint, enhanced alignment with long-term sustainability goals, and improved operational reliability and cost efficiency.

Commenting on the achievement, John Samaha, MD of VTTI Fujairah, said, “This achievement is not just about adopting a cleaner energy source; it represents our bold vision for a sustainable future and our dedication to operational excellence. It’s a testament to the hard work and collaboration of our talented teams who turned this ambitious goal into reality. Together, we’re advancing towards industrial sustainability and powering a brighter, greener tomorrow.”

This transition highlights VTTI Fujairah’s leadership in adopting sustainable practices while maintaining a focus on operational excellence, paving the way for continued progress in industrial sustainability.

For more information visit www.vtti.com

Flyability, the market leader in confi ned space drone inspections, has announced a new partnership with WinCan, the global leader of smart sewer inspection software. Together, Flyability and WinCan are unveiling a custom integration between Flyability’s Elios 3 drone and WinCan’s Web solution. This will streamline data management, making it possible to convert drone-captured sewer data into industry standard-compliant reports.

Flyability and WinCan have collaborated to create an end-to-end solution. Data from an Elios 3 flight can be uploaded to Flyability Cloud and imported to WinCan Web.

On WinCan Web, inspectors can browse assets and inspections and import key information, including points of interest, images, and videos. This empowers ease of analysis of all relevant data captured by the drone. WinCan Web also offers AI-powered automatic defect coding, streamlining the categorisation of defects or maintenance issues in line with industry-recognised standards. The results can then easily be shared in industry-recognised reports, providing more information than before in a layout professionals are familiar with.

“Our partnership with WinCan is helping us expand the Elios 3’s offering to sewer inspectors. WinCan fulfills the reporting and analytics needs of this industry and together, we’re creating an innovative way to perform safer, faster, and cheaper inspections while getting more details and data than ever before.” – Patrick Thévoz, Flyability CEO and co-founder

“The integration of Flyability Cloud with our WinCan Web Cloud solution marks a milestone in wastewater inspection. With the revolutionary Elios 3 drones, customers can now efficiently capture and analyse data while precisely coding it to comply with country-specifi c wastewater standards. This partnership elevates inspection technology to an entirely new level, saving time, optimising workfl ows, and delivering transformative insights – a true game-changer for the industry!” – Roger Roesselet, sales and business development manager, WinCan AG

This partnership builds upon the value of Elios 3 for sewer inspections. The drone already offers confined space visual inspections and centimetre-accurate georeferenced mapping. WinCan Web’s integration converts the Elios 3 into an

end-to-end solution from data collection to standard-compliant reporting. WinCan supports 30+ observation catalogs, more than any other sewer inspection software, complying with widely recognised protocols that include NASSCO’s PACP, MACP, LACP, and more. This ensures that results from the Elios 3 inspections can be interpreted across different regions and regulatory environments, broadening the reach of Elios 3 data.

The Flyability and WinCan partnership is an important step forward in marking Flyability’s continued growth in the sewer sector. As the applications for the Elios 3 increase and its payloads unlock new opportunities, Flyability is similarly developing its software offerings and partnerships.

This partnership is founded on shared expertise and a desire to provide accurate, comprehensive data safely. This is an exciting step forward in the global effort to digitize sewer networks and create up-to-date records of underground assets. Flyability and WinCan will be hosting a webinar to share more information about the integration and perform a live demo on February 11 at 17:00 CET. Registration is available on the Flyability website.

For more information visit www.flyability.com

The Chemical Business Association, recognised as the voice of the chemical supply chain, has announced the appointment of Alastair Sanderson as its new chief operating officer.

Alastair Sanderson brings over three decades of experience in the chemical industry, following a distinguished career at Unilever within the FMCG sector, specifically focused on Home Care products.

Alastair Sanderson (left) with CEO Tim Doggett (right).

Alastair’s academic journey began with a First-Class Honours degree in Chemistry, followed by a PhD in Physical Chemistry from The University of Salford in 1992. His career at Unilever saw him hold several senior R&D roles, including senior development manager and global technology manager, where he drove innovation and technical excellence.

Notably, Alastair played a key role in the creation of Unilever’s “Carbon Rainbow” initiative, a pioneering framework for managing the carbon provenance across the company’s product formulations. This approach aims to transition towards Net Zero by replacing non-renewable carbon sources with captured CO2 and biogenic alternatives.

Alastair’s contributions to science and innovation have been recognised through his Fellowship of the Royal Society of Chemistry and his designation as a Chartered Chemist.

In his new role at the CBA, Alastair will support CEO Tim Doggett with the organisation’s day-to-day operations. His responsibilities will include strategic planning, performance management, and enhancing the association’s offering to its members.

CEO Tim Doggett commented on the appointment:
“I am delighted to welcome Alastair to the CBA team. His extensive experience and environmental advocacy will be invaluable as we continue to deliver exceptional service and support to our members. Alastair will work closely with me to ensure we maintain the highest standards for our members, introduce innovative services, and expand our membership base. His deep industry knowledge and insights will undoubtedly strengthen our association.”

Speaking about his new role, Alastair Sanderson said:
“I am extremely proud to join the CBA, a highly respected trade association recognised across the chemical supply chain and broader industry as a key resource. I look forward to collaborating with my colleagues to enhance our growing suite of services for members and to represent the interests of the chemical supply chain on a global platform.”

With Alastair’s appointment, the CBA is well-positioned to continue its mission of supporting the chemical supply chain and driving progress in the industry.

For more information visit www.chemical.org.uk

Stolt-Nielsen Limited, through its subsidiary Stolt-Nielsen Gas Ltd., has announced its entry into a share purchase agreement to acquire all shares of Avenir LNG Limited held by Golar LNG Limited and Aequitas Limited. The transaction is expected to close in the first quarter of 2025, subject to the satisfaction of customary closing conditions outlined in the agreement. Upon completion, Stolt-Nielsen Gas Ltd. will hold approximately 94.37 percent of Avenir LNG’s outstanding shares and voting rights.

Avenir LNG is a leader in the small-scale liquefied natural gas sector, with a focus on supporting the marine energy transition. The company operates one of the largest fleets of small-scale LNG vessels, consisting of five modern LNG bunkering ships and two additional vessels currently under construction.

Commenting on the acquisition, Udo Lange, CEO of Stolt-Nielsen Limited, stated:
“I am very pleased to announce this increased investment in Avenir LNG. This strategic move not only strengthens our position in the LNG sector but also underscores our commitment to pursuing more sustainable energy solutions for the maritime, industrial, and power generation markets. I am excited about the possibilities ahead and confident that this partnership will propel us into new avenues of growth and impact.”

Jonathan Quinn, MD of Avenir LNG, remarked:
“Today marks an exciting new chapter for Avenir LNG as we continue to execute our strategy to become the leading small-scale LNG shipping and trading company. On behalf of the entire team at Avenir LNG, I wish to extend my thanks to the founding shareholders whose support and guidance have been instrumental in positioning Avenir LNG at the forefront of the marine energy transition since we launched in October 2018. With the increased support from Stolt-Nielsen Limited, Avenir LNG is well-positioned to act dynamically as we pursue our growth strategy in this burgeoning market.”

Following the completion of the transaction, Stolt-Nielsen Gas Ltd. intends to offer to acquire the remaining shares of Avenir LNG from other shareholders. Additional details about this potential offer will be made available on Avenir LNG’s ticker, AVENIR, on Euronext NOTC.

DNB Markets, a division of DNB Bank ASA, is acting as the financial advisor for Stolt-Nielsen Limited in this transaction.

This announcement contains information classified as inside information under the EU Market Abuse Regulation and complies with disclosure requirements pursuant to MAR Article 17 and Section 5-12 of the Norwegian Securities Trading Act. It was originaly published by Stolt-Nielsen Limited on January 27, 2025.

For more information visit www.stolt-nielsen.com

Vopak Terminal Eemshaven in the Netherlands has achieved an impressive safety milestone: 12 consecutive years free from reportable incidents. This accomplishment reflects the terminal’s unwavering commitment to safety and operational excellence.

Over the past 12 years, the terminal has maintained a spotless record, with no serious injuries to employees or contractors and no spills reported. This remarkable achievement is a testament to the team’s dedication to creating a safe working environment and adhering to stringent safety protocols.

At Vopak, safety is the top priority. The company remains steadfast in its mission to ensure that everyone returns home safely at the end of each working day. Achievements like this highlight Vopak’s commitment to fostering a culture where safety and care are integral to daily operations.

As Vopak continues to support the seamless flow of global trade, the team at Eemshaven exemplifies the company’s vision of setting the highest safety standards. Congratulations to the entire team for this exceptional accomplishment!

For more information visit www.vopak.com

Pilot Chemical Company has announced an exclusive partnership with Kao Corporation to bring Bio IOS® biobased internal olefin sulfonates, a new sustainable surfactant technology, to the North American market. This innovative technology aims to help customers achieve sustainability goals without compromising performance across a wide range of applications, including household, industrial and institutional, and personal care products.

Strategic Collaboration for Sustainability

The partnership will combine Kao’s advanced Bio IOS® technology and commercial-scale feedstock supply with Pilot Chemical’s expertise in the North American market. Under the agreement, Pilot Chemical will serve as the exclusive marketing and sulfonation partner for Bio IOS® technology in the region, with plans to produce the biobased surfactants at commercial scale at its Middletown, Ohio facility.

Mike Clark, CEO of Pilot Chemical Company, expressed enthusiasm about the collaboration:
“Kao has a rich history in the chemical and consumer products industries and provides sustainable and high-quality products and services to consumers around the globe. We are excited to add Kao’s high-performance, sustainable technology to our line of innovative biobased surfactants.”

Daisuke Hamada, Kao’s senior executive officer in charge of chemical business, highlighted the partnership’s potential:
“We are looking forward to partnering with Pilot Chemical Company, a leader with extensive expertise in the North American market, and to amplifying the future of sustainable surfactants through Bio IOS® technology. We are confident that this strategic partnership will foster new innovations and enhance the recognition of Bio IOS® biobased surfactant’s exceptional performance.”

Performance and Applications

Bio IOS® biobased surfactants are designed to deliver superior performance, including excellent water solubility and surface activity. They can serve as primary or secondary surfactants in applications such as laundry detergents, dishwashing liquids, hard surface cleaners, and personal care products.

Commercial Availability

The production of Bio IOS® biobased surfactants is expected to commence at Pilot Chemical’s Middletown facility, with commercial quantities becoming available starting in 2026.

This partnership represents a significant step toward advancing sustainable solutions in the surfactant industry while meeting the evolving demands of customers and consumers for environmentally responsible products.

For more information visit www.pilotchemical.com

ADNOC Gas plc, a leading integrated gas processing company, has announced a $450 million (AED1.653 billion) three-year liquefied natural gas supply agreement with JERA Global Markets Pte. Ltd. This strategic agreement reinforces ADNOC Gas’ role as a reliable global supplier of clean energy while supporting Japan’s energy security.

Under the agreement, LNG will be supplied from ADNOC Gas’ Das Island liquefaction facility, which boasts an annual production capacity of approximately 6 million tonnes. As the world’s third longest-operating LNG plant, Das Island has delivered over 3,500 LNG cargoes globally since its inception, solidifying its status as a key player in the LNG market.

Fatema Al Nuaimi, CEO of ADNOC Gas, highlighted the significance of the deal:
“This agreement builds on the robust UAE-Japan energy relationship and decades of collaboration between ADNOC Gas and JERA, solidifying our shared commitment to ensuring energy security and enabling a lower-carbon future. We will continue to support Japan’s energy needs and reinforce our position as a reliable partner in the global LNG market.”

Kazunori Kasai, chief optimisation officer of JERA Co., Inc. and chairman of JERA Global Markets, echoed this sentiment:
“As a utility-backed trader, JERA Global Markets’ purpose is to provide energy security to the communities that we serve. This supply agreement with our long-standing partner ADNOC Gas reflects the active measures we take to ensure that our global portfolio remains diverse, flexible, and competitive.”

As a lower-carbon energy source, LNG plays an essential role in advancing global efforts toward cleaner energy solutions. This agreement aligns with the sustainability ambitions of both ADNOC Gas and JERA, reaffirming their commitment to promoting energy security and sustainable practices.

ADNOC Gas’ Das Island LNG facilities have supplied LNG to Japanese energy companies for 48 years, underscoring the enduring partnership between the UAE and Japan. This latest agreement builds upon a similar deal signed in 2023, further cementing ADNOC Gas’ position as a preferred LNG supplier to key global markets and enhancing the historic collaboration between the two nations.

For more information visit www.adnocgas.ae

Exolum has announced its participation in SHYNE (Spanish Hydrogen Network), the largest renewable hydrogen consortium in Spain. This ambitious initiative unites 33 organisations to accelerate the energy transition and advance decarbonisation efforts, supported by an investment of €3.23 billion.

SHYNE is designed to foster innovation and progress across the entire hydrogen value chain, from production to end-use applications. The consortium aims to position Spain as a European leader in renewable hydrogen while creating more than 13,000 jobs, contributing significantly to the country’s economic and sustainable growth.

Exolum’s Role in the Transition

As a key player in the consortium, Exolum brings its expertise in logistics and transportation to support the development and deployment of hydrogen infrastructure. The company emphasises the importance of collaboration as a catalyst for innovation and transformation, aligning its efforts with the broader vision of a hydrogen-centred energy future.

By joining SHYNE, Exolum reinforces its commitment to sustainable energy solutions and plays an active role in shaping Spain’s leadership in renewable hydrogen.

For more information visit www.exolum.com

CNOOC Limited has announced its strategic business plan for 2025, focusing on stable capital expenditure, production growth, technological innovation, and green development. The company has set a target to achieve daily net production exceeding 2 million barrels of oil equivalent (BOE), alongside maintaining an annual dividend payout ratio of no less than 45 percent for the next three years.

CNOOC aims to produce 760-780 million BOE in 2025, with approximately 69% of production from China and 31 percent from overseas. The production targets for 2026 and 2027 are set at 780-800 million BOE and 810-830 million BOE, respectively. The company’s net production for 2024 is estimated at 720 million BOE, marking six consecutive years of record growth.

Capital expenditure for 2025 is budgeted at RMB 125-135 billion. Exploration, development, and production will account for 16 percent, 61 percent, and 20 percent of this investment, respectively. CNOOC plans to strengthen its resource base by targeting large and medium-sized oil and gas fields, with exploration efforts focusing on crude oil reserves in China and natural gas development in key regions. Overseas exploration will continue in high-potential areas such as the Atlantic Ocean rim and “Belt and Road” countries, with active drilling in Guyana and Nigeria and seismic surveys in Mozambique and Iraq.

CNOOC has announced several key projects set to come online in 2025. These include the Bozhong 26-6 Oilfield Development Project (Phase I) and Kenli 10-2 Oilfields Development Project (Phase I) in China, as well as international projects like the Yellowtail Project in Guyana and the Buzios7 Project in Brazil.

The company will integrate exploration and development processes to accelerate reserve-to-production conversion. Emphasis will also be placed on technological innovation, with plans to develop intelligent oil and gas fields leveraging the “Hi-Energy” artificial intelligence model.

In line with its commitment to green development, CNOOC will expand offshore wind power, initiate onshore photovoltaic projects, and accelerate green power substitution. The company’s green electricity consumption is expected to exceed 1 billion kWh in 2025, a 30 percent year-on-year increase. Efforts in carbon reduction include incorporating carbon pricing into investment evaluations and advancing regional CCS/CCUS pilot projects.

CNOOC is also prioritising environmental, social, and governance objectives. It has implemented green development and emission reduction policies, engaged in public welfare initiatives, and strengthened corporate governance to support sustainable development.

The company has committed to maintaining a dividend payout ratio of no less than 45 percent from 2025 to 2027, subject to market conditions and shareholder approval. CNOOC aims to balance shareholder returns with its strategic and operational priorities.

CEO’s Statement

Zhou Xinhuai, CEO of CNOOC Limited, stated: “In 2025, we will advance key programmes in increasing reserves and production, technological innovation, and green development to drive high-quality growth. By actively sharing the fruits of development with our shareholders, we will strengthen our value creation capabilities.”

This strategy underscores CNOOC’s efforts to align its operations with sustainable energy development while ensuring robust financial performance and shareholder value.

For more information visit www.cnoocltd.com

Essar Renewables Ltd, a key player in Essar’s green energy initiative, has signed a Memorandum of Understanding with the Government of Maharashtra at the World Economic Forum in Davos. The MoU outlines plans for a significant investment to develop 2 GW of renewable energy capacity, aimed at supporting the state’s green mobility initiatives.

The ₹8,000 crore investment will focus on round-the-clock renewable energy projects, specifically designed to power the electric vehicle truck charging ecosystem of Blue Energy Motors and Greenline. This initiative is expected to create over 2,000 direct employment opportunities, reinforcing Maharashtra’s shift towards sustainable energy and contributing to its economic growth.

The renewable energy projects are set to begin operations in the fiscal year 2026-27.

Commenting on the partnership, Ankur Kumar, CEO of Essar Renewables, expressed enthusiasm for the collaboration: “We are excited to embark on this transformative journey with the Government of Maharashtra. This collaboration represents a crucial milestone in our renewable energy projects and establishes us as a formidable player in the sector.”

Prashant Ruia, director of Essar, highlighted the broader impact of the initiative: “As we navigate the global energy transition, this partnership with the Government of Maharashtra is a critical step in reshaping the future of sustainable energy for green mobility. With our investment in renewable energy and green mobility solutions, we are driving the state’s growth while positioning India as a global leader in the green economy.”

The partnership aligns with Essar Renewables’ long-term vision of achieving over 8 GW of renewable energy capacity within the next five years, reaffirming the company’s commitment to advancing green energy solutions and sustainable development.

For more information visit www.essar.com

Let’s start with some data because, well, safety without stats is like a tanker without brakes -pointless and dangerous.

According to the Health and Safety Executive’s 2023/24 statistics, workers in the UK face a 1 in 200,000 chance of being killed at work. Narrow that down to England, and the odds improve slightly to 1 in 260,000. Why the difference? We’re not going down that rabbit hole today.

Naturally, these odds depend on what you do and, surprisingly, how many birthday candles you’ve blown out. Workers over 65 accounted for 30 of the 138 workplace deaths last year. Shocking? Yes. At that age, most of us prefer reclining chairs over risky endeavours – but apparently, some seniors still like to live life on the edge (literally).

Among the 16 causes of workplace fatalities (yes, there’s even an “Other” category – 5 deaths, in case you’re curious), the big villain is falls from height. This accounted for 50 of the 138 deaths, or 36 percent. To put it bluntly, gravity is winning.

Now, let’s talk height. A fall from just 1 metre can ruin your day – and maybe your life. But in the world of bulk fluid transfer on tanker tops, we’re not dealing with 1-metre falls. We’re talking heights of 3.6 to 4.2 metres (that’s 13’-9” for the imperial-minded), where a worker has just under a second to reflect on their life choices before hitting the ground at 32.6 km/h (20.28 mph). Cheery, right?

And it’s not just the height. Let’s not forget the workers themselves – average height, 1.65 to 1.93 metres, weighing 75 to 110 kg. A gap of more than 30 cm (12”) in their work environment becomes a perfect fall-through point. That’s not a design feature; that’s a safety nightmare.

Now, before we dive into solutions, let’s take a quick break for some visual reality. Here’s a picture that shows exactly what NOT to do when working on tanker tops.

The Scene of the Crime: 6 Major Safety Concerns

1. The Folding “Safety” Stairs
   These stairs have seen better days. They’ve been dragged, bent, and generally mistreated, leading to misaligned bearings and an eventual catastrophic failure waiting to happen. Oh, and that last step? It’s a 35 cm leap of faith to the tanker top. Not cool.
2. The Lifeline
   Sure, the lifeline stops a fall, but that’s the bare minimum. What happens if the worker is knocked unconscious? Hanging in a harness isn’t just uncomfortable – it’s dangerous. (Look up “Orthostatic Suspension” for a chilling read.)
3. Tanker Top Hazards
   Picture this: A worker stepping down onto a manhole cover, loose hose, and a T-bar wrench. It’s like an obstacle course designed by someone with a grudge.
4. The Drip Bucket
   This drip bucket might be functional, but it’s hogging precious space in an already cramped area.
5. Trip Traps
   A random ladder and a coil of hose are just begging to trip someone. Why are they even there?
6. The Loading Arm
   The arm design and positioning are off. Inserted at an angle into the manhole, it creates gaps, making vapour return ineffective. Worse, the tanker is parked too close to the platform, thanks to limited arm reach.

The Big Question: How Do You Fix This?

Preventing falls from tanker tops isn’t just about adding safety cages or harnesses – it’s about rethinking the entire operation:

• Why does the worker need to be on the tanker top? Can the process be redesigned to avoid it?
• How can you eliminate trip hazards, reduce manual effort, and improve ergonomics?
• Is your equipment designed to prioritise safety while being practical to use?

At Carbis Loadtec, we’ve spent decades answering these questions with real solutions. Our motto, YOUR SAFETY, OUR MISSION, isn’t just a tagline – it’s the foundation of everything we do.

Unlike some suppliers who slap on the cheapest “solution” and call it a day, we go deeper. From assessing gaps in safety cages to ensuring loading arms are positioned for maximum safety and efficiency, we leave no stone unturned.

Take the Safe Route

Falls from tanker tops aren’t just statistics – they’re real risks with real consequences. If you’re responsible for tanker-top operations, don’t settle for quick fixes that create bigger problems.

Call us for a professional assessment. We’ll help you design the safest, smartest solution for your workers – because gravity doesn’t take a day off, and neither should safety.

*Source: Health and Safety Executive, published 3rd July 2024.

For more information visit www.carbisloadtec.com

Chevron Corporation has announced that Tengizchevroil LLP, its 50 percent-owned affiliate, has commenced oil production at the Future Growth Project in the Tengiz oil field, Kazakhstan.

The FGP is the third processing plant at the Tengiz oil field and significantly expands sour gas injection capacity. Once fully operational, the project is expected to increase production by 260,000 barrels per day, boosting total output to approximately one million barrels of oil equivalent per day. This achievement follows the completion of the Wellhead Pressure Management Project in 2024, which was designed to optimise field operations and enhance processing efficiency.

“First oil at the Future Growth Project is the latest in a series of development milestones, including in the Gulf of Mexico and the Permian, that are expected to significantly increase free cash flow to the company and deliver value for Chevron shareholders,” said Mark Nelson, Chevron vice chairman.

A Key Milestone for Tengiz and Kazakhstan
The Tengiz oil field, located in western Kazakhstan, is recognised as the world’s deepest producing supergiant oil field and the largest single-trap producing reservoir globally. The FGP marks the culmination of a multiyear effort to modernise the field’s gathering and processing systems.

“This milestone concludes a multiyear project that completely revamped the gathering and processing capacity of one of the world’s largest oil fields, providing significant economic benefit to the Republic of Kazakhstan,” said Clay Neff, president of Chevron International Exploration & Production. “This accomplishment was made possible through our strong partnerships with Kazakhstan, our contractors, and the local workforce.”

Upgraded Infrastructure for Long-Term Output
The combined FGP and WPMP developments have significantly enhanced the Tengiz field’s infrastructure. Key upgrades include:

• Installation of five Frame 9 gas turbine generators for power supply.
• Addition of four large compression trains with increased pumping capacity.
• A new centralised control centre.
• Enhanced sour gas handling and reinjection systems for long-term pressure maintenance.

About Tengizchevroil LLP (TCO)
TCO is a Kazakhstani partnership comprising Chevron (50 percent), KazMunayGas (20 percent), ExxonMobil (25 percent), and Lukoil (5 percent). The partnership’s work at the Tengiz oil field exemplifies collaboration between international and local stakeholders to achieve strategic energy goals for Kazakhstan while delivering global energy solutions.

For more information visit www.chevron.com

Mabanaft has announced plans to develop methanol storage capabilities at its Blumensand terminal to facilitate the import and distribution of low-carbon methanol in northern Germany. This initiative aligns with the company’s commitment to supporting its customers’ transition to greener alternatives. The demand for methanol is expected to grow across various sectors, including shipping, transportation, and the chemical industry.

The project involves a multi-million-euro investment, with retrofitting of tanks scheduled to begin in mid-2025 and methanol storage operations expected to start in 2027. Mabanaft will import, store, and distribute the methanol within Germany and potentially to other markets. The project is subject to approval by the Hamburg Authority of Environment, Climate, Energy and Agriculture (BUKEA), with the application process initiated in January 2024.

Photo Copyright: Mabanaft

Two-Stage Conversion of Tanks
The project will retrofit four tanks with a total capacity of approximately 20,000 cubic metres. The conversion will occur in two phases: the first two tanks are planned for completion by mid-2026, followed by the remaining tanks in 2027.

Low-Carbon Methanol Solutions
Mabanaft is collaborating with existing and new customers to develop decarbonised fuel solutions, including various types of low-carbon methanol. These include:

• E-methanol, synthesised using renewable electricity and captured CO2.
• Biomethanol, produced from biomass.
• Blue methanol, derived from natural gas with carbon capture and storage.

“These solutions cater to regional legislation and customer preferences, helping to address decarbonisation challenges,” explained Joost Vespermann, business developer in Mabanaft’s Sustainable Fuels division.

Shipping: A Key Market for Methanol
Methanol is a critical option for sustainable fuels in the shipping industry. Oleksandr Siromakha, Head of Sustainable Fuels at Mabanaft, stated, “In the shipping industry, there is no single solution for sustainable fuels. That’s why we are committed to offering a diverse range of options tailored to our customers’ needs, including bio-blends, hydrogen, ammonia, and methanol.” He emphasised the company’s role in simplifying the transition by making alternative fuels more accessible.

Mabanaft is already aiding cruise lines and other marine sector players in adopting methanol, while also targeting other transportation sectors and the chemical industry. In January 2024, the company signed a letter of intent to supply green methanol to TUI Cruises, further demonstrating its commitment to supporting decarbonisation.

For more information visit www.hafen-hamburg.de

The Tank Storage Association, the national trade association representing the interests of the bulk storage and energy infrastructure sector, is delighted to announce that Storage Terminals Magazine, Tank Storage Magazine, Fuel Oil News and Tanks & Terminals are the official media partners of the 2025 edition of the Tank Storage Conference and Exhibition.

The Tank Storage Conference and Exhibition, the UK’s leading annual event for the bulk storage and energy infrastructure sector, will return to the Coventry Building Society Arena on 18^th September 2025 with a programme featuring insightful presentations and discussions led by leading experts from government, the regulators and industry and over 60 top-tier exhibitors showcasing an extensive array of products and services.

Peter Davidson, CEO of the Tank Storage Association, said: “We are delighted to announce this year’s official media partners for the Tank Storage Conference and Exhibition and are incredibly grateful for their support. Our flagship annual conference brings together professionals from across the bulk storage sector and beyond for a day of thought-provoking discussions, networking and knowledge exchange. This year’s event will once again feature distinguished panellists and speakers sharing their expertise and insights to inspire, innovate, and drive our industry forward. Our official media partners play a crucial role in amplifying the impact of this important event for our sector and we are looking forward to welcoming them in September.”  

For more information www.tankstorage.org.uk

Vopak Vlaardingen, located in the Port of Rotterdam, has commissioned a new 10-megawatt electric boiler (e-boiler) to support its sustainability initiatives and contribute to the energy transition in the Netherlands. The e-boiler is a key milestone for the terminal, which specialises in the storage of vegetable oils, fats, and feedstocks for biofuels.

Walter Moone, president of Vopak Netherlands, expressed gratitude for the collaboration behind this achievement, stating, “Vopak’s infrastructure plays an important role in the Netherlands, both in terms of energy security and in the energy transition. With this e-boiler, we can fulfil our role in a more sustainable way. We would like to thank everyone involved, both inside and outside Vopak, who helped make this happen.”

The e-boiler, powered by green electricity since 2021, enables CO2-neutral operation and significantly reduces environmental impact. Approximately 3,500 tons of CO2 are saved annually, equivalent to the gas consumption and emissions of about 2,000 households. This innovation allows many of the terminal’s stored products, which require heating for transport, to be processed more sustainably.

The terminal’s efforts align with its broader sustainability ambitions. In 2023, 16 new tanks were installed to store waste-based vegetable and animal raw materials used in the production of biodiesel and sustainable aviation fuel. With growing demand for sustainable fuels in Europe, Vopak Vlaardingen is positioning itself as a key player in supporting this transition.

Beyond CO2 reduction, the e-boiler alleviates pressure on the national electricity grid. It operates at full capacity during periods of surplus wind and solar energy, storing heat for later use and making efficient use of renewable energy.

Koen Kegel, alderman at the Municipality of Vlaardingen, inaugurated the e-boiler in a festive ceremony. He praised the company’s commitment to sustainability, stating, “The municipality of Vlaardingen is proud of companies like Vopak that take responsibility for reducing their own CO2 emissions. The new electric boiler plays a major role in this. This innovation saves an amount of gas that is equivalent to the consumption of thousands of households.”

With the introduction of the e-boiler, Vopak Vlaardingen reaffirms its dedication to supporting both the local community and the global energy transition, setting an example for sustainable operations in the energy storage sector.

For more information visit www.vopak.com

Arrow Energy CEO Zhengxin Peng has announced the signing of a significant, multi-year contract valued at nearly $100 million with Silver City Drilling on LinkedIn. This partnership will deliver hundreds of new wells as part of Arrow Energy’s ongoing Surat Gas Project, marking another milestone in the company’s commitment to advancing energy production in the region.

Silver City Drilling, an Australian company with extensive experience and strong ties to the Surat Basin, has been selected for the project. The contract is expected to generate up to 12 local jobs and contribute more than $1.5 million annually to the region’s economy, providing a welcome boost to local communities.

Zhengxin Peng shaking hands with Viv Oldfield

Since the Surat Gas Project commenced in late 2020, Arrow Energy has brought over 275 wells online, increasing gas production to an impressive 250 terajoules per day – enough to power approximately 1.7 million homes daily. The new agreement with Silver City Drilling will enable the development of an additional 450 wells in the coming years, including 250 wells as part of the Surat Gas Project North expansion northeast of Miles.

Zhengxin Peng expressed enthusiasm for the collaboration, stating, “I look forward to working with Viv Oldfield and the team at Silver City Drilling to progress this exciting next phase of our Surat Gas Project.”

This development reflects Arrow Energy’s continued commitment to driving local economic growth while supporting Australia’s energy needs.

For more information visit www.arrowenergy.com.au

This year marks a remarkable milestone for the ConocoPhillips-operated Teesside Oil Terminal in the United Kingdom, as it celebrates 50 years of service. Renowned for its exceptional reliability and unwavering commitment to safety, the terminal has been a cornerstone of energy operations since its inception.

The journey began on 19 October 1975, when the first volumes of oil were transported through the 354-kilometre Norpipe Oil subsea pipeline from the Ekofisk field on the Norwegian shelf, across the North Sea, to the Teesside Oil Terminal on England’s northeastern coast. Over the decades, additional oil and gas fields from Norway and the UK have contributed to the Ekofisk blend, which the terminal processes, stores, and loads onto tankers with an impressive 99.99 percent uptime.

Situated at Seal Sands in Middlesbrough, the Teesside Oil Terminal has built a legacy of environmental excellence, earning recognition for its high standards in environmental management. The terminal’s diligence in monitoring, measurement practices, and cooperation with regulatory agencies underscores its commitment to sustainability.

Lee Murray, general manager at ConocoPhillips Holdings Ltd., highlighted the terminal’s significance, stating, “We are proud of our legacy and performance. Our reliability at the terminal is key to energy security.”

The site’s dedication to safety has also been a hallmark of its operations. Simon Leach, Health, Safety, Environment, and quality manager, emphasised this commitment, stating, “Our top priority is achieving zero injuries, ensuring everyone returns home safely. We are dedicated to upholding our high safety standards and fostering a secure, productive environment for everyone.”

The terminal is home to approximately 260 employees and hosts around 300 contractors, with a daily workforce of about 500 people on-site. An additional 60 employees operate from the Wynyard office. Together, these teams manage the flow of volumes from offshore fields, oversee separation and stabilisation processes, and handle crude oil storage in nine tanks, each with a capacity of 640,000 barrels. They also coordinate offloading operations at the port’s jetty area, ensuring seamless transport of oil and natural gas liquids onto tankers.

Employees like Aaron Stallard exemplify the terminal’s emphasis on professional growth. Stallard began his career as an instrument and analyser technician after completing an apprenticeship. Balancing work and education, he earned a bachelor’s degree in electrical and electronic engineering before transitioning into leadership roles. Currently, he serves as project lead for schedule execution and budgets while pursuing a master’s degree in process safety and loss prevention. Reflecting on his journey, Stallard said, “I’m proud to work for a company focused on professional development and contribute to projects that transform and future-proof operations at Teesside.”

As the terminal looks to the future, it is nearing the completion of a state-of-the-art control room, replacing the on-site facility that has served for nearly five decades. Anne Willis, U.K. human resources manager, highlighted the upgrade, saying, “The new building, with its state-of-the-art control room, office, and meeting space, along with an improved social area, provides for a fantastic work environment. This upgrade reflects our commitment to continuous improvement and sets the stage for future success.”

With a legacy of excellence spanning five decades, the Teesside Oil Terminal continues to play a pivotal role in energy operations, combining innovation, reliability, and sustainability as it prepares for the next chapter in its history.

For more information visit www.conocophillips.com