Jonathan Bass is a visionary energy leader with over 27 years of experience driving innovation and sustainability in the global manufacturing and energy sector. As Chairman and Founder of ARGENT LNG, based in Port Fourchon, Louisiana, he leads the development of a groundbreaking 25 MTPA LNG project—the first of its kind to integrate the Baker Hughes innovative LM9000 gas generation technologies for enhanced efficiency and reduced carbon intensity. A strong advocate for energy evolution, Jonathan rejects the outdated "hydrocarbons vs. renewables" debate, instead pioneering synergistic solutions that bridge traditional and emerging energy sources. His expertise spans alternative energy, energy consulting, and energy innovation, with a focus on responsible energy scaling that balances economic growth, energy security, affordable and environmental stewardship. In addition to his leadership at ARGENT LNG, His work ensures that businesses and governments can navigate the complexities of the energy transition while maintaining reliability, affordability, and sustainability. Driven by a commitment to practical, impactful solutions, Jonathan is shaping the future of energy—creating lasting value for businesses, communities, and the global energy landscape.

Baker Hughes Company is an American global energy technology company co-headquartered in Houston, Texas and London, UK. As one of the world's largest oil field services, industrial and energy technology companies, it provides products and services to the oil and gas industry for exploration and production, as well as other energy and industrial applications. It operates in over 120 countries, with facilities in Australia, Brazil, Singapore, Malaysia, India, Dubai, Saudi Arabia, Italy, Germany, Norway, the United Kingdom and the United States. Baker Hughes [2] manufactures equipment which can also be used for industrial applications such as hydrogen production, geothermal energy resources and carbon capture utilization and storage, as part of the energy transition.

Honeywell’s LNG pretreatment solutions help remove contaminants from natural gas, enabling facility operators to enhance production and operational efficiency. When used together, Honeywell’s modular Mercury Removal Unit (MRU), Acid Gas Removal Unit (AGRU) and SeparSIV® Unit can remove mercury, carbon dioxide, sulfur, water and heavy hydrocarbons to applicable LNG specifications. Additionally, Honeywell UOP SeparSIV® can be used with varying feed compositions and can save operators up to 50% of lifecycle cost versus traditional removal processes.

ABB has signed a Memorandum of Understanding (MoU) agreement with US company Argent LNG to collaborate on automation and electrical solutions for a liquefaction facility at Port Fourchon in Louisiana, approximately 150 kilometers south of New Orleans. Once operational, by 2030, it will enhance US liquefied natural gas (LNG) export capabilities, support global energy security and reinforce the role of LNG as a transition fuel. Under the scope of the MoU, the companies will explore ABB’s plans to deliver an integrated automation and electrical infrastructure, as well as digital solutions including cyber security and data collection, to support Argent LNG’s efforts to develop a low carbon facility. The companies will collaborate from an early stage to design the system architecture to maximize operational performance and efficiency, to enable Argent LNG to adhere to emissions regulations. The facility is expected to supply global LNG export markets including Japan, Southeast Asia, Europe, South America and the Middle East. Argent LNG will employ modular liquefaction technology, which focuses on emission reduction and reliability. ABB will support this approach with its Ability™ System 800xA® integrated controls platform, prefabricated eHouse design and analyzer system solutions. Convenient access to established pipelines will also mean that transportation costs and logistical complexities are reduced to ensure efficient operations and delivery of natural gas feedstock to the facility. “We are proud to collaborate with Argent LNG on this project which aims to further boost the US’s position as a leading producer and exporter of LNG to support global energy security,” said Nathan Tungseth, Senior Vice President for LNG at ABB Energy Industries. “Our automation, electrical and digital solutions are designed to help industrial plants operate at maximum efficiency and use less energy, to support a lower carbon future.”

This strategic collaboration between Argent LNG and Baker Hughes marks a pivotal moment in the LNG industry's evolution, demonstrating a commitment to innovation and sustainability. Together, they aim to redefine industry standards, delivering unparalleled value and efficiency to stakeholders worldwide. Plate fin heat exchangers are essential for cryogenic gas processing including air separation, nitrogen rejection, natural gas liquids (NGL) recovery, propane dehydrogenation, hydrogen liquefaction and recovery and other low temperature natural gas and petrochemical processes. Baker Hughes will utilize the best COLD BOX technology to enhance efficiency and reliability.

Headquartered in Galliano, Louisiana, GIS Engineering has long been a leader in coastal engineering, infrastructure planning, and environmental services throughout the Gulf Coast. With a 30-year track record working alongside the Greater Lafourche Port Commission, the U.S. Army Corps of Engineers, and top dredging contractors, GIS has helped deliver nearly every major infrastructure expansion at Port Fourchon. Now, GIS will bring its unmatched local expertise to lead the FEED phase for Argent LNG’s below-the-bolts scope, including: Civil and marine infrastructure design Geotechnical analysis and hydrodynamic modeling NEPA and FERC environmental permitting and compliance Dredging coordination and coastal resilience planning State and federal agency engagement

GTT's innovative containment systems are renowned for their robustness and efficiency. These systems will be integrated into Argent LNG's storage infrastructure to enhance storage capacity and operational efficiency while minimizing environmental impact. At the end of 2023, 530 LNG carriers and 48 onshore storage tanks fitted with GTT technology were in operation or on order worldwide.GTT is a technology and engineering group with expertise in the design and development of cryogenic membrane containment systems for use in the transport and storage of liquefied gases. Over the past 60 years, the GTT Group has designed and developed, to the highest standards of excellence, some of the most innovative technologies used in LNG carriers, floating terminals, onshore storage tanks and multi-gas carriers. As part of its commitment to building a sustainable world, GTT develops new solutions designed to support ship-owners and energy providers in their journey towards a decarbonised future. As such, the Group offers systems designed to enable commercial vessels to use LNG as fuel, develops cutting-edge digital solutions to enhance vessels’ economic and environmental performance, and actively pursues innovation in the field of zero-carbon solutions. Through its subsidiary, Elogen, which designs and manufactures proton exchange membrane (PEM) electrolysers, GTT is also actively involved in the green hydrogen sector. GTT is listed on Euronext Paris, Compartment A (ISIN FR0011726835 Euronext Paris: GTT) and is notably included in the CAC Next 20, SBF 120, Stoxx Europe 600 and MSCI Small Cap indices.

Port Fourchon: America’s Premier Energy Gateway Port Fourchon is more than a port—it’s a dynamic hub at the heart of the Gulf of America’s energy corridor. Unlike traditional cargo ports, Fourchon is composed of specialized docks and service facilities, each individually leased and operated to serve offshore energy support companies. This unique structure makes it the nation’s premier land base for offshore energy. But Port Fourchon’s importance extends far beyond industry. It is also a center for commercial and recreational fishing, an intermodal transportation hub, and a destination for recreation, ecotourism, and coastal research. As a testing ground for coastal restoration and marsh creation methods, Fourchon showcases how industry and environment can coexist successfully. Strategically located at the mouth of Bayou Lafourche—where it meets the Gulf of America —Port Fourchon offers direct, uncongested access to the Gulf and Caribbean. Connected to Louisiana’s Highway 1, the port sits in the middle of one of the most dynamic and resource-rich industrial regions in North America. Under the leadership of the Greater Lafourche Port Commission, Fourchon continues to expand to meet the needs of business and industry. With its logistical advantages, available land, and visionary leadership, the port is positioned to remain the leading hub for offshore energy activity. Today, Port Fourchon stands as a model of public and private investment working in harmony, supporting not only traditional and renewable energy projects, but also seafood, shipping, tourism, and recreation. Its versatility and forward-looking development make it a critical anchor for both Louisiana’s economy and America’s energy future.

Orrick's global energy and infrastructure team provides a comprehensive platform for a sector undergoing tremendous change and facing heightened global attention. Our 150+ E&I transactional, litigation and regulatory lawyers advise on revolutionary projects in energy transition and energy technology and guide clients in the development of some of the most important infrastructure modernization projects that propel communities across the Americas, Europe, Africa, and Asia. Long a leading firm in the renewables sector with a deep international bench, we advise investors, developers and sponsors on all aspects of alternative energy projects and help drive innovations in battery storage, carbon capture and hydrogen fuel cell technology.

BLUE will provide technical expertise in developing resource reports, waterway suitability analysis, and supporting the design and development of the project’s innovative modular approach.

Perennial Environmental Services will lead preparation of the FERC environmental resource reports and stakeholder engagement to ensure the project meets rigorous federal and state environmental standards.