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Former SBM Offshore CEO joins Yinson Production board

Malaysia’s Yinson Production, a subsidiary of Kuala Lumpur-based energy infrastructure and technology company Yinson, has appointed a former Chief Executive Officer (CEO) of the Netherlands-headquartered SBM Offshore to its board of directors to reinforce its growth strategy. The post Former SBM Offshore CEO joins Yinson Production board appeared first on Offshore Energy.

ABB technology selected for SwitcH2’s floating green ammonia production vessel

Swiss technology company ABB has signed a term sheet agreement with Dutch renewable energy company SwitcH2 to engineer and supply automation and electrification solutions for SwitcH2’s floating production, storage and offloading (FPSO) unit dedicated to producing green ammonia from green hydrogen. The post ABB technology selected for SwitcH2’s floating green ammonia production vessel appeared first on Offshore Energy.

Consolidation continues across oil & gas realm as Sintana makes a play for Challenger

Canada-headquartered oil and natural gas exploration player Sintana Energy has put the wheels in motion to spread its wings to Uruguay’s oil and gas arena by bringing into its fold Challenger Energy Group (CEG), the Isle of Man-headquartered oil and gas company. The post Consolidation continues across oil & gas realm as Sintana makes a play for Challenger appeared first on Offshore Energy.

Tokamak Energy partners with Gauss Fusion to advance commercial fusion and helium | Technology Gas News

Private UK company Tokamak Energy has signed a strategic collaboration with European green tech firm Gauss Fusion that will aim to advance transformative high temperature superconducting (HTS) magnets and accelerate commercial fusion technology. Gauss Fusion is among the leaders in the industrialisation of fusion energy – having announced a series of tie ups with Italy, Spain, Germany, and France in July – while Tokamak Energy’s business division TE Magnetics has expertise in HTS technology. A commercial fusion plant would be fuelled using two isotopes of hydrogen – deuterium and tritium. The fuel would be heated to form a plasma – that is, an ionised gas comprised of charged particles which can be confined and controlled by powerful magnetic fields. When superheated, the deuterium and tritium combine to produce helium and neutrons, releasing enormous amounts of… Read More »Tokamak Energy partners with Gauss Fusion to advance commercial fusion and helium | Technology Gas News