Petrobras on agreement with Shell

Petróleo Brasileiro S.A. - Petrobras announces that its CEO Jean Paul Prates, and Wael Sawan, Shell´s CEO, signed today a Memorandum of Understanding, during CERAWeek, in Houston, in order to encourage discussion and collaboration between the companies. The companies will work together on identifying potential upstream opportunities, sharing experience and best practices on reducing carbon... Continue Reading →

Yinson Partners with AVEVA to Develop Fully Autonomous FPSOs

Malaysian FPSO provider Yinson has partnered up with industrial software firm AVEVA to enable Yinson to develop "fully autonomous and sustainable" Floating Production Storage and Offloading (FPSO) solutions. "AVEVA’s software, in combination with [Yinson's] FPSO expertise and extensive data sets, will enable [Yinson] to operate its FPSO with minimal human involvement, and with a vision for... Continue Reading →

Belgian Firms Unveil Harsh-environment Offshore Floating Solar Tech

(OE) The Belgian companies DEME, Tractebel, and Jan De Nul on Wednesday introduced a new harsh-environment offshore floating solar technology called SEAVOLT. According to the three firms, SEAVOLT technology (patent pending) can withstand harsh offshore conditions while creating large surfaces that are protected from the waves.  "The modular design allows for easy adaptation to different... Continue Reading →

Petrobras on Offshore Wind agreement with Equinor

Petróleo Brasileiro S.A. – Petrobras informs that it has signed with Equinor a letter of intent, expanding on the cooperation between the companies, so that they can assess the technical, economic and environmental feasibility of seven offshore wind power generation projects off the Brazilian coast. These will have the potential to generate up to 14.5... Continue Reading →

Subsea7, Siem Offshore, and Kongsberg take aim at floating offshore wind

Subsea7, Siem Offshore, and Kongsberg Maritime have signed a Memorandum of Understanding to jointly look at optimisation of marine operations for floating wind projects. The main objective of the study is to identify gaps in capabilities of existing marine operation methodologies and equipment, to enable robust and efficient execution of large-scale floating wind developments planned... Continue Reading →

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