An electrical fault has forced Karoon to throttle back a key well, slashing production outlook and putting a rig-based intervention on the table.
This expansion will boost the overall production to 6 billion cubic meters per annum of gas and 47,000 barrels per day of condensate.
TotalEnergies aims to keep its oil equivalent production steady at around 3 million barrels per day through 2035.
Trinidad and Tobago’s energy sphere sees a surge of activity, as NGC locks in gas deal pair and Shell’s new platform leaves the yard.
Positioned to bolster Europe’s energy security, a multibillion-euro gas project is rapidly advancing toward its launch.
With this expansion move, production capacity at Shell's facility is set to jump to 28 million tons per annum (mtpa) by the early 2030s.
Positioned to bolster Europe’s energy security, a multibillion-euro gas project is rapidly advancing toward its launch.
With this expansion move, production capacity at Shell's facility is set to jump to 28 million tons per annum (mtpa) by the early 2030s.
Trinidad and Tobago’s energy sphere sees a surge of activity, as NGC locks in gas deal pair and Shell’s new platform leaves the yard.
With this expansion move, production capacity at Shell's facility is set to jump to 28 million tons per annum (mtpa) by the early 2030s.
The American Bureau of Shipping (ABS), a classification society, has handed out approval in principle (AIP) for a multi-purpose fuel tank and fuel gas supply system design that enables a liquefied natural gas (LNG) carrier (LNGC) to shift from LNG to ammonia fuel without replacing the fuel tank or f
With this expansion move, production capacity at Shell's facility is set to jump to 28 million tons per annum (mtpa) by the early 2030s.
The American Bureau of Shipping (ABS), a classification society, has handed out approval in principle (AIP) for a multi-purpose fuel tank and fuel gas supply system design that enables a liquefied natural gas (LNG) carrier (LNGC) to shift from LNG to ammonia fuel without replacing the fuel tank or f
Japan’s MODEC and Eld Energy, a Norwegian fuel cell system company, have cleared a key milestone in the new technology qualification (NTQ) process from the American Bureau of Shipping (ABS), advancing their solid oxide fuel cell (SOFC) power system toward deployment on operating floating production,
Following the completion of pre-engineering studies (pre-FEED), the BarMar hydrogen pipeline project, which will connect Spain and France, is entering the front-end engineering design (FEED) phase, set to confirm the technical viability and final design of the subsea infrastructure. BarMar is a 400-
PosHYdon, the first project in the world to combine offshore wind power, hydrogen production, and natural gas production at sea, has started the production of green hydrogen on an operational offshore platform in the North Sea. The Q13a-A platform, operated by Eni Energy Netherlands, is located appr
Höegh Evi, a Norwegian owner and operator of liquefied natural gas (LNG) carriers and floating storage and regasification units (FSRUs), and Nord Gas Solutions, formerly Wartsila Gas Solutions, have wrapped up the performance testing of their ammonia-to-hydrogen cracking technology for floating hydr
Japan’s MODEC and Eld Energy, a Norwegian fuel cell system company, have cleared a key milestone in the new technology qualification (NTQ) process from the American Bureau of Shipping (ABS), advancing their solid oxide fuel cell (SOFC) power system toward deployment on operating floating production,
Following the completion of pre-engineering studies (pre-FEED), the BarMar hydrogen pipeline project, which will connect Spain and France, is entering the front-end engineering design (FEED) phase, set to confirm the technical viability and final design of the subsea infrastructure. BarMar is a 400-
PosHYdon, the first project in the world to combine offshore wind power, hydrogen production, and natural gas production at sea, has started the production of green hydrogen on an operational offshore platform in the North Sea. The Q13a-A platform, operated by Eni Energy Netherlands, is located appr
Höegh Evi, a Norwegian owner and operator of liquefied natural gas (LNG) carriers and floating storage and regasification units (FSRUs), and Nord Gas Solutions, formerly Wartsila Gas Solutions, have wrapped up the performance testing of their ammonia-to-hydrogen cracking technology for floating hydr
A consortium of Global OTEC, a UK-based pioneer in ocean thermal energy conversion (OTEC) development, and the Oceanic Platform of the Canary Islands (PLOCAN) has been selected to study a site in the Bahamas for OTEC. This has been requested by the Government of the Bahamas to provide an evidence ba
Carnegie Clean Energy has completed the foundation structures of the scaled CETO wave energy unit in preparation for deployment at Biscay Marine Energy Platform (BiMEP) as part of the ACHIEVE Programme. CETO is a fully submerged, point absorber-type wave energy technology device. A submerged buoy si
The first fully operational, pre-permitted and grid-connected wave energy test facility in the continental U.S. has opened for business. Officially opened on August 27, PacWave South is located off the coast of Newport, Oregon, and has been developed through the collaboration of the U.S. Department
Australian ocean energy developer Carnegie Clean Energy has put a newly opened U.S. wave energy test facility on its list of potential sites for a future demonstration of its wave energy converter technology designed to convert energy from ocean waves into electricity, as the company progresses its
Eco Wave Power’s U.S. subsidiary has entered into an agreement with Germany-based AI engineering to develop an AI-powered digital twin platform for its wave energy technology. The companies have begun Phase 1 of the Eco Wave Power – Digital Twin & Energy-Aware Computing project, combining advanced p
Carnegie Clean Energy has completed the foundation structures of the scaled CETO wave energy unit in preparation for deployment at Biscay Marine Energy Platform (BiMEP) as part of the ACHIEVE Programme. CETO is a fully submerged, point absorber-type wave energy technology device. A submerged buoy si
The first fully operational, pre-permitted and grid-connected wave energy test facility in the continental U.S. has opened for business. Officially opened on August 27, PacWave South is located off the coast of Newport, Oregon, and has been developed through the collaboration of the U.S. Department
Australian ocean energy developer Carnegie Clean Energy has put a newly opened U.S. wave energy test facility on its list of potential sites for a future demonstration of its wave energy converter technology designed to convert energy from ocean waves into electricity, as the company progresses its
Eco Wave Power’s U.S. subsidiary has entered into an agreement with Germany-based AI engineering to develop an AI-powered digital twin platform for its wave energy technology. The companies have begun Phase 1 of the Eco Wave Power – Digital Twin & Energy-Aware Computing project, combining advanced p
Noble Corporation's 13-year-old drillship has lined up a multi-well assignment off the coast of Ghana.
The first fully operational, pre-permitted and grid-connected wave energy test facility in the continental U.S. has opened for business. Officially opened on August 27, PacWave South is located off the coast of Newport, Oregon, and has been developed through the collaboration of the U.S. Department
Flex2Future, a Norwegian technology company developing floating offshore energy systems that combine wind, wave and solar power on a single platform, has wrapped up an extensive model testing campaign in Norway, putting its floating wave, wind and solar energy platform concept through simulated offs
A £150 million (around €175.6 million) extreme environment center capable of simulating currents, waves and wind is planned to be built in the UK, enabling the testing of technologies in realistic simulated conditions for the subsea and offshore wind markets, among other things. Being developed by N
Trinidad and Tobago’s energy sphere sees a surge of activity, as NGC locks in gas deal pair and Shell’s new platform leaves the yard.
With this expansion move, production capacity at Shell's facility is set to jump to 28 million tons per annum (mtpa) by the early 2030s.
