PIL completes its first simultaneous LNG bunkering and loading operation
The simultaneous working mode reduces docking times and emissions generated during the stay in port.
The simultaneous working mode reduces docking times and emissions generated during the stay in port.
The companies agree that access to renewable fuels is essential to ensure energy security and industrial competitiveness.
The objective is to supply all branches of the U.S. military with domestic production.
By using load storage with multiple degrees of freedom, specific parameters were evaluated to ensure structural stability and energy efficiency in real scenarios.
The agreement will offer shipowners in the region a bunkering option that reduces the carbon footprint without compromising efficiency or logistics.
The cryogenic test consisted of cooling the tank to -196 °C with liquid nitrogen and gradually increasing the internal pressure to 330 bar.
The operation secures 130 MW in Alentejo with financing structure led by MUFG EMEA.
The transaction has set the trend in asset optimization through joint ventures that maximize operational efficiency in oil wells.
The goal is to complete the landing and liftoff test of the Lanyue lander for its 2030 manned lunar mission with Mengzhou and Grand March 10.
The company expands its coverage in strategic onshore projects and diversifies its scope to production and renewable energy services.
The project model is replicable for other mines and industries with water bodies, integrating environmental sustainability with economic viability.
Biofilm reactors transform industrial gases into green methane with a purity of more than 96% and high resistance to pollutants.