This vessel is equipped with Caterpillar engines, which generate a total of 6770 horsepower, meeting current low emission standards.
Such integration of energy infrastructure and environmental preservation sets the new standard in offshore wind farm design.
This development adds to the X-Range family, a range that allows manufacturers to integrate hybrid or combustion technology into 100% electric platforms with minimal modification.
The new fuel cell system reduces its volume by 25%, increases power density and integrates easily into future vehicle architectures.
Immediate technical efforts are focused on three objectives: resource conversion by drilling, permitting of the deeper zones and metallurgical validation of the ore.
The technology operates at speeds in excess of 60 km/h and has the ability to optimize performance according to topography and environmental conditions.
Pipeline retrofitting is one of the most efficient solutions for developing the hydrogen infrastructure needed for the future.
The collaboration between Wison New Energies and the Turkish Petroleum Corporation marks a decisive stage in Turkey's energy expansion in the Black Sea.
The infrastructure will transport up to 2.5 billion cubic feet per day of natural gas 450 miles from the Permian Basin in Texas to the Katy area.
By eliminating carbon emissions on high industrial traffic routes, the Yara Eyde becomes a strong proof positive.
Expansion and growth has been driven by the intensive development of land-based aquaculture.
By using waste coal as an input, they achieve its utilization instead of requiring costly disposal processes.
