Japan Platform for Redesign: Sustainable Infrastructure (JPRSI)

JPRSI Online Pavilion

Wind Challenger ~Forward to the future, the wind at our backs ~

Wind Challenger ~Forward to the future, the wind at our backs ~

Global Warming Energy Saving Technology / Energy Effective Utilization Technology Other Energy-saving Technology

The Wind Challenger uses a variable rigid sail for ship propulsion with the force of the wind. By utilizing this technology, it can significantly reduce fuel consumption and greenhouse gas emissions.

Wind Hunter ~Shape the future with wind and hydrogen~

Wind Hunter ~Shape the future with wind and hydrogen~

Global Warming Hydrogen Technology Hydrogen Supply / Utilization Technology

What if we could build a ship that could transport cargo across the globe without needing any fueling? What if we could make the zero-emissions vessel to reduce GHG? This is MOL Wind Hunter project.

Ocean Thermal Energy Conversion (OTEC) & Multiple use of Deep Ocean Water

Ocean Thermal Energy Conversion (OTEC) & Multiple use of Deep Ocean Water

Global Warming Renewable Energy Hydropower Generation

OTEC is renewable energy that generates electricity by using the temperature difference between the ocean's upper and lower layers. The deep ocean water can be reused for many industries as well.

Offshore wind power projects ~Ships will drive the future of renewable energy~

Offshore wind power projects ~Ships will drive the future of renewable energy~

Global Warming Renewable Energy Wind Power Generation

We offer specialized vessels to support efficient maintenance of offshore wind farms in Japan, addressing challenges in accessing offshore locations and conducting maintenance.