Cryogenic Power Generation from Liquefied LNG

During the LNG regasification process, a large amount of cold energy at –162 °C is normally wasted.
This patented technology recovers that energy to generate electricity through a high-efficiency Rankine cycle integrated with the LNG regasification and conventional thermal power generation systems.

Unlike conventional designs, this cryogenic power generation process does not require seawater pumps or cooling towers to condense low-pressure steam from the turbine.
Furthermore, no seawater is needed for vaporizing LNG during the regasification stage at the terminal, improving both environmental sustainability and operational efficiency.

High-Purity Deuterium and Heavy Water Production Method

This patented technology relates to a manufacturing process for high-purity deuterium and heavy water.The system includes a reaction tank and electrolysis unit that generate hydrogen and oxygen through water electrolysis.The oxygen generated in the electrolysis unit reacts within an oxidation reactor to produce deuterium oxide (D₂O).The process features multiple deuterium injection and discharge stages, enabling efficient recovery and purification of heavy water.