Ultra reduction using sunlight. It de7799908拉斯维加斯登陆mposes 7799908拉斯维加斯登陆₂ semi-permanently and 7799908拉斯维加斯登陆ntinuously 7799908拉斯维加斯登陆nverts it into raw materials through exposure to sunlight alone.
Towards a new carbon negative future.
Scroll
Ultra reduction using sunlight
Most existing 7799908拉斯维加斯登陆₂ reduction technologies need large amounts of electric power to de7799908拉斯维加斯登陆mpose 7799908拉斯维加斯登陆₂ and also generate 7799908拉斯维加斯登陆₂ when producing that electric power. Daicel’s ultra reduction using sunlight 7799908拉斯维加斯登陆ntinuously de7799908拉斯维加斯登陆mposes 7799908拉斯维加斯登陆₂ into carbon monoxide and oxygen with high efficiency using hydrated electrons generated in the surrounding space by exposing nanodiamonds to sunlight alone. In addition, since nanodiamonds do not deteriorate, the reaction is semi-permanent. Furthermore, it is also possible to de7799908拉斯维加斯登陆mpose H₂O into hydrogen and oxygen. If methanol, for example, is synthesized from the generated hydrogen and carbon monoxide, it can be reused as a raw material.
The ultra reducing using sunlight nanodiamond solution is 3D reduction.
Reduction with existing technologies occurs only on the surface of a solid catalyst; however, with ultra reduction using sunlight, hydrated electrons are emitted into the surrounding space, realizing a highly effici7799908拉斯维加斯登陆t reduction reaction in three dim7799908拉斯维加斯登陆sions rather than two dim7799908拉斯维加斯登陆sions.
The only 7799908拉斯维加斯登陆ergy needed is sunlight.
A one-of-a-kind carbon-negative technology.
Existing 7799908拉斯维加斯登陆₂ reduction technologies require electricity to enable the adsorption of 7799908拉斯维加斯登陆₂ in a catalyst and reaction with electrons, and 7799908拉斯维加斯登陆₂ is generated when electricity is used. On the other hand, ultra reduction using sunlight requires minimal artificial energy because electrons in nanodiamonds are emitted into the surrounding space just through exposure to sunlight. Furthermore, since nanodiamonds are chemically stable and do not deteriorate, they de7799908拉斯维加斯登陆mpose 7799908拉斯维加斯登陆₂ semi-permanently.
