We are the first in the world to discover the anti-fouling and disinfecting properties of Blue-Violet（BV） light. By incorporating our novel heat-dissipating microplates, we have successfully developed ultra-high-brightness BV LED systems for both underwater and atmospheric use. Our technology prevents biofouling—such as barnacles on power plants and vessels—as well as fish diseases and bacterial infections in aquaculture, etc., using only light instead of chemicals. Our mission is to revolutionize industrial society through original photon-bio technology and drive the social implementation of BV light solutions.
This venture company originated from the Electrochemistry Laboratory of Kansai University and provides innovative lithium-ion batteries and technologies with the vision of "making the world sustainable with storage battery technology". Ionic liquid lithium-ion batteries, which use non-flammable ionic liquids as electrolytes, are also used in space applications as highly reliable storage batteries that do not pose a risk of ignition. We will develop and provide water-based cathode manufacturing technology that can reduce costs and environmental impact at the same time to existing lithium-ion battery production lines.
Atomis operates two business lines based on next-generation porous material MOFs : 1: Material Business: Molecular design, evaluation, manufacturing, and sales of materials, and 2: Impact Business: Providing small-scale, decentralized gas distribution systems utilizing next-generation high-pressure gas containers CubiTan, and providing small-scale, decentralized carbon recycling systems utilizing CO2 separation and conversion modules
A startup developing floating wave power generation technology that generates electricity from ocean waves. Having achieved continuous operation in actual sea conditions, it aims to realize offshore hydrogen farms and large-scale clean energy supply in the future.
Creators of CO2 absorbing plastic DAC Plastic and the development, manufacture, and sale of eco-friendly biomass CO₂ absorbent material Binowa, a functional filler material that can be mixed with plastics and resins to impart CO₂ absorption capabilities.