To address the global challenge of CO₂ reduction, we are developing integrated technologies that enable carbon capture, fixation, and conversion into fuel and valuable resources. Our key proprietary initiatives include CCFR, which captures CO₂ emitted from factories at low cost and converts it back into fuel. Through Direct Air Capture (DAC), we directly remove CO₂ from the atmosphere and mineralize it for permanent storage. The mineralized carbon is further utilized as a raw material for solidification agents and as Green Carbon Fertilizer for agricultural applications, contributing to the realization of a sustainable circular society.
This tower-type concentrating solar system with a rotating tracking function can be installed on south-facing walls, verandas, or balconies, and can be safely and easily constructed and maintained, making it suitable for use in apartment complexes and other multi-family housing where rooftops are not readily accessible. Its greatest features are its cylindrical solar concentrator equipped with a group of rotating mirrors totalling approximately 1 square meter, and its versatility in switching between heat and power sources. Its use-switching function also makes it suitable for preparing for natural disasters.
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
Developing a system that leverages algal blooms to simultaneously capture and sequester CO₂, nitrogen, and phosphorus from water. Deployed for aquaculture, industrial wastewater, and sewage, it provides infrastructure that enables both decarbonization and resource circularity.