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
[画像1: https://prtimes.jp/i/91465/5/resize/d91465-5-0793e90a16bf1205bb3c-3.png ] 株式会社Atomis（代表取締役CEO：浅利大介）は、自社製品である多孔性配位高分子（PCP/MOF）の一部を、富士フイルム和光...
[画像: https://prtimes.jp/i/91465/4/resize/d91465-4-fead659b6c0500171746-1.png ] この度、株式会社Atomis（本社：兵庫県神戸市、代表取締役CEO：浅利大介）は、八千代エンジニヤリング株式会社（本店：東京...
[画像: https://prtimes.jp/i/91465/1/resize/d91465-1-2f83b69af2c7527c6079-0.png ] この度、株式会社Atomis（本社：京都府京都市、代表取締役CEO：浅利大介）は、スパークス・グループ株式会社（本社：東...
As a venture spun off from University of Hyogo, YSH Research Institute Co., Ltd. leverages proprietary cavitation plasma technology as its foundation to develop, manufacture, and sell safe water and generation devices as alternatives to chemical pesticides. This technology produces activated water that supports next-generation sustainable agriculture by contributing to crop disease control and cultivation support. It also advances applications in medical and public health fields, delivering innovative solutions through proprietary technology.
A startup commercializing the world’s first power semiconductors based on gallium oxide (α-Ga₂O₃). With over 700 patents and proprietary film-formation technology, it achieves ultra-low loss and cost efficiency, improving power conversion for EVs and industrial equipment while driving decarbonization.
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.
A sustainable startup aiming to create a system independent of mass production and mass disposal by utilizing kapok, a tree fruit native to Southeast Asia, to develop lightweight, functional materials for fashion.
