At Atomis Inc., we are passionate about delivering value through our deep expertise in MOFs. Our R&D services are customized to each client according to the development stage of the application, and our on-site scale-up capabilities ensure that the materials can be tested at the pilot scale and beyond. Our product pipeline also harnesses our expertise and unique materials library to create new innovations in carbon utilization and gas distribution (see below).

Material Business

Materials design

Based on the database consisting of tens of thousands of crystal structure data and the function/performance data cultivated so far, we select and design candidate compounds that meet the needs of our customers.

Lab-scale synthesis/characterization

We accept not only known materials but also new materials from mg order to ton order. We make full use of the five types of independently developed synthesis processes to support scale-up of the order of kg or more.

Pilot-scale syntheis/Mas production

We accept not only quality evaluation related to manufacturing but also functional evaluation related to applications.

Formulation

We also accept various molding processes such as tableting, granulation, and film formation.

Impact Business

We are challenging unmet social needs. PCP/MOF has excellent separation, storage, and conversion capabilities. We aim to make the most of these capabilities to build a small-scale decentralized platform in the field of green energy and decarbonization, which is very difficult to commercialize from an efficiency point of view. We will realize a society in which environmentally friendly carbon sources and environmentally friendly gas energy can be shared freely.

DCCU（Environment）：Distributed Carbon Capture Utilization

We are developing a unique module that can separate CO2 and convert it into a valuable chemicals simultaneously in a small-scale decentralized manner. We aim to realize very difficult small-scale carbon recycling and achieve a carbon-negative society.

DGRU（Energy）：Distributed Gas Resources Utilization 

We are developing a “lightweight,” “compact,” and “smart” next-generation high-pressure gas container, CubiTan^Ⓡ, to reinvent the high-pressure gas container that has remained unchanged for 100 years, aiming for a society in which not only existing industrial gases but also environmentally friendly energy gases can be shared freely.