Endless Possibilities Await
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Invisible Gold
Toward a New World Depicted by Gases -
Head Office R&D Center completed
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Endless Possibilities Await
-
Invisible Gold
Toward a New World Depicted by Gases -
Head Office R&D Center completed
VISION
Crafting a World that Masterfully Manipulates Gas
MISSION
Addressing Environmental and Energy Challenges through ‘Gas Control’, Contributing to the Realization of a Sustainable Society
Atomis Inc. is a company exploring new possibilities for gases using porous coordination polymer (PCP/MOF) technology. Porous coordination polymers are polymers with nano-sized vacancies that can selectively adsorb or chemically react with gases. Atomis is committed to developing production methods and applications for porous coordination polymers, thereby contributing to the flexible control of gases and the creation of unknown values.
Our Business
Material Business
We offer comprehensive services for the development of high-performance materials. Based on our database consisting of more than tens of thousands of crystallographic data and our accumulated functional and performance data, we select and design candidate compounds to meet your needs. We can manufacture not only known materials but also new materials from mg-order to ton-order. We can scale up to kg-order or more by making full use of five types of synthesis processes that we have independently developed. We can provide not only quality evaluation related to manufacturing, but also functional evaluation related to application. We place the highest priority on customer satisfaction and aim to be your partner for optimal material development.
Impact Business
We are developing a “lightweight”, “compact,” and “smart” next-generation high-pressure gas container, CubiTanⓇ. This container is less than half the weight of conventional steel ones and is cubic in shape. CubiTanⓇ is a revolutionary product that can be used in various fields such as medicine, industry, and leisure. CubiTanⓇ is a revolutionary product that can be utilized in various fields such as medicine, industry, and leisure.
Technology
Material Design
– Using our proprietary database POROS™, the structure and function of porous coordination polymers, we quickly design optimal materials for your purposes through computer simulation and machine learning.
– The performance of the material is verified by evaluating physical properties such as adsorption/release characteristics and catalytic activity of the target molecule.
– Elucidate the interaction and reaction mechanisms between the target and porous coordination polymers, leading to the development and improvement of material functions.
– We support the development of life science applications with bioPCP™, a biocompatible coordination polymer that is biodegradable and safe in the body.
Mass Production
– We possess proprietary solid-phase and semi-solid-phase synthesis processes that are environmentally friendly and can be mass-produced at low cost.
– We develop dosage forms suitable for mass production by controlling the shape into granules, pellets, honeycombs, etc.
– We develop technologies for compositing porous coordination polymers with other materials and surface modification to improve the stability and efficiency of materials.
Mass Production
– We possess proprietary solid-phase and semi-solid-phase synthesis processes that are environmentally friendly and can be mass-produced at low cost.
– We develop dosage forms suitable for mass production by controlling the shape into granules, pellets, honeycombs, etc.
– We develop technologies for compositing porous coordination polymers with other materials and surface modification to improve the stability and efficiency of materials.
Evaluation
– We predict the structure and function of porous coordination polymers by computer simulation and design the optimal material for your purpose.
– We evaluate physical properties such as adsorption and release characteristics of gases and catalytic activity to verify the performance of the materials.
– We elucidate the interaction and reaction mechanisms between gases and porous coordination polymers, leading to the development and improvement of material functions.
Featured Product
CubiTanⓇ
CubiTan® is a next-generation smart high-pressure gas container that controls gas at the nano-level. By using “Porous Coordination Polymer PCP/Metal-Organic Framework MOF,” a material with many pores, as a gas adsorbent, it succeeded in compressing gas to a volume that fits in a conventional high-pressure gas cylinder. Not only can a large volume of gas be stored in a light and compact cube (weighing 9 kg and 28 cm square), but it can also be remotely managed by an on-board IoT module. In the future, it is expected to contribute to the construction of next-generation gas supply chains such as drone delivery and the provision of environmentally friendly energy sharing services (GaaS: Gas as a Service).
