PrototypeCapability Asset

Zeolite-based CO2 Adsorbent for Direct Air Capture

Innovative zeolite adsorbent optimized for low-energy desorption in modular DAC systems, leveraging University of Tokyo synthesis expertise.

Problem solved

High energy penalty and cost of conventional DAC sorbents for capturing dilute atmospheric CO2; need for materials enabling simpler regeneration without high heat.

Application contexts

building-integrated or distributed DAC
carbon removal projects
CO2 utilization in agriculture

Technical principle

Zeolite (inorganic porous material) with tailored pore structure and surface chemistry for selective CO2 adsorption from ambient air, designed for facile desorption.

Typical use cases

Integration into modular DAC units for ambient CO2 capture at <100 USD/ton target cost

Partnership route

How global engineering teams typically engage this asset.

01Technical Interview

02Nda

03Feasibility Review

04Joint Development

Helpful to include: adsorption capacity under ambient conditions · cycle stability and regeneration method · production scalability · IP licensing options

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Provider

Not yet linked.

Source & provenance

Source: Planet Savers official technology pages
Original language: ENGLISH/JAPANESE
Summary AI-assisted; translation status: Unreviewed