Honeycomb-structured CO2 adsorbent for direct air capture
Inorganic honeycomb-structured sorbent that selectively adsorbs atmospheric CO2 at 0-50°C and releases it at 150-500°C with no performance degradation over repeated cycles, enabling waste-heat-driven CO2 recovery.
AI-assisted directory summary. Technical specifications, performance metrics, readiness and compliance labels are unverified unless individually supported and reviewed. Proposed partnership routes do not establish supplier consent, export eligibility, or willingness to sign an NDA. Confirm claims and test conditions with the linked sources and supplier before procurement or citation.
Problem solved
Enables low-cost, low-energy CO2 recovery from ambient air and industrial exhaust using a honeycomb-structured sorbent that can be regenerated with waste heat (150-500°C), avoiding the degradation and volatility issues of amine-based absorbents.
Application contexts
- Direct air capture
- Industrial exhaust gas treatment
- Distributed small-scale CO2 capture
- Waste-heat driven CO2 recovery
Technical principle
Powder adsorbent performance is preserved while forming into a honeycomb structure, providing low pressure loss, high airflow processing, and high durability. The inorganic material composition resists thermal decomposition and degradation compared to amine-based alternatives.
Typical use cases
- Decentralized DAC units
- Small-scale industrial CO2 capture
- Waste-heat driven CO2 recovery from combustion exhaust
Partnership route
How global engineering teams typically engage this asset.
Helpful to include: CO2 capture capacity per unit · honeycomb dimensions and cell density · regeneration temperature range · cycle durability data · custom sizing options
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Source & provenance
Translation review status: unreviewed. Publication does not establish technical verification or supplier endorsement.
Original language: JA.
Record updated: .
- CO2回収ハニカム | ユニックス - Powered by イプロスものづくり
https://pr.mono.ipros.com/unix/product/detail/2001055001/
Primary-source candidate; evidence review: pending.
Source accessed / recorded (collector timestamp): .
Source publication date: Not recorded.
- 大気中のCO2を素早く吸着 回収ハニカムからGXを実現！（株式会社ユニックス）
https://www.projectdesign.jp/articles/news/d406b059-5475-4a0e-b538-d8630eeb7cf4
Supporting / discovery source; evidence review: pending.
Source accessed / recorded (collector timestamp): .
Source publication date: Not recorded.
Collector timestamps record when a source was stored, not an independent verification date. Source links provide context; they do not validate every specification, readiness label, certification, or proposed partnership route.