Product Product introduction
Product 01Compact CO₂ capture system（VPSA1）
The VPSA series is a CO2 recovery system that uses a solid absorber and reduced-pressure steam to capture, separate, and concentrate CO2.
It achieves CO2 recovery with 99%+ purity from gas containing about 7% CO2, such as in city gas combustion exhaust.
This system can also evaluate CO2 absorbents and support the development of CO2 capture processes.
Competitive Advantage
- Based on the core technology patented by Professor Yu Hoshino and coworkers, JCCL, Inc. produces JCCL solid absorbent and system to maximize its performance.
- When you use the JCCL’s CO₂ capture system, the capture cost will be about one-fourth compared to conventional capture methods.
Potential Customers and Applications
The equipment is intended for demonstrations or R&D by companies, universities, research institutes, etc. that have needs such as “to start CO₂ capture tests from a small scale” or “to verify the cost of CO₂ capture using CO₂ absorbents or adsorbents and to use the system for research purposes.”
If you need more information, please contact us.
Contact formProduct 02Reduced-Pressure Steam Sweep Membrane Separation System (VSS1)
The VSS series evaluates membrane performance by passing humidity-controlled CO2 gas through a separation membrane, reducing pressure, and supplying water vapor to the permeate side.
Steam and humidity is controlled automatically, concentrating CO2 from 13% to over 97% for over a month.
This device is used for in-house CO2 capture membrane performance evaluation and equipment design.
Competitive Advantage
An automatic control system of vacuum pressure and steam generation enables long-term and stable enrichment of CO₂.
Potential Customers and Applications
This equipment is intended for use by companies, universities, research institutes, and other organizations that need to “demonstrate the CO₂ capture process with CO₂ separation membranes”, “quantitatively evaluate the amount and concentration of CO₂ when using a separation membrane developed in-house,” and “study the operating conditions for efficient CO₂ capture using CO₂ separation membranes”.
If you need more information, please contact us.
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