CARBON MANAGEMENT
Exploring technologies to capture CO₂ from industrial emission sources, with the aim of reducing carbon releases while creating opportunities for further utilization.
OUR APPROACH
Various industrial processes generate exhaust gases containing CO₂. Through carbon capture technologies, a portion of this CO₂ can be separated from the gas stream before it is released into the atmosphere.
RePyra explores the application of carbon capture technologies to industrial emission sources, considering flue gas characteristics, process conditions, emission scale, and potential utilization of the captured CO₂.
POINT-SOURCE CAPTURE
In a post-combustion capture approach, process or combustion exhaust gases are directed to a separation system to reduce their CO₂ content before the treated gas is released.
Separation technologies may include absorption, adsorption, membranes, or other systems selected according to the characteristics of the emission source.
01 — SOURCE
Industrial Flue Gas
02 — SEPARATION
CO₂ Capture System
03 — OUTPUT
Treated Gas
03 — CAPTURED
CO₂ Stream
TECHNOLOGY APPROACH
No single carbon capture technology is suitable for every emission source. Selecting an appropriate approach requires evaluating gas characteristics, CO₂ concentration, operating conditions, capacity, and intended utilization.
01
CO₂ is separated from a gas stream through contact with a liquid medium capable of absorbing CO₂.
02
Sorbent materials are used to capture CO₂ from a gas stream through interactions at the material surface.
03
Membrane technologies and other separation approaches can be evaluated based on the conditions and requirements of each project.
CAPTURE → UTILIZATION
Once separated from industrial flue gas, captured CO₂ can be managed through storage or various utilization and conversion pathways.
RePyra views carbon capture as part of a broader carbon management strategy: not only reducing CO₂ emissions, but also exploring how captured carbon can regain value through further utilization.
01
Emission Source
Flue gas generated by industrial processes.
02
Capture
Separating CO₂ from the gas stream.
03
CO₂ Management
Managing the CO₂ stream after capture.
04
Utilization
Exploring opportunities to utilize or convert captured carbon into valuable products.
CARBON UTILIZATION
One potential development direction involves converting captured carbon into solid carbon materials through suitable advanced technologies.
The properties of the resulting materials may vary depending on the conversion technology and operating conditions. Therefore, RePyra does not limit potential conversion products to Carbon Black, but also explores opportunities to develop various forms of solid carbon for relevant applications.
DEVELOPMENT DIRECTION
Captured CO₂ → Carbon Conversion → Solid Carbon
Conversion pathways and product characteristics depend on the selected technology and project requirements.
INDUSTRIAL APPLICATIONS
Implementing carbon capture requires an understanding of the emission source and facility conditions. A suitable technology approach can then be developed according to each project's requirements.
01
Evaluating the potential to capture CO₂ from industrial process exhaust gases.
02
Exploring carbon capture solutions for suitable emission sources from combustion systems.
03
Developing opportunities to utilize captured CO₂ or converted carbon as new resources.
INDUSTRIAL CO₂ CAPTURE
Tell us about your emission source, industrial process, capacity, and requirements. RePyra can help explore suitable carbon capture technologies and potential carbon utilization opportunities.
