Empowering Factories with Carbon-Negative Innovation and Sustainable Prosperity
Cultivating Green, Sustaining Growth
CarbonForge is a carbon capture partnership model for the manufacturing industry using algae bioreactors.
We offer a viable carbon strategy to factory owners with our unique Carbon Negative, Cashflow Positive model. Besides improving their carbon footprint to attract investors and clients, our factory partners will have the opportunity to participate in carbon credit markets.
Our highly scalable business model also contributes to food security, as the biomass produced by the algae bioreactors is converted to fish feed.
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Carbon Negative, Cashflow Positive
How It Works
Carbon Capture Process
Conversion to Algae Biomass
Fish Feed Production
Cost Displacement
Carbon Capture Process
STEP 1
Carbon Capture Innovation
CarbonForge employs advanced algae bioreactor technology to capture carbon dioxide (CO2) emissions generated by factories. This includes CO2 from combustion flue gases and various chemical processes.Conversion to Algae Biomass
STEP 2
Algae’s Natural CO2 Transformation
The captured CO2 waste is transformed into valuable algae biomass through a natural biological process. Algae have the unique ability to absorb and utilize CO2, making them an effective carbon capture solution.Fish Feed Production
STEP 3
Repurposing Algae for Nutritious Fish Feed
The generated algae biomass is carefully processed, packaged, and repurposed as premium fish feed for breeders. Algae serve as a natural and nutritious food source for fish species commonly found in their natural habitats.
Cost Displacement
STEP 4
Cost-Efficiency through Carbon Utilization
CarbonForge aims to reduce reliance on imported soy and corn-based fish feed by using algae-based fish feed, promoting local sustainability and self-sufficiency. Algae-based feed’s alignment with fish’s natural diets makes it high-quality, commanding a higher price. Despite its usual premium pricing, CarbonForge plans to lower costs by using its carbon capture process, gradually making algae-based feed more competitive with soy and corn alternatives.
Carbon Capture Process
Conversion to Algae Biomass
Fish Feed Production
Cost Displacement
Carbon Capture Process
STEP 1
Carbon Capture Innovation
CarbonForge employs advanced algae bioreactor technology to capture carbon dioxide (CO2) emissions generated by factories. This includes CO2 from combustion flue gases and various chemical processes.Conversion to Algae Biomass
STEP 2
Algae’s Natural CO2 Transformation
The captured CO2 waste is transformed into valuable algae biomass through a natural biological process. Algae have the unique ability to absorb and utilize CO2, making them an effective carbon capture solution.Fish Feed Production
STEP 3
Repurposing Algae for Nutritious Fish Feed
The generated algae biomass is carefully processed, packaged, and repurposed as premium fish feed for breeders. Algae serve as a natural and nutritious food source for fish species commonly found in their natural habitats.Cost Displacement
STEP 4
Cost-Efficiency through Carbon Utilization
CarbonForge aims to reduce reliance on imported soy and corn-based fish feed by using algae-based fish feed, promoting local sustainability and self-sufficiency. Algae-based feed’s alignment with fish’s natural diets makes it high-quality, commanding a higher price. Despite its usual premium pricing, CarbonForge plans to lower costs by using its carbon capture process, gradually making algae-based feed more competitive with soy and corn alternatives.
About Us
CarbonForge aims to promote Carbon Capture & Storage technology to commercial industries in Malaysia and the ASEAN region.
We aim to do so by promoting pragmatic business models which are beneficial to stakeholders while aligning with Environmental, Social & Governance (ESG) objectives as well.
CarbonForge.org consists of professionals in the area of Software Engineering, Biotechnology, Civil Engineering, Cement & Concrete, Banking, Financial Audit & Legal working together to achieve our goals for a more sustainable future.
