Carbon BioCapture

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Patented microalgae photobioreactor technology for point-source CO₂ capture from untreated flue gases

Page last modified

April 11 2024

Microalgae synthesize food directly from atmospheric CO₂ and water using sunlight, are highly adaptive, and are found in all freshwater and saltwater environments. Carbon BioCapture® technology is unique in that industrial gases require no pre-treatment. Fue gas is diverted via a duct from the stack to the PhotoBioReactor array or “Carbon Farm”.

Unlike other microalgae-based technologies, CBC does not use genetically modified strains. Instead, it selects naturally occurring strains and adapts them to maximize the capture of CO₂ SOx and NOx from flue gases. The oxygen resulting from microalgal photosynthesis is continuously released into the atmosphere. The technology works with process water, freshwater, or saltwater.

Pros & Limitations

Flue gases need NO pretreatment

Carbon is metabolized into valuable biomass instead of sequestered underground

Only natural strains of microalgae are used: no GMO strains

Natural sunlight, no artificial (electric) light needed

Carbon capture as a service: we build, own, and operate carbon farm; client pays a capture fee per metric ton CO₂

Land area adjacent to stack/chimney required to deploy carbon (capture) farm

Specification

Specification Title	Specification Description
Core Tech	Process Equipment
Industry	CCUS
Dimensions	The proprietary photobioreactor (PBR) is a vertical, 2m tall alveolar 16mm thin panel made of clear acrylic.
Growth Media	The growth media (fresh, salt, brackish, or process water) inside is the growth media for the microalgae.
Implementation	Industrial gases require no pre-treatment; i.e. it works with “raw gases"
Areas of Application	Removes: CO₂ \| SOx \| NOx \| Exhaust Gases
Biomass Output Products	Green Hydrogen \| Biodiesel \| Bio-fertilisers \| Biogas \| Soil Remediation