What Does Living Carbon Do? Carbon Capture Plants & Synthetic Biology

    Learn about what Living Carbon does, their plant-based carbon capture technology, competitors, and key information.

    What Does Living Carbon Do? Carbon Capture Plants & Synthetic Biology

    Name: Living Carbon

    Headquarters: Charleston, SC, USA

    Employees: 11-50

    Living Carbon is a public benefit company focused on combating climate change by genetically enhancing the ability of plants to capture and store carbon dioxide. Living Carbon engineers seedlings—most notably hybrid poplars—that can accumulate up to 53% more biomass than conventional control plants and pull up to 27% more carbon from the air. Their mission is to leverage synthetic biology and biotechnology to create plants that serve as more efficient carbon sinks, thereby offering a nature-based solution to climate mitigation.

    Their core technology involves genetic engineering to improve photosynthesis and carbon storage in trees. By introducing specific genetic modifications, Living Carbon's trees are designed to grow faster and sequester more carbon in both their biomass and root systems than traditional species. This approach aims to address the urgent need for scalable, cost-effective carbon removal technologies while utilizing natural systems.

    The Technology Behind Living Carbon

    Living Carbon’s technology centers on modifying plants at the genetic level to boost their CO2 uptake and storage. The company’s most well-known work is with GMO hybrid poplars, which are engineered to:

    • Accumulate significantly more biomass during growth cycles
    • Increase the amount of carbon stored in roots and wood
    • Potentially slow down the rate of wood decomposition, locking carbon away for longer periods

    This approach positions Living Carbon at the intersection of synthetic biology, climate technology, and agriculture, offering a unique method for large-scale carbon capture that complements other climate mitigation strategies.

    Who Uses Living Carbon’s Solutions?

    Living Carbon primarily collaborates with landowners, reforestation projects, timber companies, and climate-focused organizations interested in implementing enhanced carbon capture through forestry. Their engineered seedlings are intended for use in afforestation, reforestation, and carbon offset projects, particularly in regions where regulatory frameworks permit the planting of genetically modified organisms.

    Competitive Landscape: Companies in Plant-Based Carbon Capture

    Living Carbon operates in the emerging synthetic biology and plant-based carbon removal sector. Key competitors and related companies include:

    • Climate Forest: Focuses on traditional forestry carbon projects, often using selective breeding rather than genetic engineering.
    • FuturaGene: Develops genetically modified trees for increased growth rates and biomass production, though with a broader agricultural focus.
    • Salk Institute Harnessing Plants Initiative: Researches genetic traits to create plants with deeper roots for enhanced carbon sequestration, but is primarily a nonprofit R&D effort.

    Unlike some incumbents focused on conventional forestry or plant breeding, Living Carbon’s differentiation lies in its use of advanced genetic engineering specifically targeted at maximizing carbon drawdown and storage in commercial-scale forestry operations.

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