High-quality and lower cost carbon removal credits generated by converting organic waste into stable biocarbon.

Carbonova has developed a patented, scalable technology that uses novel catalysts to convert greenhouse gases, like CO2 and methane, into high-purity carbon nanofibers (CNF) with significantly lower energy demand and cost compared to traditional methods. By utilizing waste heat from host plants and exothermic reactions, Carbonova’s process minimizes environmental impact and reduces reliance on natural resources.

Seaweed-derived biostimulants for crops that reduce fertilizer use and feed additives, boosting yields and reducing emissions.

Upcycling organic waste into biofertilizers that can replace up to 80% of synthetic fertilizers and cut greenhouse gas emissions by 85%.

CycleCarbone offers a proven CO2 capture technology to large emitters. The technology runs with thermal energy left unused by the host site, making it a simple, safe, and low-cost solution with no environmental harm.

Cytochrome provides an innovative solution to CO2 storage by using coastal seawater reactors that dissolve natural minerals to permanently store low-purity CO2 from emitters and Direct Air Capture.

n Destiny Copper has developed the world’s first Cleantech copper extraction process that uses innovative chemistry to produce high-purity copper crystals (99.9% Cu) with almost no energy, significantly reducing greenhouse gas emissions compared to traditional methods like smelting. This patented technology offers a sustainable and cost-effective solution to meet the growing demand for copper in the shift towards clean energy, electrification, and the Circular Economy.

Low-carbon metal oxide production that transforms mineral waste into valuable byproducts and durable carbon storage.

Green Manganese has developed an environmentally friendly, closed-loop process using a water-based chloride solution to extract manganese, drastically reducing CO2 emissions and eliminating harmful waste compared to conventional methods. This innovative process efficiently utilizes low-grade ores and mining tailings, converting what is typically considered waste into valuable products, while emitting only 1-1.5 tons of CO2 per ton of manganese—significantly lower than traditional methods.

GreenLIB specializes in decentralized, modular lithium-ion battery recycling, championing sustainability, efficiency, and tailored solutions for the evolving e-mobility landscape.

HEJMAS Agrifibre Technologies makes the highest grade pulp from agricultural field waste, instead of trees. HEJMAS has developed a patented, disruptive technology that transforms bast fibers, such as hemp and flax, into high-value long and short fiber pulps at a 60% lower cost than conventional wood pulps.

Kinitics Automation produces motion control products using shape memory alloys. Their new electric valve actuator replaces methane-venting equipment commonly used in the natural gas industry, thereby eliminating methane emissions at the source.

NanoTerraTech is creating bio-graphite from forestry biomass waste for the EV battery market. The transition to electromobility is a generational opportunity, and their bio-graphite is a sustainable, scalable, drop-in solution that also permanently captures carbon.

Transforming wet waste biomass into a bio-oil that is injected into underground geological storage for permanent carbon removal.

Ontoly Carbon's software empowers carbon credit buyers, like financial institutions and corporations, to provide top-up financing for building decarbonization projects in exchange for certified carbon credits.

CO2 Pulverization technology for large-scale mining companies with up to 50% energy savings.

SolarSteam delivers renewable heat through enclosed concentrated solar technology, and offers a game-changing solution for industrial clients by reducing their costs and emissions.

Terraferno is revolutionizing geothermal energy with patent-pending Autonomous Flow Control Devices (FCDs) that can boost energy recovery by up to 80% and reduce drilling costs by up to 50%. This technology ensures maximum sustainable energy production rates are maintained, enabling larger, more efficient geothermal systems and significant cost savings for operators.

Direct Air Capture engineered for cold climate operation allowing for large-scale carbon capture in Canada.

TreeTrack replenishes ecosystems impacted by wildfires and deforestation using high-tech SeedPods, enhancing biodiversity and combating climate change by rapidly replenishing landscapes with organic fertilizer and plant-based binders delivered efficiently by hybrid drones.

Empowering the energy transition by producing low-cost and low-emission hydrogen and solid carbon.