Impact

 

1 ton of Biocarbon removes 1.12 tons of carbon dioxide from the atmosphere.

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Versatile, affordable, and impactful climate-tech

Biocarbon has been proven effective in its applications — and the technology also provides the fastest and lowest cost solution to scale carbon sequestration.

  • Biochar is the quickest way to scaling up carbon sequestration to a meaningful level.

    Glanris’ technology puts this CO2 removal in the fast lane with —

    • Speed of implementation

    • Speed of production

    • Readiness of material

    • Lowest cost solution

    With Glanris’ Biocarbon biochar’s applications in water, built environment, and more, we have potential annual megaton CO2 removal.

  • We provide the lowest cost solution to atmospheric CO2 removal — under $100 per ton at scale.

    Direct air capture can cost over $1,000 per ton of CO2 removed.

    Glanris’ technology provide an economical alternative to conventional materials within each of our applications — within Biocarbon’s water filtration functionality, we are 1/10th of the cost of competing and non-eco-friendly metals removal technology.

  • Applications —

    • WATER TREATMENT: Whether it’s industrial wastewater, municipal drinking water and wastewater, or point-of-use filtration, our Biocarbon media effective removes both metals and organics from water — a novel solution to binary technologies (metals or organics) today. We are more sustainable and a fraction of the cost of the leading microplastic metals-only removal technology. Our Biocarbon is drinking water certified at NSF / ANSI / CAN 61 standards.

    • BUILT ENVIRONMENT: Because of rice husk’s unique silica makeup, Glanris’ Biocarbon can act as a sturdy binder or aggregate for concrete and asphalt. Not only is this a sustainable alternative, mass adoption of Biocarbon as a binder or aggregate would be able to rapidly scale up our carbon sequestration due to volume.

    • ENVIRONMENTAL REMEDIATION: Glanris’ Biocarbon biochar media can remove heavy metals without causing further environmental damage. Right now, heavy metal removal filtration comes from expensive resin beads that become environmentally persistent microplastic pollution that will infiltrate our eco-system for millenna.