• Made from five tons of carbon emissions.
• Actively capturing carbon upon completion, up to 1.5 tons in the first month.
• Possible scalability up to 6000 tons of annual carbon-capturing capacity.
• Producing oxygen and purifying the air from flue gases.
• Producing raw biomaterials that could be used for growing additional carbon-capturing housing and sculptures.
• Ongoing partnership with York University, Toronto.

Grow a prototype small-scale house with our Solid-State Carbon biotech in less than 48 hours.

• Made from 20 tons of carbon pollution
• Develop system of housing growth molds, as depicted in this mock-up.
• After the house is grown, the same mold could be easily relocated to an adjacent site to start the process anew, adjusting the mold’s design to customize the architecture according to different preferences or requirements.
• Ongoing partnership with Canadian Standards Agency (CSA Group) to certify Solid-State Carbon as a new ISO standard in construction and carbon capture.

Grow a 100-meter-tall biotower from our SSC biotech in less than 30 days.

• • Capture ¼ million tons of carbon pollution
  • Produce enough raw biomaterials to build new housing for 44 000 people annually.
  • Produce oxygen and clean the air from toxins
  • Demonstrate possibility of growing self-sustainable cities in any variety of new architectural shapes and forms that actively capture carbon.

Grow a 2500-meter bioskyscraper with 100×100 meter base by using our SSC biotech.

• Actively capture all the world’s annual carbon emissions
• Produce enough raw biomaterials for constructing/growing housing for 6.5 million people yearly
• Produce oxygen and clear the air from toxins
• Clean urban lakes and oceans from acidity and pollution
• Mitigate the effects of climate change on a global scale, actively reducing the CO2 ppms in the atmosphere