Homes account for 10% of global carbon emissions. Our mission is to eliminate residential carbon emissions by 2050.

Potential Impact at Scale

• 7.5 tons of CO₂/home/year when fully adopting SeeAir’s solutions.
• 72 billion metric tons of  CO₂e avoided by 2050 when adopted at scale.

How we measure

1. Direct carbon savings per home yearly (unit: CO₂e/home/year)
   • Each home can reduce up to 7.5 tons of CO₂ annually by implementing all recommended upgrades:
     • Air sealing & insulation
     • Heat pumps for heating, cooling & domestic hot water
     • Rooftop solar
2. Global attainable market (unit: billion m2/year)
   • The carbon savings per home are extended to the low-rise residential market
   • 8% current global adoption of fully electric homes and increasing to 80% global adoption by 2050 as aligns with global climate targets
   • 20% increase in global low-rise residential housing as global population stagnates and urbanizes into multifamily residential buildings.

1. Global carbon savings (unit: CO₂e)
   • Multiply CO₂e per sq ft by attainable market captured each year
   • Annual savings from each home extend for the 25 year lifespan of insulation and heat pumps

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Analysis completed using the Carbon Reduction Assessment for New Enterprises (CRANE) methodology for greenhouse gas emission reductions. CRANE is a tool that helps investors and entrepreneurs evaluate the greenhouse gas (GHG) reduction potential of emerging climate technologies.

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This analysis was completed as part of our participation in the Innovator Cohort 6 at the Lawrence Berkeley National Lab IMPEL program.

IMPEL is a highly selective program funded by the U.S. Department of Energy’s Building Technologies Office that supports the commercialization of promising climate tech companies.

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