Looking for more information about Airbuild?
For Investors
What kind of water does Airbuild treat?
Airbuild treats community wastewater, polluted surface water, and organic waste streams. Our algae–microbe system removes nutrients, heavy metals, organic pollutants, pathogens, and can help reduce PFAS, with performance engineered to meet EPA discharge standards.
How does Airbuild capture carbon?
Airbuild uses algae to capture CO₂ from the air through photosynthesis, converting it into biomass. That biomass is then combined with organic waste and stabilized through pyrolysis
How permanent is the carbon storage?
Through pyrolysis, biomass and organic waste are converted into biochar, locking away carbon for hundreds to thousands of years. This process also prevents methane and CO₂ emissions that would otherwise be released from decomposition, with permanence verified under Isometric’s biochar protocol.
For Clients
Can the Pod work with existing infrastructure?
Yes. The Pod is designed to complement and enhance existing wastewater infrastructure. It can be tailored to fit a wideC range of municipal and industrial use cases.
Does the Pod qualify for public funding?
Yes. Airbuild systems align with wastewater project categories for public funding and often qualify for additional programs because they deliver multiple co-benefits, including carbon removal and waste management.
Can you help w/ an organic waste dump?
Absolutely. The same technology that powers Airbuild Pods can process organic waste into high-value biochar, creating durable carbon storage while turning a costly problem into an asset. Let’s explore how we can add this solution to your site.
More questions? →
Looking for more information about Airbuild?
For Investors
What kind of water does Airbuild treat?
Airbuild treats community wastewater, polluted surface water, and organic waste streams. Our algae–microbe system removes nutrients, heavy metals, organic pollutants, pathogens, and can help reduce PFAS, with performance engineered to meet EPA discharge standards.
How does Airbuild capture carbon?
Airbuild uses algae to capture CO₂ from the air through photosynthesis, converting it into biomass. That biomass is then combined with organic waste and stabilized through pyrolysis
How permanent is the carbon storage?
Through pyrolysis, biomass and organic waste are converted into biochar, locking away carbon for hundreds to thousands of years. This process also prevents methane and CO₂ emissions that would otherwise be released from decomposition, with permanence verified under Isometric’s biochar protocol.
For Clients
Can the Pod work with existing infrastructure?
Yes. The Pod is designed to complement and enhance existing wastewater infrastructure. It can be tailored to fit a wideC range of municipal and industrial use cases.
Does the Pod qualify for public funding?
Yes. Airbuild systems align with wastewater project categories for public funding and often qualify for additional programs because they deliver multiple co-benefits, including carbon removal and waste management.
Can you help w/ an organic waste dump?
Absolutely. The same technology that powers Airbuild Pods can process organic waste into high-value biochar, creating durable carbon storage while turning a costly problem into an asset. Let’s explore how we can add this solution to your site.
More questions? →
Looking for more information about Airbuild?
For Investors
What kind of water does Airbuild treat?
Airbuild treats community wastewater, polluted surface water, and organic waste streams. Our algae–microbe system removes nutrients, heavy metals, organic pollutants, pathogens, and can help reduce PFAS, with performance engineered to meet EPA discharge standards.
How does Airbuild capture carbon?
Airbuild uses algae to capture CO₂ from the air through photosynthesis, converting it into biomass. That biomass is then combined with organic waste and stabilized through pyrolysis
How permanent is the carbon storage?
Through pyrolysis, biomass and organic waste are converted into biochar, locking away carbon for hundreds to thousands of years. This process also prevents methane and CO₂ emissions that would otherwise be released from decomposition, with permanence verified under Isometric’s biochar protocol.
For Clients
Can the Pod work with existing infrastructure?
Yes. The Pod is designed to complement and enhance existing wastewater infrastructure. It can be tailored to fit a wideC range of municipal and industrial use cases.
Does the Pod qualify for public funding?
Yes. Airbuild systems align with wastewater project categories for public funding and often qualify for additional programs because they deliver multiple co-benefits, including carbon removal and waste management.
Can you help w/ an organic waste dump?
Absolutely. The same technology that powers Airbuild Pods can process organic waste into high-value biochar, creating durable carbon storage while turning a costly problem into an asset. Let’s explore how we can add this solution to your site.
More questions?
↓
Looking for more information about Airbuild?
For Investors
What kind of water does Airbuild treat?
Airbuild treats community wastewater, polluted surface water, and organic waste streams. Our algae–microbe system removes nutrients, heavy metals, organic pollutants, pathogens, and can help reduce PFAS, with performance engineered to meet EPA discharge standards.
How does Airbuild capture carbon?
Airbuild uses algae to capture CO₂ from the air through photosynthesis, converting it into biomass. That biomass is then combined with organic waste and stabilized through pyrolysis
How permanent is the carbon storage?
Through pyrolysis, biomass and organic waste are converted into biochar, locking away carbon for hundreds to thousands of years. This process also prevents methane and CO₂ emissions that would otherwise be released from decomposition, with permanence verified under Isometric’s biochar protocol.
For Clients
Can the Pod work with existing infrastructure?
Yes. The Pod is designed to complement and enhance existing wastewater infrastructure. It can be tailored to fit a wideC range of municipal and industrial use cases.
Does the Pod qualify for public funding?
Yes. Airbuild systems align with wastewater project categories for public funding and often qualify for additional programs because they deliver multiple co-benefits, including carbon removal and waste management.
Can you help w/ an organic waste dump?
Absolutely. The same technology that powers Airbuild Pods can process organic waste into high-value biochar, creating durable carbon storage while turning a costly problem into an asset. Let’s explore how we can add this solution to your site.
