Carbon Financing
A Driver for Decarbonisation:
Bio-Construction
Bio-based materials have a carbon footprint that is fundamentally different from that of conventional materials.
Plants absorb atmospheric CO₂ through photosynthesis. When they are transformed into building materials, this carbon is physically stored within the built environment for decades, or even centuries.
This yields two major climate benefits:
Bio-based materials have a carbon footprint that is fundamentally different from that of conventional materials.
Plants absorb atmospheric CO₂ through photosynthesis. When they are transformed into building materials, this carbon is physically stored within the built environment for decades, or even centuries.
This yields two major climate benefits:
Key Challenges in Bio-Construction
Project feasibility
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Resource and technology analysis
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Input assessment
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Economic modelling
Project feasibility
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Resource and technology analysis
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Input assessment
-
Economic modelling
Project feasibility
-
Resource and technology analysis
-
Input assessment
-
Economic modelling
Project feasibility
-
Resource and technology analysis
-
Input assessment
-
Economic modelling
Project feasibility
-
Resource and technology analysis
-
Input assessment
-
Economic modelling
Key Challenges in Bio-Construction
Project feasibility
-
Resource and technology analysis
-
Input assessment
-
Economic modelling
Project feasibility
-
Resource and technology analysis
-
Input assessment
-
Economic modelling
Project feasibility
-
Resource and technology analysis
-
Input assessment
-
Economic modelling
Project feasibility
-
Resource and technology analysis
-
Input assessment
-
Economic modelling
Project feasibility
-
Resource and technology analysis
-
Input assessment
-
Economic modelling
Project feasibility
-
Resource and technology analysis
-
Input assessment
-
Economic modelling
Project feasibility
-
Resource and technology analysis
-
Input assessment
-
Economic modelling
Our Partners
Our Partners
Augur combines in-depth expertise in carbon markets, life-cycle analysis and bio-based value chains to develop high-integrity carbon projects.
We support projects from start to finish, from the feasibility stages through to the issuance and trading of carbon credits, ensuring both environmental rigour and economic performance.