Carbon Credits for Renewable Energies
Turning Buildings into Long-Term Carbon Sinks
The Construction Market and Its Carbon Impact
The construction sector is one of the largest contributors to global emissions. Yet it also represents one of the most powerful opportunities for climate mitigation.
Key figures illustrate the scale of the challenge:
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~37% of global CO₂ emissions are linked to buildings and construction.
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Cement production alone accounts for around 8% of global CO₂ emissions.
Beyond emissions, the construction sector also places major pressure on natural systems:
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10% of global water withdrawals and 25% of water consumption come from construction activities.
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Massive demand for aggregates such as sand is creating resource scarcity and ecosystem degradation.
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:
Value Chains & Carbon Potential
Bio-construction is based on a natural carbon capture cycle: plants absorb CO₂, biomass is converted into materials, and these are then incorporated into buildings where the carbon is stored for several decades.
An economic equation that remains fragile
The construction sector remains heavily driven by cost and volume considerations. Bio-based materials are often less competitive due to limited supply chains, still-limited industrial capacity and certification frameworks that are still taking shape.
A market slow to evolve
Value chains are deeply rooted in technical standards and established practices. The integration of new materials requires regulatory approvals, specific certifications and a gradual evolution of design standards and supply chains.
An economic equation that remains fragile
The construction sector remains heavily driven by cost and volume considerations. Bio-based materials are often less competitive due to limited supply chains, still-limited industrial capacity and certification frameworks that are still taking shape.
A market slow to evolve
Value chains are deeply rooted in technical standards and established practices. The integration of new materials requires regulatory approvals, specific certifications and a gradual evolution of design standards and supply chains.
Key Challenges in Bio-Construction
Bio-based materials are attracting growing interest at a time when companies and developers are seeking to reduce the embodied carbon of buildings and meet new climate reporting requirements. However, despite their potential, several structural barriers remain.
Value chains are deeply rooted in technical standards and established practices. The integration of new materials requires regulatory approvals, specific certifications and a gradual evolution of design standards and supply chains.
Value chains are deeply rooted in technical standards and established practices. The integration of new materials requires regulatory approvals, specific certifications and a gradual evolution of design standards and supply chains.
Augur’s Services in Bio-Construction
Augur supports project developers, investors and industrial partners throughout the entire lifecycle of carbon projects related to 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
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Economic modelling
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
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Economic modelling
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
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Economic modelling
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
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Economic modelling
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
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Economic modelling
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
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
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
Insights & Ressources
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
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Economic modelling
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
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Economic modelling
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
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Economic modelling
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
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Economic modelling
Project feasibility
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Resource and technology analysis
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Input assessment
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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.