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Verified carbon project

Precast Building Elements from Local and Bio Based Straw and Wood

Innovative Biobased Building Solutions in France

Advancing Sustainable Construction with Prefabricated Wood and Straw Walls The project is pioneering low-carbon, biobased construction by producing prefabricated wooden frame walls insulated with straw. Traditional concrete-based construction materials are a significant contributor to global greenhouse […]

Precast Building Elements from Local and Bio Based Straw and Wood
Precast Building Elements from Local and Bio Based Straw and Wood
Location
Villefranche-sur-Saône, France
Project type
Biobased Prefabricated Wall Construction
Project ID
RIV-2023-PROJ-14
Status
Registered
Crediting period
January 2022 – December 2026
Annual reductions

93.16 kg CO₂e removed per m² built (Type A panels)

Community impact

Local material sourcing, reduced reliance on high-emission construction materials, support for sustainable farming practices

Verified carbon projects sit alongside reduction. They do not make a venue or event carbon neutral or net zero.

What the project does.

The project is pioneering low-carbon, biobased construction by producing prefabricated wooden frame walls insulated with straw. Traditional concrete-based construction materials are a significant contributor to global greenhouse gas (GHG) emissions. This project replaces high-emission materials with sustainable alternatives, reducing the environmental impact of buildings while enhancing thermal performance.

By using locally sourced wood and straw, the project significantly reduces transportation emissions and supports regional farmers by integrating agricultural byproducts into construction. The project’s innovative technology ensures high-performance insulation and rapid on-site assembly.

Through scalable, eco-friendly building solutions, this project aligns with France’s climate goals and contributes to the global transition to sustainable construction.

Biobased Prefabricated Wall Construction

What it supports.

  • Reduces reliance on high-emission concrete walls
  • Stores 93.16 kg CO₂e per m² in biobased materials
  • Uses 100% PEFC-certified sustainable wood
  • Promotes the efficient use of agricultural byproducts like straw
  • Supports local farmers by creating demand for straw as a construction material
  • Enhances building energy efficiency, reducing heating and cooling costs
  • Encourages sustainable construction practices across the region
  • Strengthens local supply chains in wood and straw production
  • Expands opportunities in the biobased construction industry
  • Provides stable employment in prefabrication and sustainable building techniques
Photography

The place, as recorded.

Precast Building Elements from Local and Bio Based Straw and Wood
Precast Building Elements from Local and Bio Based Straw and Wood
Precast Building Elements from Local and Bio Based Straw and Wood
Precast Building Elements from Local and Bio Based Straw and Wood
Precast Building Elements from Local and Bio Based Straw and Wood
Precast Building Elements from Local and Bio Based Straw and Wood
Precast Building Elements from Local and Bio Based Straw and Wood
Precast Building Elements from Local and Bio Based Straw and Wood
Precast Building Elements from Local and Bio Based Straw and Wood
Precast Building Elements from Local and Bio Based Straw and Wood
Precast Building Elements from Local and Bio Based Straw and Wood
Precast Building Elements from Local and Bio Based Straw and Wood
UN Sustainable Development Goals

The goals this project supports.

  • Goal 2Zero hunger
  • Goal 8Decent work and economic growth
  • Goal 9Industry, innovation and infrastructure
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