Oxacrete Oulesse® is a revolutionary cement-free admixture and binder solution developed by Oxara to address the pressing need for sustainable construction materials. By utilizing mineral waste, such as demolition debris and earth, this innovative technology transforms these materials into high-performance construction products that are compatible with traditional mixing and forming processes.

One of the key features of Oxacrete Oulesse® is its ability to completely replace cement in the production of concrete and building materials. This not only reduces the carbon footprint of construction projects but also promotes circular resource use by repurposing waste materials that would otherwise end up in landfills.

The technology has been rigorously tested and validated on an industrial scale, ensuring that it can be seamlessly integrated into existing production workflows with minimal disruption. Oxara provides comprehensive support to developers, material producers, and builders, offering consulting, training, and implementation guidance to facilitate the adoption of sustainable building materials.

With applications in both residential and commercial construction, Oxacrete Oulesse® leverages local waste streams to create cost-effective and eco-friendly structures. By embodying Oxara's commitment to mainstreaming low-carbon materials, this solution addresses the challenges of affordability, industrial feasibility, and environmental impact in the construction industry.

• Replaces cement entirely, reducing CO2 emissions by up to 90%
• Transforms mineral waste into high-performance construction products
• Compatible with conventional mixing and forming processes
• Industrially validated and scalable technology
• Supports developers, material producers, and builders with consulting and training
• Promotes circular resource use and sustainable building practices
• Applications in residential and commercial construction
• Cost-effective and eco-friendly solution
• Minimal disruption to existing production workflows
• Addresses affordability, industrial feasibility, and environmental impact