Basilisk is dedicated to promoting sustainable construction through innovative self-healing concrete technology. Our biobased self-healing agent significantly contributes to reducing the carbon footprint of concrete structures.
Here's how to do it:
Here's how to
do it:
1. Reducing Shrinkage Reinforcement
- Enhanced Design Flexibility: By incorporating self-healing properties, larger crack widths can be accepted in the design phase.
- Significant Reduction: This allows for up to 40% reduction in shrinkage reinforcement, cutting down on material usage and costs.
1. Reducing Shrinkage Reinforcement
- Enhanced Design Flexibility: By incorporating self-healing properties, larger crack widths can be accepted in the design phase.
- Significant Reduction: This allows for up to 40% reduction in shrinkage reinforcement, cutting down on material usage and costs.
2. Less Downtime, Longer Lifespan
- Reduced Maintenance: Concrete structures with Basilisk Self-Healing Agent require less maintenance, leading to fewer repair interventions.
- Extended Service Life: The lifespan of concrete structures is extended by approximately 30-40%, minimizing the need for replacements and reducing lifecycle costs.
2. Less Downtime, Longer Lifespan
- Reduced Maintenance: Concrete structures with Basilisk Self-Healing Agent require less maintenance, leading to fewer repair interventions.
- Extended Service Life: The lifespan of concrete structures is extended by approximately 30-40%, minimizing the need for replacements and reducing lifecycle costs.
3. Reduction of CO2 Emissions
- Lower Carbon Footprint: By adding self-healing microorganisms to the concrete mix, CO2 emissions are significantly reduced.
- Environmental Impact: This contributes to achieving important environmental objectives and supports global efforts to reduce greenhouse gas emissions.
3. Reduction of CO2 Emissions
- Lower Carbon Footprint: By adding self-healing microorganisms to the concrete mix, CO2 emissions are significantly reduced.
- Environmental Impact: This contributes to achieving important environmental objectives and supports global efforts to reduce greenhouse gas emissions.
Benefits of Sustainable Concrete
Watertight Concrete
Prevents water infiltration, reducing the risk of damage and the need for repairs.
Benefits of Sustainable Concrete
Protection of Reinforcement
Shields steel reinforcement from moisture and corrosion, enhancing durability.
Cost Efficiency
Lower maintenance and extended lifespan result in significant cost savings over the structure’s lifecycle.
Applications
Applications
Infrastructure Projects
Tunnels, bridges, roads, dams, reservoirs, cooling towers, and other large-scale infrastructure benefit from reduced maintenance and extended durability.
Commercial and Industrial Buildings
Enhances the sustainability of commercial and industrial properties by lowering operational costs and reducing downtime for repairs and reconditioning.
Provides long-term benefits for housing developments, ensuring longevity and reduced environmental impact.