Biopolymer Based Non-cementitious Binders to Achieve High Mechanical Performance

Description:

A revolutionary bio-based construction material has been developed using gelatin as a biopolymer to create a bio-binder, replacing the need for Portland cement in concrete. This bio-composite utilizes a gelatin-to-sand ratio to form a workable mixture that hardens into a durable material, suitable for various construction applications.

Key Advantages:

• Environmentally friendly with reduced carbon footprint compared to conventional concrete.
• Utilizes renewable resources, promoting sustainability in construction materials.
• Offers flexibility in application with adjustable gelatin-to-sand ratios for desired consistency and strength.
• Easy to prepare and mold into various shapes, enhancing design possibilities.
• Rapid setting time allows for quicker demolding and process efficiency.

Problems Solved:

• Reduces reliance on Portland cement, a major contributor to CO2 emissions in the construction industry.
• Addresses the environmental impact of construction materials by offering a biodegradable alternative.
• Overcomes challenges of resource scarcity by using commercially available gelatin.
• Solves the issue of long curing times in traditional concrete applications.

Market Applications:

• Eco-friendly building projects seeking sustainable material alternatives.
• Manufacture of precast concrete elements with lower environmental impact.
• Specialty construction applications where rapid setting is beneficial.
• Design and art installations requiring moldable materials with unique textures.
• Development of low-cost housing solutions with sustainable materials.