Algreen is a London-based startup that "pioneers renewable and sustainable product solutions" and its bio-based polyurethane is a ground-breaking example. The material is made out of food waste and through the employment of various technologies in the biotechnology, chemistry, and material science spheres.
Algreen's bio-based polyurethane is versatile and can be commercialized in different settings such as fashion, medical, packaging, construction, and furniture. The startup's current product line includes "facemasks glue, fabric glue, apparel coating, shoe foam, vegan leather, chipboard, and label." Algreen's estimation that by using just 1% of its bio-based polyurethane, manufacturers can curb "nearly 200 billion pounds of CO2 emissions each year" is quite impressive. In the throes of accelerating climate change, Algreen provides an important pathway to bigger brands.
Innovative Biobased Fabrication Brands
Algreen Creates Bio-Based Polyurethane Out of Food Waste
Trend Themes
1. Bio-based Materials - Innovative companies can utilize bio-based materials, like Algreen's bio-based polyurethane made from food waste, in various industries to offer sustainable and renewable product solutions.
2. Circular Economy - Algreen's use of food waste to create bio-based polyurethane highlights the potential of a circular economy, where waste materials are repurposed and given new life.
3. Green Chemistry - The development of Algreen's bio-based polyurethane through the integration of biotechnology, chemistry, and material science reflects the importance of green chemistry approaches in creating sustainable and renewable products.
Industry Implications
1. Fashion - Algreen's bio-based polyurethane can be used in the fashion industry to offer more sustainable and eco-friendly clothing and accessories options.
2. Packaging - Replacing traditional plastic packaging materials with Algreen's bio-based polyurethane can have a significant impact on reducing carbon emissions and plastic waste.
3. Construction - Algreen's versatile bio-based polyurethane can be used in construction, providing a sustainable and renewable alternative to traditional building materials.