This initiative addresses the massive plastic waste generated by the beauty industry by converting rejected banana fruit and processing waste into high-quality bioplastics. By utilizing the high starch and cellulose content found in banana residues, the resulting bioplastic offers the structural integrity needed for cosmetic containers while remaining fully compostable at the end of its life.
The process involves extracting starch from the banana waste via wet milling and filtration. The extracted starch is then blended with natural plasticizers (like glycerol) and subjected to thermo-mechanical extrusion to form biopolymer pellets, which can be injection-molded into various packaging shapes.
Fasal Amrit is a groundbreaking organic polymer developed to combat drought and poor soil quality. By cross-linking the pectin found in orange peels with the structural cellulose of banana peels, scientists created a biodegradable hydrogel. This hydrogel absorbs hundreds of times its weight in water, releasing it slowly to plant roots, significantly decreasing the need for chemical fertilizers and excessive watering.
The fruit peels are dehydrated and pulverized. Acid hydrolysis is used to extract the pectin and cellulose, which are then photochemically cross-linked. The resulting gel is dried into a granular powder that swells rapidly upon contact with moisture in the soil.
Minced banana peels have been proven to act as highly effective natural water purifiers. The peels contain nitrogen, sulfur, and carboxylic acids that bind to toxic heavy metals in water. This offers a significantly cheaper and more environmentally friendly alternative to silica and carbon-based synthetic filters.
The banana peels are sun-dried, pulverized into a fine powder, and washed to remove soluble organic compounds. The powder is then packed into filtration columns where it performs heavy metal biosorption through ion exchange and complexation processes as contaminated water flows through.
In an effort to reduce food waste and combat nutritional deficiencies, researchers have successfully converted discarded banana peels into high-fiber, antioxidant-rich flour. When baked into cookies, replacing just 10-15% of wheat flour with banana peel flour significantly improved the nutritional profile of the snack without negatively impacting taste or texture.
The banana peels are thoroughly blanched to remove bitterness and enzymatic browning. They are then oven-dried at low temperatures to preserve antioxidants, followed by fine mechanical milling and sieving to produce a uniform baking flour.
Banofi leather represents a breakthrough in sustainable textiles. By upcycling banana crop waste—which is otherwise burned or left to rot—manufacturers create a cruelty-free, vegan leather alternative. This process completely bypasses the highly toxic chemical tanning methods used in traditional leather, saving thousands of gallons of water per square meter produced.
Banana pseudo-stems and peels are mechanically pulped into a fibrous paste. This biomass is mixed with natural gums, organic plasticizers, and non-toxic dyes, then pressed under high heat into thin, flexible sheets that closely mimic the texture and durability of animal hide.
