Lanzar cenizas al mar en España requiere cumplir estrictas normativas ambientales, utilizando urnas biodegradables y áreas autorizadas por Capitanía Marítima, en un sector en auge de ceremonias personalizadas.
11-year-old Naboshree Santra from Florida developed biodegradable soilshade balls to reduce water evaporation and help soil retain moisture, earning her a spot in the 3M Young Scientist Challenge finals where she could win $25,000.
Marine scientists in Thailand are using 3D-printed bioplastic pods to protect young seagrass shoots from waves and marine life in Mu Ko Phetra National Park. This trial aims to restore vanishing seagrass meadows, crucial for local fishing communities and the declining dugong population.
Científicos de la Universidad Politécnica de Santa Rosa Jáuregui (Querétaro) crearon películas conductoras y semiconductoras con almidón y ADN. Estas películas son biocompatibles, biodegradables y tienen aplicaciones médicas, agroindustriales y electrónicas.
Hong Kong-based OKOsix, founded by materials scientist Eddie Yu, is expanding its biodegradable materials business into Western markets like Canada, Europe, and Australia. The company has also established a mainland China headquarters in Shenzhen's Futian district and plans to build a factory in Guangdong, benefiting from government integration efforts within the Greater Bay Area.
French firm Tissium has developed a light-activated liquid biopolymer to replace medical stitches for nerve repair. Trials show high success rates in restoring sensation, and the technology is expanding to hernia repair and cardiovascular reconstruction.
In Japan's Kagawa Prefecture, surplus udon noodles are being repurposed into biodegradable paper sheets. This innovative process, developed by Kagawa University, utilizes the starch content of discarded noodles to cultivate cellulose-producing bacteria, creating a sustainable alternative to traditional papermaking.
In Japan's Kagawa Prefecture, surplus udon noodles are being repurposed into biodegradable paper sheets. This innovative process, developed by Kagawa University, utilizes bacteria to convert noodle starch into cellulose, offering a sustainable solution to food waste and creating a unique, durable material.
Jeff Bezos and Lauren Sánchez, through the Bezos Earth Fund, have committed $34 million to research sustainable fashion materials. This funding will support universities and institutions in developing biodegradable and plastic-free alternatives to polyester and cotton, aiming to reduce the industry's environmental impact and bring these innovations to market.
