Beta Bugs Limited’s Post

The research carried out in the European BiOrangePack Project by AIMPLAS · Technological Institute of Plastics, was recognized at the Fourth Edition of the go!ODS Awards, organized by the Spanish Global Compact Network in collaboration with the Rafael del Pino Foundation. Specifically, the project was recognized for its contribution to SDG 2: Zero Hunger, thanks to the development of active coatings for citrus fruits that help reduce fungal rot and are made from fruit pulp waste. #sustainablepackaging #recyclability #foodwaste #biobasedpackaging #sustainability #circulareconomy #recycledmaterials #resourceefficiency #sustainabledevelopment

We are at the forefront of transforming food systems in Africa using innovative black soldier fly (BSF) technology. Our work not only addresses food security issues but also aligns with Sustainable Development Goal 13: Climate Action. Global methane emissions, particularly from the waste sector, are a significant contributor to climate change. The waste sector accounts for nearly 20% of human-derived methane emissions, largely from organic waste decomposing in landfills and wastewater. Methane is a potent greenhouse gas, warming the atmosphere 86 times more than carbon dioxide over a 20-year period. Utilizing BSF reduces methane emissions and their impact in a couple of ways discussed below; Efficient Organic Waste Processing: BSF larvae rapidly consume and degrade organic bio-waste from markets, food industries, and restaurants. This process significantly reduces the amount of organic waste that would otherwise end up in landfills, where it would decompose and produce methane. Methane Avoidance: By diverting organic waste from landfills, LimaAfrica directly prevents the formation of methane that would occur during anaerobic decomposition in landfill environments. It is estimated that a 250-ton capacity BSF plant could avoid 18,426 tonnes of methane per year. Faster Decomposition: BSF larvae process organic waste much faster than traditional composting methods, reducing the time during which methane could potentially be produced. Circular Economy Approach: The BSF process produces valuable by-products such as protein-rich animal feed and organic fertilizers. This reduces the need for methane-intensive practices in agriculture and animal husbandry, further contributing to overall methane reduction.

#ICYMI the Department of Agriculture announced the National Strategy for Reducing Food Loss and Waste and Recycling Organics, a first-of-its-kind plan in the United States. #Collaboration is present in each of the key objectives identified in this strategy, and we’re excited to contribute our own opportunities to collaborate and reduce #FoodWaste across the #FoodSupplyChain. https://loom.ly/0sDex2Y

♻️ Turning Waste into Wonder: #Fermentation for a Sustainable Future 🌱 Imagine a world where food waste isn’t just discarded but transformed into a valuable resource. We can now convert food waste into nutrient-rich feed for animals through innovative fermentation processes. This approach reduces the burden on landfills and provides a sustainable solution for #agriculture. By harnessing the power of natural fermentation, we can create a circular economy where waste becomes an essential part of the food chain. It’s a win-win for the planet and our food systems—minimizing waste, reducing environmental impact, and promoting healthier, more sustainable agriculture. This is one example of a Japanese company harnessing the spirit of sustainability and innovation to create a truly progressive approach in evolving our food system. Let’s celebrate this game-changing innovation that’s making the world a better place, one fermented scrap at a time! #foodsystems #waste #FoodInnovation #Sustainability #CircularEconomy #WasteNotWantNot #GreenAgriculture https://lnkd.in/eESP7Cyh

#Waste derived food? "Researchers at Southern Illinois University have created a way to make 3D-printed food, including cookies, out of #plastic waste. According to a press release, the so-called µBites, or 'microbites,' are made by mixing waste biomass and plastic into slurry before a special yeast converts the slurry to proteins that are 3D-printed into various forms. The discovery could be a solution to multiple global issues. 'µBites is a transformative technology for treating world hunger and #plasticpollution, creating a sustainable world for future generations,' said SIU assistant professor Lahiru Jayakody." https://lnkd.in/eEf7_Yz7 #food #innovation #sustainability #planetaryhealth #circulareconomy #3dprinting #nutrition #future

Did you know that about 40,000 km2 of European farmlands are covered by plastic films? Managing the #plasticwaste generated in agriculture poses big economic and environmental challenges. The CBE JU-funded Recover BBI project has analysed the issue and proposed solutions, including #biobased processes. Learn more in the latest #CBEresearch: https://lnkd.in/dpgk9pEe

InsecTech: Turning Food Waste into Sustainable Resources Food waste is a critical issue, with urban areas producing over 23,000 tonnes of waste daily—70% of which is food waste. InsecTech, a biotech company, is addressing this challenge through an innovative waste-to-resource process. By upcycling organic waste, InsecTech converts it into valuable products like biofeed and organic fertilizers. InsecTech’s biofeed offers a sustainable solution for the pet, poultry, cattle, and fish industries, promoting a circular economy while reducing the environmental footprint. Additionally, organic fertilizers derived from waste improve soil health, cutting down the reliance on chemical fertilizers. The company’s unique process requires minimal space and leaves almost zero carbon footprint, processing 10-30 kg of organic waste daily. Through its cutting-edge technology, InsecTech not only mitigates food waste but also helps reduce greenhouse gas emissions and conserves resources by turning waste into high-demand products. #FoodWaste #CircularEconomy #InsecTech #Sustainability #OrganicFertilizer #Biofeed #WasteToResource #EcoInnovation

As of 1 January 2024, organic waste recycling is mandatory in France under new 'compost obligatoire' rules. With support from the government’s Green Fund, municipalities must provide residents with ways to sort bio-waste, which includes food scraps, vegetable peels, expired food and garden waste 🌱🙌 The waste will then be turned into biogas or compost to replace chemical fertilisers. Alternatively, it can be composted at home. According to the European Commission, food waste is responsible for about 16 percent of the total emissions from the EU food system. The UN says that food loss and waste generate around 8 percent of all human-caused emissions annually 🌏 🔗https://ow.ly/bRx350Qp1He It's a year since California, USA, mandated an organics recycling programme, and initial results show high landfill diversion rates and strong market growth. Local businesses are expanding to cope with demand, and over 160 thousand kilograms of organic waste has been diverted from landfills 🤯 🔗https://ow.ly/smXw50Qp1Hf #biogro #compost #climatechange #food #sustainable #environment #newzealand

Composting PLA (Polylactic Acid) bioplastics is gaining momentum in the United States as a sustainable approach to managing organic waste. Luminy® PLA bioplastics, besides being 100% biobased and chemically & mechanically recyclable, are also industrially compostable, breaking down into organic matter. TotalEnergies Corbion #biobasedpackaging #foodpackaging #sustainability #circulareconomy #compostable #resourceefficiency

'Diverting organic waste from landfills via insect biomanufacturing using engineered black soldier flies (Hermetia illucens)' A major roadblock towards the realisation of a circular economy are the lack of high-value products that can be generated from waste. Read the full article below to find out how the black soldier fly (BSF; Hermetia Illucen) is gaining traction for its ability to rapidly consume large quantities of organic wastes. https://lnkd.in/gBmK_n4Q #organicwaste #wastemanagement #bsf #wastemanagementsolution