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Over three years, the New Cotton Project will see textile waste collected and sorted via consumer apparel take-back programs, then regenerated into cellulose-based textile fibers by Finnish biotechnology specialist Infinited Fiber Company, the 12 project partners confirmed. Textile Waste. Circular Economy. Supply Chain.
A long-standing grail of biotechnology is the effort to convert the lignin component of plant-based biomass into energy or something useful – this being a less wasteful avenue than simply burning it or throwing it away. It’s a waste.” The MEC cycles waste-filled water through the bacteria, which eat up the carbon.
A UK-based demonstration plant that generates industrial biotechnology sugars and other recycled material streams from the paper and card in mixed household waste has come online in May 2022. The products will be used in the production of several high-performance bio-based materials. Watch this space!”.
Seppic recently inaugurated a fermentation biotechnology laboratory at the Air Liquide Innovation Campus in Delaware, marking a significant shift for a company traditionally associated with gases for sectors like healthcare, food, and electronics. Minimizes waste and eliminates harmful chemical catalysts.
A recent feasibility study funded by the Industrial Biotechnology Innovation Centre (IBioIC), with support from the University of Glasgow, has helped the business to take its technology to the next stage. The UK generates approximately 4.5 million tonnes of wood residues every year.
Biotechnology- reducing environmental impact. Engineering bacteria to replicate the same processes can be significantly more sustainable, reduce waste streams, limits the production of toxic byproducts, and is not dependent on non-sustainable resources such as crude oil. This can result in fewer by-products and contaminants (i.e.
However, the firm now intends to explore, invest and ramp up carbon capture and use technologies that will eliminate the need for fresh carbon feedstocks and instead allow it to tap recycled carbon already on or above ground, for example, through captured carbon dioxide or carbon captured from waste materials. could emerge as a world leader.
Funded by the Industrial Biotechnology Innovation Centre (IBioIC), the results of the project could help to unlock new Scottish supply chains for natural and sustainable feeds. For this project, species were specifically selected for their commercial viability, to minimise potential waste and maximise value.
If scientists can figure out how to genetically engineer it, this single-celled organism’s natural quirks could become supercharged into a low-waste carbon capture system. For microorganism researchers, whose field has long revolved around a handful of easy-to-manage organisms like yeast and E.
If scientists can figure out how to genetically engineer it, this single-celled organism’s natural quirks could become supercharged into a low-waste carbon capture system. For microorganism researchers, whose field has long revolved around a handful of easy-to-manage organisms like yeast and E.
Finding a way to do something more interesting with woody biomass – other than just burning it – is a long-standing grail for biotechnology research. Lignin, which is the second most abundant renewable carbon source on Earth, mostly goes to waste as a fuel source.
A possible solution that stands out from its competition has been presented by Mycorena , a biotechnology company in Sweden, where the key method relies on the use of edible filamentous fungi as a high-protein substituent component for the feed industry.
Microbes can be designed to clean up toxic waste sites or replace petroleum-based textiles with renewable ones. Tools like DNA sequencing, automation and machine learning are key to allowing organism engineers to solve these technical challenges. One example of this concept at work is the design of microbes for an industrial setting.
They found specific genes that play key roles in response to water stress across different Miscanthus species, and saw consistencies with functional biological processes that are critical during the survival of drought stress in other organisms.
Rather than ending up as useless waste in the landfill, these plantable cards degrade in soil and grow into herbs and flowering plants, making this a big win for bees and other pollinators. In the workplace, they have also organized a cycling program to save energy, offset commute emissions and encourage exercising.
We explain our current waste crisis in detail, before defining an effective business waste management strategy to reduce packaging waste. Use the links below to navigate this guide: The need for sustainable packaging: Giving perspective to our waste crisis. The 6 types of retail packaging waste. That is, 17.6
Of the waste generated from that plastic, less than a tenth of that has been recycled, researchers estimate. At the end,” he added, “you have exactly the same quantity of plastic waste.”. Enzymes catalyze chemical reactions inside organisms. billion tons of plastic.
They regularly use excess resources/wastes and byproducts, aiming to reduce use of plastics by replacing them in various products they create. Biohm is working to address several planetary challenges at once: the climate crisis, waste crisis and social injustice. Biohm Images via Biohm.
Did you know that 128 million tons of milk are wasted every year? LA-based startup Mi Terro is using biotechnology to turn a portion of that food waste into sustainable fibers for biodegradable T-shirts. Mi Terro Images via Mi Terro.
The brand works with pharmaceutical and biotechnology companies to help them get new therapies to patients as quickly and efficiently as possible. Before a new drug or medical treatment can be given to patients, it must first be approved by a regulatory organization such as the Food and Drug Administration (FDA).
Over three years, the New Cotton Project will see textile waste collected and sorted via consumer apparel take-back programs, then regenerated into cellulose-based textile fibers by Finnish biotechnology specialist Infinited Fiber Company, the 12 project partners confirmed.
Thanks to the precipitous drop in the cost of sequencing DNA, scientists now have access to the genomes of countless organisms, providing them with an extensive library of reaction pathways needed for desired molecular outcomes.
However, the firm now intends to explore, invest and ramp up carbon capture and use technologies that will eliminate the need for fresh carbon feedstocks and instead allow it to tap recycled carbon already on or above ground, for example, through captured carbon dioxide or carbon captured from waste materials. could emerge as a world leader.
💧 cimico , a Donostia-San Sebastian, Spain-based biotechnological wastewater treatment platform, raised $8M in Series A funding from Moira Capital Partners. ⚡ AquaGreen , a Roskilde, Denmark-based pyrolysis technology for waste conversion developer, raised $4M in Seed funding from Nordic Alpha Partners and FMG Circular Invest.
Oliver Camp is passionate about food waste, which he calls a "terrible indictment of our ability to manage our food and supply chains." But he also sees ample opportunity for reducing it, and for redistributing this "waste" to hundreds of millions of malnourished people worldwide. LinkedIn . LinkedIn | Twitter. Hana Kajimura, 28.
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