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A new fund has been launched by the Industrial BiotechnologyInnovation Centre (IBioIC) to enable biotech companies to access specialist facilities, equipment and resources. The grants will enable companies to secure timely access to the facilities and expertise vital to expediting innovations.
Seppic’s Fermentation Lab Signals a Strategic Expansion for Air Liquide A Step Beyond Traditional Expertise Air Liquide, best known for its leadership in the industrial gases sector, is venturing into new territory through its subsidiary Seppic’s latest innovation. Minimizes waste and eliminates harmful chemical catalysts.
Environmentally responsible decommissioning company, CessCon Decom, has teamed up with researchers at Abertay University to explore how marine growth – a waste by-product of the decommissioning process – can be recycled and reused. The results of this work will help advise follow-on steps of the project.”.
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 Centre for Process Innovation UK is expected to join soon as a new project partner.
Biotechnology sees plastic sails transformed into synthetic vanilla flavouring Waste textiles from sailing boats could be given a new lease of life as a result of a research project upcycling plastic fibres from sails into new chemicals such as vanillin – the compound used in cosmetics and food products for a vanilla flavour and smell.
Edinburgh-based biotechnology start-up MiAlgae has secured further investment of £2.3m Championing the circular economy, the company has developed a novel biotechnology platform which uses low-value coproducts from the food and drink industry as a feedstock to initially grow microalgae rich in Omega-3 oils.
New funding available from the Industrial BiotechnologyInnovation Centre (IBioIC) aims to help grow Scotland’s bioeconomy. The latest tranche of its innovation fund is now open for proposals. The current call for projects is the sixth time IBioIC has awarded funding through its flagship Innovation Fund.
With six-figure funding support from the Industrial BiotechnologyInnovation Centre (IBioIC), Eco Clean is aiming to develop a more sustainable alternative to traditionally petrochemical-based surfactants, which can be produced at scale.
Lanzatech’s technology is described as “a combination of cutting-edge genetic engineering, state-of-the-art biotechnology, artificial intelligence, and innovations in mechanical and chemical engineering”. Through innovation and collaboration, we continue re-inventing essentials for sustainable living.”. “We
A family-owned whisky distillery in the central belt of Scotland, Falkirk Distillery, has joined forces with biotechnology company MiAlgae in a bid to advance the use of circular economy principles in the whisky industry. The partnership between Falkirk Distillery and MiAlgae is now underway.
A recent feasibility study funded by the Industrial BiotechnologyInnovation Centre (IBioIC), with support from the University of Glasgow, has helped the business to take its technology to the next stage.
The 50 Emerging Technologies report from Innovate UK – the UK’s innovation agency – brings together ”the most exciting new technological breakthroughs that could be part of our everyday lives”, says the group. While only in their infancy, they’re described in the report as having major potential to transform our lives.
A filtration system fuelled by whisky co-products is being developed by researchers to sustainably extract rare and valuable metals – including gold, silver, and palladium – from waste electronics using a new combined biological and chemical approach. million tonnes of waste electronics. million tonnes of waste electronics.
Kim Cameron of the IBioIC The Industrial BiotechnologyInnovation Centre (IBioIC) has launched a refreshed Scottish Bioresource Mapping Tool to help more businesses make the case for investing in biotechnology facilities and processes.
A new method to extract valuable bio-based chemicals from whisky distillery waste streams could transform manufacturing and be worth up to £90 million in global chemical manufacturing markets. Alan Mccue of the University of Aberdeen. It’s great to see Scottish heritage being linked to sustainable chemical production.
National standards body partners with government innovation agency InnovateUK and the Industrial Biotechnology Leadership Forum on major new report setting out full potential for bio feedstocks.
Materials from Scottish-grown seaweed could help to improve the life-span and charge time of lithium-ion batteries used for the likes of electric vehicles, with a new first-of-its-kind prototype already being tested by expert researchers.
The research team from the Centre of Geothermal Research at the Faculty of Engineering at UGM consisted of Dr. Pri Utami, a geothermal geology expert, Dr. Ronny Martien, a nano biotechnology expert, Dr. Wiratni, a bioprocess engineering expert, and Dr. Ngadisih, a soil and water conservation expert. Innovation using geothermal waste Prof.
Now, it captures industrial waste gasses, such as CO2 and CO, and recycles them into the chemicals used to make everything from plastics to medical supplies to fabric for Lululemon. Lanzatech is a great test case for that thesis, as well as a great story to tell about the history of this sector. It was founded in 2005 as a biofuels company.
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. Innovation. Bio Economy.
Biotechnology firm MiAlgae has secured £14 million in funding to advance its operations and scale production. With this backing, we’re focused on building the infrastructure needed to meet the growing global demand for sustainable Omega-3s whilst continuing to advance innovation in biotechnology.”
Now, it captures industrial waste gasses, such as CO2 and CO, and recycles them into the chemicals used to make everything from plastics to medical supplies to fabric for Lululemon. Lanzatech is a great test case for that thesis, as well as a great story to tell about the history of this sector. It was founded in 2005 as a biofuels company.
A technique for extracting rare elements from waste alloy metals is being developed by Aberdeenshire-based SEM and researchers from the University of Edinburgh, with funding from the Industrial BiotechnologyInnovation Centre (IBioIC), a networking and support organisation based in Glasgow.
Twenty startups joined our community in the second quarter of 2022, working on innovations as diverse as a solution to enhance oceans’ natural ability to capture CO 2 , biotechnologies to produce wood products without cutting down trees, and a turnkey development approach to waste-heat-to-power projects. Resiliency + Adaptation.
In a project funded by the Industrial BiotechnologyInnovation Centre (IBioIC) and Scottish Water, a consortium of partners is assessing the viability of a water filter derived from biochar – a charcoal-like substance created when materials, in this case sewage sludge, are burned at high temperatures and deprived of oxygen.
Funded by the Industrial BiotechnologyInnovation 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.
It will also discuss how to finance the scaling up of AD and biogas technology in the country. ADBA represents a sector which adds so much value to the global efforts to meet net zero targets”, said Maurice Golden MSP ahead of the event. View the full programme
French scientists have discovered a plastic-eating enzyme they claim could offer an innovative recycling solution for millions of tonnes of toxic plastic waste material, according to "breakthrough" new research funded by a clutch of consumer goods firms.
The company intends to transition the products across its cleaning brands - which include Persil, Sunlight, Domestos and Cif - away from chemicals made from fossil fuel feedstocks and replace them with renewable or recycled sources of carbon, such as carbon captured using carbon capture utilisation technology or recovered from waste materials.
Everyone loves a good TED Talk, here’s one of our favorites: In this innovative TED Talk, Faber Futures Founder Natsai Audrey Chieza, says for a more just and sustainable future, it’s time for a radical approach to design. Microbes can be designed to clean up toxic waste sites or replace petroleum-based textiles with renewable ones.
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.
“This Finnish innovation combines synthetic biology, chemistry and material technology in a completely new way,” said a press release. Brightplus Oy, responsible for coordinating the project, produces new green chemistry innovations together with its partners that can be tested at the pilot plant.
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. Chonkus’ peanut butter consistency is important for the strain’s potential in green biotechnologies.
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. Chonkus’ peanut butter consistency is important for the strain’s potential in green biotechnologies.
The theme of adaptation and resilience calls on the world to find new ways to adapt to climate issues and be innovative enough to get past ecological contaminants. ” Scientists are also exploring Flower Matter, an approach that turns waste flowers into leather, paper, or packing foam. .” Via Newswise Lead image via Pexels.
Using a combination of cutting-edge genetic engineering, state-of-the-art biotechnology, artificial intelligence, and innovations in mechanical and chemical engineering the companies to manufacture chemicals using a process that soaks up waste carbon, rather than emitting it.
The new funding was awarded on Friday through two competitions delivered under UK Research & Innovation's (UKRI) Industrial Strategy Challenge Fund Transforming Food Production (TFP) challenge: the Future Food Production Systems competition and the Science and Technology into Practice Demonstration competition.
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. Their dedicated teamwork sparks the innovation and ambition needed to create solutions and drive change in the painting industry.
Then capital flows, and the creative innovations that come from many of the folks that you’re going to see today will be part of those breakthroughs that will help to improve the human condition.” Microvi | Biotechnologies for safe drinking water, wastewater treatment, and renewable chemicals | watch. CIRCULAR ECONOMY.
Elemental is expanding its support for visionary entrepreneurs who are addressing climate challenges in innovative ways. Investors and innovators are taking note, and are pouring in to address climate change. These 15 climate companies will join an existing portfolio of more than 150 investments.
We largely import these foods from countries that have invested heavily in alternative protein R&D, when we could be leaders in this rapidly advancing field of science and innovation. Private companies such as Quorn, Impossible Foods and others have also largely led the way in terms of advancing innovation in this space.
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. The company doesn’t want to stop there. Mi Terro Images via Mi Terro.
A major US initiative is deploying behavioural insights to slash food waste at corporate canteens. Back before the pandemic, around 10,000 employees arrived every day at Genentech, a biotechnology company headquartered in South San Francisco. But Cool Food members are a diverse bunch.
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