beworm

beworm

Biotechnologieforschung

Garching bei München, Bayern 1.135 Follower:innen

bioneering the future

Info

Beworm is a biotechnological start-up facing the challenge of plastic pollution. Our goal is to develop a biotic recycling process that decomposes polyethylene, a commonly used material, into its building blocks. With the help of selected microorganisms and enzymes, the long hydrocarbon chain of polymers can be split up into shorter fragments, which can be reused as raw materials. This will transform a linear process into a circular process.

Branche
Biotechnologieforschung
Größe
2–10 Beschäftigte
Hauptsitz
Garching bei München, Bayern
Art
Personengesellschaft (OHG, KG, GbR etc.)

Orte

  • Primär

    Lichtenbergstraße 6

    Bio.Kitchen

    Garching bei München, Bayern 85748, DE

    Wegbeschreibung

Beschäftigte von beworm

Updates

  • Unternehmensseite von beworm anzeigen, Grafik

    1.135 Follower:innen

    Don't forget to keep your eyes open - to see the problem, but also potential solutions 😊

    Profil von Eleonore Eisath anzeigen, Grafik

    Lead Innovation Lab MILK. | Founder beworm | Keynote Speaker | Design4Recycling & Recycling Technologies

    **Spot the Differences!** Why are we capable of unseeing what we don’t want to see? I’m currently on a trip in an around Bali, my first long-distance vacation in years. The goal of this trip was to detach and recover from two very difficult years, but it has turned into a reminder. I was aware that Indonesia faces issues with littering and inadequate waste management, but I’ve never witnessed a major contributing factor to our waste problem as clearly as I have here: the ability to unsee. According to Wikipedia, selective perception is „the tendency to overlook and quickly forget stimuli that cause emotional discomfort.” This is particularly evident when visiting Bali’s “Instagrammable” spots. I saw people proposing next to piles of trash that were cut out of the photo, young Europeans (that can’t blame it on a lack of education) happily swimming around floating PET bottles, and cows munching on garbage from the trees. But what surprised me most was how my own perception shifted in just a few days. Whenever I lingered in one place, the initial shock seemed to fade. After spending nearly a week at the same polluted beach, I found myself thinking, “Maybe it’s not that bad” by day five. With the biological instinct of adaptation kicking in, it felt possible to accept and ignore the surroundings, despite my background and the years I’ve spent on this issue. That was the moment were I needed to remind myself that selective perception is a dangerous trap. It helps you to handle your own reality, but it doesn’t change the shared one. So how can we make sure that we see what we need to see? That we do look up and do look down? I’d love to hear your thoughts in the comments. Ps. The difference is that the photos were taken from two different angles.

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  • Unternehmensseite von beworm anzeigen, Grafik

    1.135 Follower:innen

    💚

    Unternehmensseite von Newsroom.Kunststoffverpackungen anzeigen, Grafik

    932 Follower:innen

    Die besten „Mitarbeiter“ und heimlichen Stars ihres Startup-Projekts sind winzige Würmer und Mikroben: Eleonore Eisath gehört zum Kreis der #Kunststoffverbesserer. Die 1992 geborene Südtirolerin ist nicht nur hauptberuflich Business Development Managerin sowie Leiterin des Innovation Labs der Frankfurter Verpackungsdesignagentur MILK. und damit Expertin für nachhaltige Verpackungslösungen sowie strukturelle Herausforderungen im Design. Sie ist auch Gründerin des Startup-Projekts „𝙗𝙚𝙬𝙤𝙧𝙢“, das an der Entwicklung eines Recyclingverfahrens arbeitet, das mit der Kraft der Natur Kunststoffabfälle in Rohstoffe zersetzt. Im 𝙄𝙣𝙩𝙚𝙧𝙫𝙞𝙚𝙬 mit uns erzählt sie:  💡 warum sie beworm gegründet hat ♻ welches Potenzial enzymatisches Kunststoffrecycling im Vergleich zu anderen Verfahren bietet  🥒 was die optimale Lebensmittelverpackung ausmacht Zum Interview geht es hier: https://lnkd.in/dJqchFrY #PackTheFuture #Nachhaltigkeit #Kunststoffverpackungen #CircularEconomy #Innovation

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  • Unternehmensseite von beworm anzeigen, Grafik

    1.135 Follower:innen

    💚 💚

    Profil von Loretta TIOIELA 🇺🇦 anzeigen, Grafik

    Founder & Managing Partner Next Sequence®

    Back in #Paris just in time for the #Olympics and the excitement in the air is so contagious. It's a time to come together of course and we need to celebrate every bit of that now more than ever when our world seems so divided and on the edge of letting hate take over but it's also the tipping point where you realize that there is so many of us and that we do not exist in harmony... neither with ourselves nor with nature. Paris promised to be one of the #most #sustainable #Olympics ever organized. Let's hope that there will come a time where that would not even be something that we have to say and be proud of so much it w ould have become part of us to be #sustainable #by #design. In the meantime, deep dive with me on this new #TechBio #Founder #Series #Podcast #31 focused on #polyethylene #plastics #recycling. Dive-in with me on how to we could #clean #up the #world out of polyethylene plastics by turning #nature's #enzymes into powerful #plastic #degradation #engines with Eleonore Eisath , Founder at beworm: https://shorturl.at/iAKvG It is about the worm but it isn't about the worm 😜 Just listen up! Happy Paris 2024 Olympics 🗼🥐🇫🇷!

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  • Unternehmensseite von beworm anzeigen, Grafik

    1.135 Follower:innen

    Happy to share this new podcast about our challenging research, the prospects of enzymatic recycling and attempt of getting all pieces of the puzzle put together 😊 🐛 🥛 Thanks for having us Karsten Schröder! Food Packaging Innovation Lab beworm Innoform - liefert Flexpackwissen https://lnkd.in/dsdFwcHd

    Karsten Schröder auf LinkedIn: Wie Würmer beim Recycling helfen

    Karsten Schröder auf LinkedIn: Wie Würmer beim Recycling helfen

    de.linkedin.com

  • beworm hat dies direkt geteilt

    Profil von Parker J. Bovée anzeigen, Grafik

    Recycling & Waste ♻️ @ Cleantech Group | Formerly @ UC Berkeley & Duke

    Hello friends!😎 Very proud to publish my newest piece of research with Cleantech Group. Do check out the free blog and my thoughts below if you don’t subscribe to our insight service. KEY TAKEAWAYS: 🌎 Global virgin plastic production will not slow anytime soon; even with dramatic transitions to bio plastics or reduced plastic use campaigns, creating new polymers is essential for our economy, opening the door for high quality recycled plastic. 🌍 Not all recycling is equal! -💰The status quo, mechanical recycling, handles about 90% of all recycling in an exceptionally energy efficient manner but can’t accept all plastic types and is very sensitive to process malfunctions while producing degraded mixed plastic outputs. -⚡️Advanced Recycling, physiochemical reactions used to isolate monomers and polymers within plastic waste, vary significantly in their energy need and environmental impact. -🔎Securing high waste purity, or homogeneous plastic type, for the recycling process is absolutely essential to improve profitability, regardless of which recycling process is used. AMP and Greyparrot are leading the way with robotics and algorithm enabled sorting. 🌏The recycling market is taking defined shape thanks to corporate involvement, but not always to produce plastic. -⛽️Oil & Gas companies like Shell, ExxonMobil, and TotalEnergies are investing in several recycling technologies but primarily in pyrolysis as it can be used to produce a variety of fuels. -👕Clothing companies like ZARA USA and adidas have made huge progress to decarbonize their production using recycled PET textiles. -🥤Similarly, The Coca-Cola Company and Nestlé are transitioning to recycled PET packaging; boosting the development of depolymerization significantly. -🚮In a suprising find, I expect WM and Republic Services to dominate this market in the coming decade. These institutional waste managers have invested billions in recycling technology in the last decade and enjoy monopolistic control over waste, positioning both to accelerate American plastic recycling in unprecedented scale. I would like to give a huge thank you to all the innovators and incumbents I spoke with to write this research below. The current state of plastic pollution is daunting and maturity of recycling underwhelming, but innovation is poised to make a real difference as it spreads globally. Thanks to my friends at: MacroCycle Technologies, JEPLAN, INC., Plastic Energy, PureCycle Technologies, Agilyx, ENCINA, Novoloop, Loop Industries, Enerkem, SYNOVA, Blue Polymers, Polystyvert, beworm, Norbite, Saperatec GmbH, Mura Technology, Pryme, Anellotech, Inc., PS Loop B.V., DePoly, Eastman, TerraCycle, and Ioniqa Technologies!

    Unternehmensseite von Cleantech Group anzeigen, Grafik

    24.255 Follower:innen

    Plastic production is expected to double by 2050, and by 2060, emissions from plastics production and disposal are also expected to double. Can innovative #plasticrecycling methods evolve to help mitigate the environmental impact of plastics production? Leading technologies in advanced recycling include pyrolysis, depolymerization, and solvent dissolution. However, these solutions are not without disadvantages. Find out where the plastic recycling industry stands today in Parker J. Bovée’s latest perspective: https://hubs.li/Q02qgjM20 JEPLAN, Carbios, MacroCycle Technologies, Plastic Energy

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