Scindo

Scindo CEO Gustaf Hemberg will be at BioTrinity 2025, speaking about some of the pioneering work we’re doing at Scindo to accelerate the future of cell-free, enzyme-powered biomanufacturing, and how we're enabling clean feedstocks to produce the bioactive ingredients that go into everyday products—from flavours to cosmetics. He will be sharing insights on: ⚡ How cell-free systems are unlocking reaction space beyond nature 🌍 The potential for scalable, low-footprint manufacturing across industries 🤖 The role of AI in navigating massive reaction space and accelerating development.

Biomanufacturing is transforming a wide range of industries by enabling products manufactured from clean, renewable feedstock through low-energy, resource efficient processes. Have a look at the amazing companies innovating alongside Scindo in the biomanufacturing space:

Scindo's unique enzymes enable the feedstocks of the future to replace petrochemicals. We make clean chemicals from sustainable substrates, ranging from upcycled waste to natural renewable feedstocks.

19 Startups and Scaleups turning Waste to Chemicals 🧪 What: Us humans make a whole lot of waste. So much, in fact, that we’re running out of places to put it. Despite the exciting discovery of plastic-eating worms… existing solutions aren’t even close to sufficient to take care of our problems.  What if instead we could put our waste streams to good use? 💡 Why: Of all the sectors, the chemical sector eats up the most energy – it uses up more than 10% of fossil fuels produced globally. And it’s the third largest industry subsector in terms of direct CO2 emissions (about half is used as feedstock for products). 🌈 Opportunity: - Waste prevention by creating a waste stream that doubles as a valuable feedstock - Enabling a circular economy to not only help us to reduce the amount of harmful waste that enters our ecosystems, but also facilitate a truly circular material lifecycle. ⚠️ Challenges: - Those using above-ground carbon sources rather than fossil fuels as feedstock will need to take care that they don’t contribute to the destruction of wildlife habitats, deforestation, or irresponsible water use. . - They will need to be cost-competitive with well-established ones. - Does high demand = high price? The more demand there is for waste streams, the more likely these waste streams will gain a higher price tag. After all, it’s not really ‘waste’ if it’s getting used… Chec out the full HackTrend Report with insights from Dr. Nadine Geiser of World Fund: https://lnkd.in/ekyks8WJ While some technologies have proven commercial success, we still have a ways to go, this map shows the startups and scaleups making it happen: