HydRegen

👀 Our Non-Exec Director, Joe de Sousa and our CEO, Holly Reeve discussing '3 things they like about working together', on camera 🎥 🚀 Introducing our ambition for delivering next-generation bio-manufacturing technologies into the Pharmaceutical sector ⏭️ Next-time we get more technical on #sustainability and our #Bio2Amine technology - watch this space 🙏 Special thanks to Tara Lurshay for filming, editing and keeping us on topic! #CPHIMilan #AtTheHeartOfPharma Meet us at CPHI Milan, in the start-up market See our website for more: https://lnkd.in/epuYN9Ym

💊 We are leading the way in safer and cheaper small molecule API manufacturing!   ♻ Our bio-based alternatives to expensive, toxic and precious metal catalysts in batch or continuous reactors provide safer processes and mitigate the associated cost and regulatory challenges in API production   The products: 🟢Bio2Amine - validated for a huge range of aromatic nitro-to-amine reactions 🔵 H2BioCat - for highly efficient cofactor recycling for asymmetric reductions   We can work with you: 🧪 On joint development projects for intensified manufacturing strategies, or 🧬 Through licensing our novel technologies for commercial manufacturing What does this mean? ♻ 3 x CO2e savings ⬇ 40 % cost savings 🌡️ reduced pressure and temperature for hydrogenation reactions ⛑️ improved safety 💥 retained high efficiency and intensity of chemistry 📃 less regulatory challenges Our teams will be at #CPHI Milan on 8-10 October 2024, come and speak to us to find out how we can work with you and create a greener pharma future 💚   #CPHIMilan #AtTheHeartOfPharma #Bio2Amine #H2BioCat

We are proud to be a part of the 2024 Golden Ticket programme and be selected as the winner of the competitive pitching and judging process. It was a great experience for us and will provide invaluable access and support as we look to fast-track our growth over the coming months.

📈 Our Impact Strategy on Cost and Carbon Savings 🔬 With new data, comes new opportunities for modelling the transformative impact that our biotechnologies can have on the chemicals sector. Over the last year, we have been able to more rigorously validate our models with intensified processes, improved data and top-tier expert consultants.  The result?  A predicted 3x CO2e reduction, on average, if HydRegen technologies are used to replace metal catalysts in commercial hydrogenation manufacturing processes.  Our modelling compares moving hydrogenations from batch to continuous flow, and then from metal-based to HydRegen's bio-based strategies. Importantly, our sustainability and cost savings are directly aligned, and largely centre on minimising energy demands.  💥 Watch this space as there is much more to come as we model our more streamlined downstream processing requirements and review other indirect manufacturing benefits. Start a conversation [email protected] Or meet us at #CPHIMilan #ChemicalIndustry #GreenChemicals #Bio2Amine #H2BioCat #GreenChemistry #CleanTech #SustainableChemistry

🌱 How HydRegen Technology Supports Sustainable Reshoring Reshoring chemical manufacturing presents a significant opportunity for UK economic growth and increased resilience, especially in light of recent global disruptions. However, concerns about higher manufacturing costs and challenges in raw material supply chains are certainly valid and it’s here where advancements in AI, green chemistry, and automation can make a real difference. Innovation needed ⚡ improve process efficiencies whilst lowering energy demands  ♻ achieve cleaner processes and streamline downstream processing ☠ reduce reliance on expensive finite resources, e.g. precious metals HydRegen’s innovative 'slot-in' bio-manufacturing technologies (#Bio2Amine, #H2BioCat) support reshoring initiatives by simplifying the transition to green chemistry and integrating seamlessly into existing infrastructure. Our bio-based technologies provide 3xCO2e savings and offers up to 40% cost savings. Making reshoring not just a strategic move but an economically viable one. With strong government support and continuous advancements in #EngineeringBiology, the UK is well-positioned to lead the green revolution in chemical manufacturing. Discover how HydRegen is driving sustainability and enabling the shift towards reshoring in our latest blog 👉 https://lnkd.in/eAtQPTVy   #GreenChemistry #BioBasedTech #Sustainability #Reshoring #Innovation #HydRegen 

🌍 From Global to Local: A Strategic Shift Towards Reshoring Essential Chemical Manufacturing Did you know the UK chemical sector generates a staggering £60 billion annually and employs around 500,000 people, directly and indirectly? It’s a cornerstone of our economy, fuelling industries from automotive to agriculture and making up about 10% of our total goods exports. For decades, globalisation allowed us to cut costs by outsourcing production to regions with lower labour costs and favourable regulations. But this global strategy also introduced risks such as volatile pricing, complex supply chains, and mounting environmental concerns. Now, geopolitical tensions and supply chain vulnerabilities are making reshoring a strategic necessity. By bringing chemical manufacturing back to the UK, we can safeguard financial stability, strengthen our supply chains, and enhance our environmental credentials. ❓Curious about how this shift could reshape the UK’s chemical industry and contribute to a sustainable and more resilient economy?  Dive into our latest blog to explore why reshoring is becoming a pivotal strategy for the future of UK chemical manufacturing and how it can lead to significant economic and environmental benefits. 👉 https://lnkd.in/eAtQPTVy #Reshoring #ChemicalManufacturing #Sustainability #Innovation #SupplyChainResilience 

💊 If you are interested in cleaner, safer and cheaper small molecule API manufacturing, come meet us at CPHI Milan in October! At HydRegen, we ❌ replace expensive, toxic and precious metal catalysts ♻ with bio-based alternatives, to ⬇ turn down the pressure and temperature of hydrogenation reactions ⚡ whilst, retaining the high efficiency and intensity of chemistry 🚀 in existing batch or continuous reactors. What does this mean for the pharmaceutical sector? ♻ 3 x CO2e savings 💷 40 % cost savings, 🌡 safer processes compared to metal catalysts, and 🌿 mitigating cost and regulations of precious metals in API production How can you work with us? 🎁 You can buy our #Bio2Amine evaluation samples validated for a huge range of aromatic nitro-to-amine reactions #H2BioCat product for highly efficient cofactor recycling for asymmetric reductions 🤝 We can work on joint development projects for intensified manufacturing strategies 📜 License our novel technologies for commercial manufacturing Our Business and Technology teams will be at #CPHIMilan #AtTheHeartOfPharma Find out more: https://lnkd.in/e9rahvJB Holly Reeve, Sarah Cleary, PhD, Matthew Hodges, Ph.D Tara Lurshay

❓What's your go to method for nitro to amine processes?❓   👀 𝗜𝗻𝘁𝗿𝗼𝗱𝘂𝗰𝗶𝗻𝗴 𝗕𝗶𝗼𝟮𝗔𝗺𝗶𝗻𝗲™ - 𝗼𝘂𝗿 𝗹𝗲𝗮𝗱𝗶𝗻𝗴 𝗯𝗶𝗼-𝗯𝗮𝘀𝗲𝗱 𝗰𝗮𝘁𝗮𝗹𝘆𝘀𝘁    #Bio2Amine™ is a clean, safe, and renewable biocatalyst system designed to convert nitro groups to amines with high chemical selectivity, without forming side products and intermediates. ✅ The advantages    Stable in both continuous flow and batch reactors, this precious-metal-free, enzyme/carbon catalyst operates under mild conditions, with handling protocols designed to mimic metal/carbon catalysts for ease of implementation.  It has the advantages of being: - ☠ METAL-FREE  ♻ COFACTOR-FREE  🗑 CO-CATALYST-FREE    ✅ The impact With the potential to save up to 𝟯𝗫 𝗖𝗢𝟮𝗲 whilst realising 𝟰𝟬% 𝗰𝗼𝘀𝘁 𝗿𝗲𝗱𝘂𝗰𝘁𝗶𝗼𝗻𝘀, switching to our Bio2Amine catalyst allows you to deliver on sustainability, cost efficiency as well as safety. Curious to learn more - https://lnkd.in/eNnr5VeV  Start a conversation - [email protected]  #chemicalsafety #chemistry #Bio2Amine #biocatalyst 

👀 Looking forward to sharing these videos soon!

❓ At HydRegen, ‘we make biology work like chemistry’, but what do we mean by that? ❓  🧪 𝗖𝗵𝗲𝗺𝗶𝘀𝘁𝗿𝘆: the process of changing a substance from one form to another – i.e. when making a chemical product.    Many chemical processes rely on catalysts to activate chemical change, especially if that change is energy-intensive. Chemists can use precious or toxic metal-catalysts like tin, palladium and platinum. It’s ideal for intensified manufacturing of chemical compounds. But not great for the environment.    🌿 Biocatalysis, on the other hand, is the use of Nature’s catalytsts, enzymes, to enabling chemical changes under mild conditions.      It uses less energy, is more selective and fits better within a circular economy.  The downside is these bio-based processes tend to be operated at lower intensity, forming high levels of carbon-based waste and ultimately fail to meet economic viability. So, here at HydRegen, our technologies take all the best parts of biology and makes it work with the efficiencies and scale of chemistry, meaning we can move towards a cleaner, greener and more sustainable chemical industry.   ❌ Displace expensive, toxic and precious metal catalysts    ✅ Replace them with natural bio-based catalysts that are non-toxic and renewable   ✅Unlock efficiencies with intensified batch or continuous flow methods and higher precision   ✅ Lower energy demands for chemical processes    Find out more about our technology and current products https://lnkd.in/eNnr5VeV #ChemicalManufacturing #Sustainability #HydRegen #Greenchemistry #biotechnology