We're excited to share that REEgen's CEO and Co-Founder Alexa Schmitz is speaking at a webinar hosted by the Critical Materials Innovation Hub (CMI)! Join her on Tuesday, August 20th at 2 PM EST to learn more about genetic strategies for commercializing rare earth biomanufacturing. Register here: https://lnkd.in/gSmp4gSv #biomanufacturing #biotechnology #climatetech
REEgen
Biotechnology Research
Ithaca, NY 372 followers
Sustainably Mining Critical Metals with Biology
About us
Rare earth elements (REE) are critical for sustainable energy infrastructure, but their current environmental impact is simply too high. REEgen is reimagining the global rare earth supply by replacing the most harmful production steps with genetically optimized microbial processes, securing these critical elements for a future of unbounded, widespread renewable energy.
- Website
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https://reegen.tech/
External link for REEgen
- Industry
- Biotechnology Research
- Company size
- 2-10 employees
- Headquarters
- Ithaca, NY
- Type
- Privately Held
- Founded
- 2022
- Specialties
- Genomic engineering, Bio-mining, and REE recovery
Locations
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Primary
Ithaca, NY 14850, US
Employees at REEgen
Updates
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We’re thrilled to announce that REEgen is one of only five teams to win a Stage 3 Air Force Research Laboratory award in the Mid-Atlantic region! This award money will help accelerate our work in scaling up bacteria-based rare earth element (REE) purification. Thank you to the AFRL Mid-Atlantic Research Hub for their ongoing support! We look forward to continuing our collaboration. #climatetech #startups #AFRL
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We're #hiring a new Senior Biological/Chemical Engineer in Ithaca, New York. Apply today or share this post with your network.
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We're #hiring a new Scientist (all levels) in Ithaca, New York. Apply today or share this post with your network.
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REEgen's CTO, Sean Medin will be at the #REIAAnnualConference in Tokyo, Japan this June. If you're there, you can catch him on the panel, "New process technologies for rare earth separation," to learn more about how REEgen and others are tackling this tough problem in the rare earth supply chain:
#REIA Weekly Newsletter https://lnkd.in/ei28u4xB We often hear the phrase “rare earths are not rare”, but we often forget that the #processing and #separation of #rareearths into individual high-purity #elements and #compounds is #technologically challenging. The traditional #solventextraction process has its pros and cons with potentially considerable #environmental impacts. Researchers and companies have been developing alternate #processing methods, with some in the process of #commercial-scale development. However, #techno #economic viability is still a question. Do they perform better environmentally and contribute to the development of a #green rare-earth value chain, with a reduced #carbon #footprint? If so, should #downstream industry and #OEMs pay a premium to make these #technologies commercially viable, at least in the initial phase of #commercialization? Want to learn more? Join us in #Tokyo for the 2024 #REIAAnnualConference, where esteemed panellists from REEtec, REEgen, RARE EARTH TECHNOLOGY LTD, BiotaTec - Next Gen BioMining Centre and Tussar Corp will delve into these issues. In this week's lead article, published in Nature, Qing Hua et al investigate a unique #nanotrap method for the efficient separation of rare earths, using a #metal-organic framework. Testing a proof of concept, various binary models in solution were evaluated; the resulting separation factors included SF (Pr/Dy) = 333 and SF (Nd/Er) = 273, demonstrating highly #efficient separation over a single step. The approach shows potential for efficient and selective #extraction and separation of rare earths from mine wastewater and other solutions, although the authors did not report on separation factors achieved during the separation of adjacent rare-earth elements on the periodic table, which is a much more challenging endeavour. Other stories include updates from REIA members Energy Fuels Inc, Aclara Resources and Appia Rare Earths & Uranium Corp. (CSE: API | OTCQX: APAAF), e-mobility and geo-political news. #sustainability #rareearth #mining #recycling #circulareconomy #climatechange Badrinath Veluri Gareth Hatch David O'Brock Gautam Khanna Sirli Sipp Kulli Dejene Kifle Alexa Schmitz Sean Medin Mark Chalmers Tom Drivas Ramon Barua Costa Barry Murphy Nabeel Mancheri Alexandra Cristina Donea
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Continuing our #RareEarthElement series, next up is element number 63, Europium! Named after the European continent and discovered by Eugène-Antole Demarçay in 1896, Europium has many practical applications. Europium plays a vital role in producing vibrant red colors in both television screens and smartphones. Europium is also an excellent neutron absorber, which makes it a great material for control rods in nuclear reactors. #Europium #Electronics
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Happy #EarthDay! Today, REEgen is focusing on little changes WE can make to maximize our #cleanenergy impact! First, be open to investing in #cleanenergy! Whether this be solar panels on the roof of your home or an electric car, investing in clean energy can help the planet stay green. Even the smallest changes, like turning off the lights when they are not in use, using LED lightbulbs, carpooling, and adding more plants to your diet can over time increase your savings and reduce your carbon footprint! Lastly, invest your time! Research and support policies that are fighting for the increased use of renewable energy and help to decrease our reliance on fossil fuels.
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Today we are starting our #RareEarthElement series! This series will feature the importance of rare earth elements, and why extracting these elements can be useful in our daily lives. We are kicking off with element number 60, Neodymium. Did you know that Neodymium is a key component in the production of powerful magnets that are used in headphones, mobile phones, and electric vehicle motors? Neodymium is also used in computer hard drives, so whether you are viewing this post on a desktop or have some PDFs to save, thank Neodymium! #RareEarthElements #rareearths #Neodymium #mobilephones #EVmotors #electricvehicles #magnets #electronics #electronicdevices #computers #harddrives #cleanenergy
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REEgen has joined the Rare Earth Industry Association (REIA)! REIA is an international non-profit organization that represents the global rare earth element industry. Their mission is to serve, promote, and advance the sustainable development of the global rare earth chain. Dr. Alexa Schmitz, Chief Executive Officer and founder of REEgen, commented, “We are excited to join such an important global organization that is at the forefront of supporting the rare-earth industry. At REEgen, we have a vision to create clean processes for rare-earth production, and we want that vision to reflect a global perspective for the future of these critical metals. We look forward to collaborating with REIA members as we work towards a solution to recover and recycle rare earth elements.” Dr. Badrinath Veluri, President of REIA, commented, “We are very pleased to welcome REEgen to the Association, as our newest member. We salute the Company’s initiative in the recycling of rare earths, recognising that it should benefit from REIA’s strong industry network. We look forward to working with REEgen and to building a strong partnership.” We look forward to collaborating with REIA and hope to continue expanding our environmentally friendly, biological extraction processes! Access the full announcement ➡ https://lnkd.in/d8Aq8Vgm #RareEarths #REIA #REE #sustainable #renewableenergy
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For this week's #REEgenTechTuesday, we are talking about rare earth elements (REEs)! REEgen was named after these elements, so what are they? The rare earth elements are a set of 17 metallic elements. 15 of these metals on the periodic table are known as lanthanides; the other two are scandium and yttrium. They all share similar geochemical properties that make them important for electronics, catalysts, and magnets - like in the motors of electric cars and windmill turbines. REE are actually abundant in the earth's crust, but they are very dispersed, making their extraction difficult, which gave the impression they were “rare”. REEgen uses clean #biomining technology, with the help of Gluconobacter oxydans, to extract these elements, especially from industrial byproducts that often simply go to landfills.
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