DE-FOA-0003105 Teaming Partner List Updated .000006.xlsx
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- Opportunity number
- DE-FOA-0003105
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-
Department of Energy Headquarters
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This document contains a list of potential teaming partners for the Department of Energy Federal Grant Opportunity DE-FOA-0003105 BIL 41003c-Critical Material Innovation, Efficiency, and Alternatives. The list includes the names of 57 organizations, along with details on their areas of expertise, technologies, and capabilities relevant to critical materials innovation and extraction. The organizations range in size from small businesses and startups to national laboratories and include manufacturers, technology developers, universities and research institutions. Their expertise spans areas such as rare earth and battery recycling, solvent extraction, separations, magnet production, biomining and purification of critical minerals. The Federal Grant Opportunity is assigned under the Department of Energy Federal Grant Program 81.089 - Fossil Energy Research and Development and seeks to advance innovations in critical materials through public-private partnerships.
DE-FOA-0003105 Teaming Partner List Updated .000006
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| DE-FOA-0003105 Teaming Partner List | ||||||||
| Submit this file to populate the master Teaming Partner List what will be uploaded in FedConnect via a FOA Amendment | ||||||||
| Submit to: Ryan.Miller@hq.doe.gov | ||||||||
| Investigator Name | Organization Name | Organization Type | Topic Area | Background and Capabilities | Website | Contact Address | Contact Email Address | Contact Phone Number |
| Oscar Neyra-Nazarrett | LISUS Technologies Inc. | Small Business | AOI 3: Next Generation Technologies | Mineral Exploration and Sustainability Assesment | https://lisusenergy.com | 4676 Admiralty Way # 503, Marina Del Rey, CA 90292 | partnerships@lisusenergy.com | 323-943-0094 |
| John W. Elling, Ph.D. | Molten Salt Solutions | for profit, small business | AOI 1A | Molten Salt Solutions is developing industrial-scale high speed counter current chromatography (HSCCC) solvent exchange systems. Compared to traditional mixer-settler cascades, HSCCC offers substantially lower capital and operating costs while achieving more stages of separation. This technology is ideally suited to replace the cascade of hundreds of mixer/settlers that are currently used produce individually-separated high purity rare earth oxides from mixed rare earth oxides. |
| The company also develops liquid/liquid separation methods that are suited to HSCCC processing. The processing efficiency of HSCCC changes the economic calculus of solvent exchange processes - allowing the use of less expensive and more environmentally-friendly solvent systems. Molten Salt Solutions is working with Los Alamos National Laboratory to further optimize and scale the HSCCC REO separation methods that have been developed and demonstrated at laboratory scale. | www.moltensaltsolutions.com | 3900 Paseo del Sol, Santa Fe NM 87507 | www.moltensaltsolutions.com | (505) 670-0232 | ||||||
| Robert Doherty | Carbon Conversion Group | Manufacturer of graphite, graphene and hydrogen gas from plastic waste | Critical mineral manufacturer | Produce graphite, graphene, carbon nanotubes and hydrogen gas from waste stream plastic (thermoset and thermoplastic) through a patented process. | www.carbonconversiongroup.com | 925 South Church Street, STE B200-123, Murfreesboro, TN 37130 | bdoherty@carbonconversiongroup.com | 714-459-9548 | ||
| Jesse Colangelo | Cemvita | Business | Biomining, Critical Mineral Extraction, and Purification of Critical Minerals | Microbe-Mineral interactions, Fermentation Optimizations, Techno-economic Analysis, Pilot Plant Design and Demonstration, Solid and Aqueous Metal Analytics, Premier Mining Industry Partners | www.cemvita.com | 8300 Alcott St., Suite 205 Westminster, CO 80031 | jesse@cemvita.com | 206-327-0757 | ||
| Matt Besser | Ames National Laboratory | FFRDC | 1-5 | Production of high purity Rare Earth Metals from oxides and salts. Alloy purification and preparation and synthesis, single crystal growth. | https://www.ameslab.gov | 121 Metals Development, 2415 Pammel Drive, Ames, IA 50011 | mpc@ameslab.gov | 515-294-5236 | ||
| Jun Cui | Critical Materials Innovation Hub (CMI), Ames National Laboratory | FFRDC | 2A | Magnet materials R&D | https://www.ameslab.gov/cmi | 106 Wilhelm, 2332 Pammel Drive, Ames, IA 50011-1025 | cuijun@ameslab.gov | 515-294-4736 | ||
| Ihor Hlova | Critical Materials Innovation Hub (CMI), Ames National Laboratory | FFRDC | Area 1, Area 3 | • Solid state chemistry synthesis and properties optimization |
• Magnet development starting from bench scale proof-of-principle to initial scale-up
• Recycling of magnets and batteries
• Processing of monazite/bastnasite for RE extraction
• RE metallization by means of calciothermic reduction and other
• Unconventional magnet synthesis approaches: mechanochemistry, calciothermic reduction
| • Nitrogenation/hydrogenation capabilities (N2, NH3/H2, NH3, H2) | https://www.ameslab.gov/cmi | 239 Spedding Hall, 2416 Pammel Drive, Ames, IA 50011-2416 | ihlova@ameslab.gov | 515-294-8272 | ||||||
| Xubo Liu | Critical Materials Innovation Hub (CMI), Ames National Laboratory | FFRDC | All | Magnet production, recycling through remanufacturing, materials and systems modeling | https://www.ameslab.gov/cmi | 122 Wilhelm, 2332 Pammel Drive, Ames, IA 50011-1025 | liux@ameslab.gov | 515-294-7901 | ||
| Ikenna Nlebedim | Critical Materials Innovation Hub (CMI), Ames National Laboratory | FFRDC | All | Rare earth recycling, battery recycling, magnet production, systems/materials modeling, metal production, processwaste treatment | https://www.ameslab.gov/cmi | 104 Wilhelm, 2332 Pammel Drive, Ames, IA 50011-1025 | nlebedim@ameslab.gov | 515-294-8916 | ||
| Marilu Perez | Critical Materials Innovation Hub (CMI), Ames National Laboratory | FFRDC | Next Generation Technologies | Electronic Structure Theory (DFT) calculations, Machine Learning, Solvent Extraction, Separations, REEs | https://www.ameslab.gov/cmi | PO BOX 5053, Twin Falls, ID 83303 | marilu@ameslab.gov | 319-777-6357 | ||
| Denis Prodius | Critical Materials Innovation Hub (CMI), Ames National Laboratory | FFRDC | All | Separation, Rare earth recycling, battery recycling, metal production, process waste treatment | https://www.ameslab.gov/cmi | 122 Wilhelm, 2332 Pammel Drive, Ames, IA 50011-1025 | prodiusd@ameslab.gov | 515-294-7901 | ||
| Long Qi | Critical Materials Innovation Hub (CMI), Ames National Laboratory | FFRDC | AOI 1A, AOI 3 | Liquid-liquid and liquid-solid separations of critical materials, automated high-throughput studies of dissolution/leaching/extraction processes, AI-accelerated synthesis of organic extranctants, continuous flow synthesis of organic separation agents, continuous flow biphasic extraction | https://www.ameslab.gov/cmi | 25 Spedding, 2416 Pammel Drive, Ames, IA 50011-2416 | lqi@ameslab.gov | 515-294-0791 | ||
| Daniel Nothaft | Uplift Geosystems LLC | small business | AOI 1a | Extraction of nickel and cobalt from ultramafic ores while storing CO2 as magnesium carbonate. | upliftgeosystems.com | 1450 S Rolling Road #3.020 Halethorpe, MD 21227 | dan@upliftgeosystems.com | 571-224-6502 | ||
| Nick Smyth | AIM Intelligent Machines | Small Business | AOI 3: Next Generation Technologies | AIM Intelligent Machines has pioneered the “AIM autonomy platform”, consisting of hardware and software that can be plugged into existing mining equipment (shovels, excavators, dozers ) new or old, any brand - and make it fully autonomous. The AIM system enables machines to work continuously without a human operator while conserving as much as 20% of fuel and reducing Co2 emmissions. AIM is already operational at a US mine site operating on a fleet of D10T dozers. This technology is best suited for mining operations looking to reach ambitious production targets de-coupled from operator workforce related risks. | aim.vision | 14751 N Kelsey Street Suite 105 #528 Monroe WA 98272 | nick@machines.run | 310-871-4879 | ||
| Dr. Carol Hirschmugl | COnovate Inc. | Small Business | AOI 1, AOI 2, AOI 3, AOI 4 | Commercializing a novel advanced carbon-based nanomaterial that is the world’s only form of solid carbon monoxide (CO)—offering improved performance, cost-competitive scalability from domestic bio-sourced materials, and the opportunity for seamless adoption as a battery anode material. | www.conovateinc.com | 10437 W Innovation Drive, Suite 127 Wauwatosa WI 53226 | Dr.carol.h@conovateinc.com | 414-248-0846 | ||
| Andrew Case | Capture6 | Small Business | AOI 1/2 | Capture6 is a climate technology and project developer start-up aiming to deliver simultaneous carbon removal and decarbonization |
while promoting positive social outcomes at industrial scale. We wish to explore bench scale efforts to support integration of our DAC process with lithium and other CM extraction. We are working with established industrial partners with expertise in multiple core processing components to apply their technologies to our process and scale up at sites with CM potential.
By realizing strong synergies between Capture6’s DAC carbon dioxide (CO2) removal process andCM extraction from
| brine, we believe we can deliver a lower overall cost of CO2 capture and making many dilute CM sources economically viable. | www.capture6.org | 1340 Josephine Street, Berkeley CA 94703 | andrew@capture6.org | N/A | ||||||
| Dr. Kristin R. Di Bona | Wyonics LLC | Small Business | AOI 1, AOI 2, AOI 3 | Critical Materials Extraction and Separations Technologies. Expertise includes electrochemistry, micro and nanomanipulation, low temperature processing, solvent recycling, co-product identification and recovery, specific separations, ionic liquids, toxicology, and waste stream remediation. | www.wyonics.com | 1604 E Grand Avenue, Laramie, WY 82070 | krdibona@wyonics.com | 205-239-0219 | ||
| Srini Dharmapuri, Ph.D., CP, PMP, GISP | The Sanborn Map Company, Inc. | Large business | AOI 2 and AOI 3 | Sanborn Map Company is a USA-based entity that provides geospatial data, analytics and software with critical applications in industries such as agriculture, engineering, forestry, insurance, media, mining, tax assessment, utilities and transportation development. |
| Sanborn can provide airborne magnetometer surveys which can be used as a valuable tool in supporting critical minerals exploration, helping geologists and mining companies identify potential mineral deposits to understand the geological features of an area. By integrating airborne magnetometer data with other geological and geophysical data, geologists can create prospectivity maps that indicate the likelihood of finding critical minerals in a given area. | www.sanborn.com | 1935 Jamboree Drive, Suite 100 | ||||||||
| Colorado Springs, CO 80920 | kmay@sanborn.com | 703-282-4161 | ||||||||
| Dr. Jaswinder Sharma | Oak Ridge National Laboratory | FFRDC | AOI 1, AOI 2, AOI 3, AO5 | Battery manufactruing facility ( BMF), which was specifically designed for this type of project will be used. The BMF provides the ability to analyze every aspect of battery cell development, from raw materials and electrode dispersion preparation to finished product and performance testing. The BMF houses the equipment and instrumentation necessary to research every step in the battery manufacturing process with an emphasis on advanced materials, electrolyte development, electrode formulation chemistry, rheology of slurries, innovative coating technology, and high-performance electrode architectures. The resources include three coating lines, a 1,400 ft2 dry room, and a cell assembly line. The BMF can produce pouch cells of up to 66 × 99 × 12 mm and 6 Ah capacity—large enough to make market decisions yet small enough to affordably demonstrate the impact of innovative technologies.. | https://www.ornl.gov/content/battery-manufacturing-facility | 2370 Cherahala Blvd, Knoxville, TN 37932 | sharmajk@ornl.gov | 865-241-2333 |
mailto:partnerships@lisusenergy.comhttp://www.conovateinc.com/mailto:Dr.carol.h@conovateinc.comhttp://www.capture6.org/mailto:andrew@capture6.orghttp://www.wyonics.com/mailto:krdibona@wyonics.comhttps://www.ornl.gov/content/battery-manufacturing-facilitymailto:sharmajk@ornl.govhttps://lisusenergy.com/http://www.moltensaltsolutions.com/http://www.moltensaltsolutions.com/http://www.carbonconversiongroup.com/mailto:bdoherty@carbonconversiongroup.commailto:jesse@cemvita.comhttp://www.cemvita.com/mailto:cuijun@ameslab.gov
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