Jun. 24, 2024
Community and Small Business Partner to Remove Systemic Hurdles to Economic Development with Novel Technology Which Will Accelerate Industrial Decarbonization
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AMO: Community-Driven Solutions for a Just and Equitable Energy Transition
Criterion Energy Partners, Inc. will partner with an economically disadvantaged city that has high levels of pollution to determine the feasibility of integrating a new, innovative geothermal technology into the citys chemical plants to reduce carbon emissions by at least 50%.
Criterion Energy Partners, Inc.
Houston, TX
$206,500 (AMO funded $106,500; GTO funded $100,000)
Supercritical Recovery of Rare Earth Elements from Phosphate Mining Waste
Joint Topic AMO FECM: Production of CMM By-Products and Other Value-Add Minerals from Domestic Operations
CF Technologies, Inc. will partner with Florida Industrial and Phosphate Research Institute to recover and refine rare earth element (REE) oxides from domestic phosphoric acid sludge as a byproduct of phosphate ore mining waste. This project would demonstrate technical feasibility of supercritical extraction of REEs from phosphate waste streams and could lead to drastic capital cost reduction in the rare earth extraction circuit of REE separation plants.
CF Technologies, Inc.
Hyde Park, MA
$206,476
Bioleaching approaches for recovery of lithium from clays
Joint Topic AMO FECM: Advanced Mining Techniques that Increase Environmental and Material Stewardship
Cemvita Factory, Inc. will advance bioleaching to extract lithium from domestic clays, a process that could displace acid leaching in conventional lithium clay recovery and provide significant technical, economic, and sustainability benefits.
Cemvita Factory Inc
Houston, TX
$199,636
Copper-Graphene Ultra-Conductive Composites (STTR)
Joint Topic (CABLE): Enhanced Electrical Conductivity of Metals
MetalKraft will work with Pacific Northwest National Laboratory (PNNL) to develop and apply modeling and characterization tools to guide solid-phase processing of copper-graphene composites with improved electrical properties. This project will help fill the void that currently exists between fundamental science and experimental material synthesis and processing.
MetalKraft
Albany, OH
$200,000
(STTR) Characterization of Thermally Conductive Composite Polymer Films with Enhanced Properties
Joint Topic (CABLE): Enhanced Thermal Conductivity of Non-Metals
Tessellated, Inc. will partner with the University of Notre Dame to produce a novel composite polymer that will improve the thermal conductivity of products for heat exchangers and the cable packaging markets.
Tessellated, Inc.
Wilmington, DE
$193,141
Configurable Array of 3D-Printed Lubrication-Free Turbocompressors for High Temperature
Industrial Heat Pump Applications
Advanced Manufacturing
Mohawk Innovative Technology, Inc will develop a new class of configurable, modular, maintenance-free and cost-effective Industrial Heat Pump (IHP) technology to transfer heat from a source at well below 20°C to above a target sink temperature of 200°C. This technology will reduce the cost of heat production by 50% when compared to the cost of heat from combustion of natural gas and will also lower its carbon footprint by 38%.
Mohawk Innovative Technology, Inc.
Albany, NY
$199,983
Integrated High Operating Temperature Heat Storage System for Process Waste Heat
Advanced Manufacturing
Advanced Cooling Technologies will develop a lab-scale High Operating Temperature Storage (HOTS) system to demonstrate heat transport and storage ability and will also use a phase change material (PCM)-based thermal storage system paired with heat pipes to effectively and passively extract, store, and redistribute waste heat generated from high-temperature material manufacturing processes. This stored thermal energy can then be repurposed for applications such as district heating, process heating, or electricity generation.
Advanced Cooling Technologies
Lancaster, PA
$199,997
Highly integrated, low cost SiC power modules with modified substrates for high performance and ease of manufacturing
Advanced Manufacturing
NoMIS Power Group will work to increase the electrical performance and thermomechanical performance of SiC-based Power Conversion Systems (PCS) that enable wide-scale, reliable electrification in the U.S. transportation and industrial sectors, and renewable energy power grid infrastructure.
NoMIS Power Group
Newtonville, NY
$200,000
THz Heterogeneous Integration for Next generation Communications (THINC)
Advanced Manufacturing
PseudolithIC's work will build on successful DARPA projects on heterogeneous integration a priority area for the semiconductor industry to scale a process for integrating an InP-based transistor into a CMOS system for high-frequency applications.
PseudolithIC
Santa Barbara, CA
$200,000
Integrating Combined Heat and Power into Controlled Environment Agriculture (CEA)
Advanced Manufacturing
AIL Research, Inc. will work to reduce energy use for CEA crops by 50% through three innovative technologies involving recovering thermal energy and cooling, cleaning, and drying CO2-rich exhaust gas from combined heat and power from the (CHP) engine to feed the crops.
AIL Research, Inc
Hopewell, NJ
$198,701
Potassium Exchanged FAU Zeolites for Improved Lactic to Acrylic Selectivity and Deactivation Rate for Decarbonization of the Acrylic Acid Industry
Advanced Manufacturing
Lakril Technologies Corporation will commercialize a patent-pending catalytic technology for decarbonization of the acrylics industry. The resulting bio-based acrylics will cost the same as existing materials with the added value of sustainability to meet the growing demand for low CO2-intensity products.
Lakril Technologies Corp.
Chicago, IL
$206,500
Emissions-free bio-ethanol production through an add-on electrochemical CO2-to-Ethanol carbon utilization technology
Advanced Manufacturing
RenewCO2 will develop an electrocatalytic carbon utilization technology (eCUT) that through choice of catalyst and co-catalyst enables the one-step, low-temperature conversion of CO2 into carbon-negative ethanol, increasing ethanol yield by 30% when compared to competing processes.
RenewCO2
Cranford, NJ
$200,000
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Modular Advanced Oxidation Unit for Water Recycling in Aquaculture and Other Industries
Advanced Manufacturing
Pancopia, Inc. will work to improve recirculated aquaculture systems by purifying and recycling water through a modular advanced oxidation unit. This innovation will eliminate undesirable organic compounds that affect taste and odor by 75% and will also reduce heterotrophic bacterial growth by 99%.
Pancopia, Inc., (02)
Hampton, VA
$200,000
GaN-on-GaN Gunn diodes for terahertz communications in manufacturing
Advanced Manufacturing
SixPoint Materials will develop Gunn diodes used for creating terahertz frequency signals and will work with Notre Dame University to develop a manufacturing process that would create a much more efficient device for next-gen communication applications.
SixPoint Materials
Buellton, CA
$200,000
Tailored Oxide-Molten Salt (OMS) Composites for High-Operating-Temperature Thermal Energy Storage
Advanced Manufacturing
Catalytic and Redox Solutions will develop a unique family of dual-phase, perovskite oxide-molten salt (OMS) composites with tunable phase transition temperatures for thermal energy storage that could supply cheap energy storage to steel, glass, and chemical plants, allowing them to handle variations in renewable energy supply, and accelerating adoption of low CO2 energy.
Catalytic and Redox Solutions
Cary, NC
$206,500
Natural Refrigerant, High Temperature Heat Pump
Advanced Manufacturing
Thar Energy, LLC will develop a Heat Temperature Heat Pump (HTHP) with a novel compressor and energy recovery device that increases energy efficiency, maximizes cost reductions, and reduces environmental impact. This HTHP would replace high temperature heating solutions found throughout industrial operations.
Thar Energy LLC
Pittsburgh, PA
$206,500
Enhanced thermal conductivity carbon nanotube (CNT) fibers
Joint Topic (CABLE): Enhanced Thermal Conductivity of Non-Metals
DexMat will collaborate with Rice University researchers to develop enhanced thermal conductivity carbon nanotube (CNT) fibers that can be used for lightweight motors, generators, and flexible battery applications.
DexMat, Inc
Houston, TX
$199,995
Sheared Metal-Carbon Composite Conductors (STTR)
Joint Topic (CABLE): Enhanced Electrical Conductivity of Metals
Shear Form, Inc. will use its unique severe plastic deformation and thermomechanical process sequence to develop a new approach for manufacturing high-strength, enhanced-conductivity copper-carbon composites that will improve the conductivity, creep resistance, and strength of copper by incorporating a network of graphene.
Shear Form Inc.
Bryan, TX
$199,093 (AMO funded $91,212; OE funded $107,881)
Enhanced Scalability and Durability of Bipolar Plates for Heavy-Duty Vehicle Applications
Advanced Manufacturing
Giner, Inc will develop and demonstrate ultrathin polymer composite bipolar plates featuring a highly durable liquid crystal polymer (LCP), and a thermoformable conductive polymer that can be used to improve performance and efficiency in zero-emission heavy-duty vehicles.
Giner, Inc.
Newton, MA
$206,498
Water Separation and Reuse to Propel Decarbonization of Concentrated Animal Feed Operations (CAFOs)
Advanced Manufacturing
Pancopia, Inc. will partner with the USDA, Smithfield Foods and Hampton Roads Sanitation District to build on their key technologythe Panoxic unit, a nitrogen control and ammonia sequestration systemto determine the feasibility of developing a water module capable of purifying swine wastewater to permit its reuse for swine drinking water.
Pancopia, Inc.
Hampton, VA
$200,000
In-Sensor Analog Neural Network Framework for Analog to Information Conversion
Advanced Manufacturing
Alphacore, Inc. will design a low-power analog neural network chip to extract high value information on-chip, saving and transmitting only meaningful selected segments of gathered sensor data.
Alphacore
Tempe, AZ
$199,922
Process Design for Modular Carbon Capture and Storage in the Maritime Shipping Industry
Advanced Manufacturing
Luna Labs USA, LLC will modify their FlueCO2 carbon capture and storage process that has been developed for natural gas combined cycle power plants to assess its technical viability and economic competitiveness as a maritime carbon capture and storage process. By reducing the cost of maritime carbon capture by over 30%, the FlueCO2 process will enable the shipping industry to meet its emissions targets.
Luna Labs
Charlottesville, VA
$199,998
Passive Radio Frequency Identification Sensors for Manufacturing Systems
Advanced Manufacturing
NanoSonic will use radio-frequency identification (RFID) technology to create passive sensors to enable battery-free sensor systems in industrial and manufacturing applications.
NanoSonic
Pembroke, VA
$200,000
Synthesis and Direct Manufacturing of High Conductivity Aluminum Alloy Conductors Using an Energy Efficient Solid-State Process and Their Advanced Characterization
Joint Topic (CABLE): Enhanced Electrical Conductivity of Metals
The Enabled Manufacturing LLC, will use its proprietary SolidStir extrusion process to manufacture aluminumnanocarbon composite using aluminum as base metal and graphite as additive. Enabled Manufacturing, LLC is in a historically underutilized business zone (HUBZone).
The Enabled Manufacturing, LLC
Blacksburg, VA
$200,000
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