National Science Foundation

MFNS specializes in consulting services aimed at the separation of oil and other contaminants from industrial processes and wastewater. The company has developed a nanostructured coating that efficiently cleans up oil, pollutants, and toxins from water. They provide a unique oleophilic and hydrophobic sponge that attracts oil while repelling water, making it a multifunctional solution for environmental cleanup. This sponge can be recycled after its active properties are exhausted, allowing businesses and communities to effectively absorb toxins from water supplies and reduce contamination from industrial runoff. Additionally, MFNS collaborates with clients to create custom solutions, including the development of specialized membranes and sponges tailored to specific industry needs.

Re-Synth International specializes in developing environmental technologies that enhance the quality and efficiency of hydrocarbon fuels. The company’s patented solutions focus on reducing the cost of clean fuel by effectively eliminating contaminants without generating harmful by-products or altering fuel viscosity. This innovation not only improves fuel efficiency but also significantly lowers the environmental impact associated with fuel consumption, enabling users to minimize their carbon footprint. By prioritizing both cost-effectiveness and sustainability, Re-Synth International aims to contribute positively to the energy sector while addressing the growing demand for cleaner fuel alternatives.

ARIX Technologies, Inc. is a robotics and data analytics company that specializes in developing crawling robots for pipeline inspection in the oil and gas sector. Founded in 2017 and headquartered in Jackson, Louisiana, with an engineering office in Houston, Texas, the company’s technology combines robotics with advanced data analytics to enhance the detection and analysis of corrosion in pipeline assets. This innovative approach not only improves safety and sustainability for petrochemical facilities but also offers significant cost savings in manufacturing operations. Through its solutions, ARIX Technologies aims to transform pipeline monitoring practices, enabling companies to better manage their infrastructure.

Aquagga is a spinout company from the University of Alaska and the University of Washington, focused on developing innovative wet-waste treatment technology. The company utilizes supercritical water (sH2O) technology in conjunction with advanced additive manufacturing to effectively clean and desalinate various industrial effluents. By reducing environmental contaminants with lower energy consumption, Aquagga aims to provide significant social and environmental benefits. Its approach seeks to address pressing environmental challenges while fostering positive societal impacts through sustainable technological solutions.

MineraLogic is a geochemistry consultancy firm based in Duluth, Minnesota, founded in 2016. The company specializes in helping clients identify risks and opportunities stemming from geochemical reactions involving minerals, water, and the atmosphere. MineraLogic provides a structured approach to understanding the distribution and mobility of chemical elements within geological systems. This expertise enables clients to effectively manage geochemical relationships that can significantly influence the success of their projects.

GeoMat is a nanotechnology company headquartered in Columbia, South Carolina, that specializes in oil remediation. Founded in 2014, the company has developed a technology that utilizes nanoparticles and magnets to effectively separate oil from water mixtures. This innovative platform enables the removal of oil from both soil and water, allowing industries to clean major water bodies and natural resources. GeoMat's solutions aim to ensure the availability of drinkable and decontaminated water while also addressing the challenges posed by oil spills.

Lunar Resources develops energy generation and space environment technologies to aid in the economic construction of space infrastructure. The company was founded in 2019 and is based in Houston, Texas.

Interphase Materials Holdings, LLC, established in 2015 and headquartered in Pittsburgh, Pennsylvania, specializes in developing advanced materials and surface treatment technologies aimed at enhancing the efficiency of industrial cooling systems. The company's innovative solutions focus on improving heat transfer and reducing maintenance costs, catering to a diverse clientele that includes power plants, commercial and industrial HVAC systems, international heat exchanger manufacturers, and the U.S. Navy. Interphase's HTE system has demonstrated an improvement in heat exchanger heat transfer efficiency by 5-10% in preliminary tests, solidifying its role in advancing cooling technologies.

Eden is focused on developing a sustainable platform for natural resource recovery, aiming to create a carbon-neutral future. The company has introduced a novel method known as Pulsed Electrical Well Stimulation (PEWS), which is a patent-pending technology designed to replace traditional hydraulic fracturing. This innovative approach eliminates the need for water injection and addresses the logistical challenges and environmental risks associated with conventional fracking methods. By utilizing high-voltage electricity and proprietary modeling techniques, Eden enhances rock permeability with precision, facilitating effective resource extraction across various geological settings. This technology not only reduces costs but also minimizes the negative impacts typically associated with hydraulic fracturing, positioning Eden as a leader in environmentally responsible resource recovery.

Provider of services in energy and materials science industry. The company provides technological services for solving technical issues in the field of energy and materials science. The company was incorporated in 2013 and is based in Highlands Ranch, Colorado.

Orbit Fab offers a supply of satellite propellant in Earth Orbit that expands the operational potential of new and existing space assets. It develops the infrastructure needed to grow a thriving in-space market for products and services that support both existing space businesses (communications and Earth observation) and new industries like space tourism, manufacturing, and mining. The future for satellites is no longer restricted to the fuel they are launched with. Orbit Fab was founded in 2018 by its Co-Founders Daniel Faber and Jeremy Schiel.

Developer of solar technology designed to generate energy and use it in heating infrastructure. The company's platform utilizes air to transport heat to eliminate the use of copper in the construction of the panel, and stainless steel piping to transport heat, enabling clients to use solar thermal-based engineering.

Sylvatex Inc. is a fuel technology company focused on developing innovative solutions for cleaner-burning fuels. Founded in 2007 and based in San Francisco, California, the company has created a renewable nano-chemistry platform that combines vegetable-oil-based surfactants with microbubbles of water and ethanol to produce a microemulsion. This technology enables oil companies to lower production costs while generating green diesel fuel. Sylvatex aims to enhance the adoption of renewable energy sources globally, promoting a healthier environment. In addition to its fuel technology, the company is advancing lithium-ion battery processing applications and has established partnerships with national laboratories and the USDA to further its initiatives. With the increasing need for low-emission fuels, Sylvatex's scalable and cost-competitive solutions address the demand for cleaner alternatives in the petroleum market.

NeuDax offers a wide range of artificial intelligence (AI) solutions to upstream oil and gas (O&G) industry. The NeuDax "Analytics and Software-as-a-Service" (A+SaaS) solution provides both AI-Platforms and engineering and technical consults to clients to help them improve their decision making in the unconventional oil and gas projects. The NeuDax solution is beyond limited machine learning (ML) applications. We provide solutions based on cutting-edge technologies, including deep learning (DL) and reinforcement learning (RL), to maximize the advantage of big data to oil and gas operators.

Developer of an electron paramagnetic resonance sensor designed to help in industrial process monitoring. The company's sensor offers first in-field, inline and harsh environment electron paramagnetic resonance (EPR) spectroscope for permanent online monitoring and prediction of asphaltites deposition and corrosion onset that can be tracked through their data processing and analytics software, enabling oil and gas industries to monitor pipeline and downhole.

H Quest Vanguard develops plasma conversion processes to produce fuels, chemicals, and advanced carbon materials. The company was founded in 2014 and is based in Pittsburgh, Pennsylvania.

ClearFlame Engines, Inc. specializes in developing and manufacturing engines for heavy-duty applications, focusing on decarbonizing these engines to mitigate the reliance on diesel fuel. The company has created a patented system that allows for the production of high-performance engines at reduced costs, benefiting various sectors including marine, agriculture, transportation, power generation, rail, and construction. Founded in 2016 and based in Woodridge, Illinois, ClearFlame aims to lower operating costs while offering substantial fuel savings to its clients, addressing environmental challenges associated with traditional diesel engines.

AquaNRG has developed a state-of-the-art cloud-based application for energy, water and environmental markets which merges physics-chemistry simulation with machine learning for faster, more accurate and less expensive product and process design and engineering

Saratoga Energy Research Partners is focused on developing an innovative and cost-effective process to synthesize graphite from carbon dioxide. The company's technology utilizes electrochemical methods to separate CO2 into oxygen and graphitic carbon, which is a vital component for lithium-ion batteries. The graphite produced through this process is particularly advantageous for fast-charging electric vehicles and grid storage, making it suitable for a wide range of energy and industrial applications. Additionally, Saratoga is involved in the development of carbon nanotubes, which are nano-scale carbon fibers that exhibit high strength, electrical conductivity, and thermal conductivity. These properties enable various sectors to leverage fast charging solutions at competitive prices.

Dimensional Energy is a chemistry company focused on advancing artificial photosynthesis to produce sustainable polymers and chemical intermediates. The company develops innovative technology that efficiently captures and converts carbon dioxide, utilizing waveguides to distribute sunlight evenly throughout scalable reactors. By enhancing the reactivity of carbon dioxide molecules, Dimensional Energy aims to create hydrocarbon fuels that address significant energy requirements while promoting environmental responsibility. Their approach positions them at the forefront of solar fuel viability, leveraging novel, functionalized catalysts to transform energy production.

Avium develops fuels and chemicals from CO2, water, and renewable energy. The company was founded in 2017 and is based in Lawrence, Kansas.

Provider of services in energy and materials science industry. The company provides technological services for solving technical issues in the field of energy and materials science. The company was incorporated in 2013 and is based in Highlands Ranch, Colorado.

Sylvatex Inc. is a fuel technology company focused on developing innovative solutions for cleaner-burning fuels. Founded in 2007 and based in San Francisco, California, the company has created a renewable nano-chemistry platform that combines vegetable-oil-based surfactants with microbubbles of water and ethanol to produce a microemulsion. This technology enables oil companies to lower production costs while generating green diesel fuel. Sylvatex aims to enhance the adoption of renewable energy sources globally, promoting a healthier environment. In addition to its fuel technology, the company is advancing lithium-ion battery processing applications and has established partnerships with national laboratories and the USDA to further its initiatives. With the increasing need for low-emission fuels, Sylvatex's scalable and cost-competitive solutions address the demand for cleaner alternatives in the petroleum market.

Designer and developer of solutions designed for the recovery of high-value materials using highly-selective adsorbents. The company enables clients cost-effective management of challenging large volume industrial wastes through transformation to scandium which are used in next-generation technologies in energy, transportation, defense, space and beyond.

Twelve, formerly known as Opus 12, is a Berkeley, California-based company that specializes in recycling carbon dioxide emissions into valuable chemicals and fuels. Founded in 2015, the company has developed innovative technology that can be integrated with any source of CO₂ emissions. By utilizing only water and electricity as inputs, Twelve transforms captured carbon dioxide into essential products such as methane, ethylene, and ethanol. The firm aims to provide a cost-competitive alternative to petroleum-derived chemicals and fuels, thereby addressing carbon emissions while simultaneously creating economically viable solutions.

ClearFlame Engines, Inc. specializes in developing and manufacturing engines for heavy-duty applications, focusing on decarbonizing these engines to mitigate the reliance on diesel fuel. The company has created a patented system that allows for the production of high-performance engines at reduced costs, benefiting various sectors including marine, agriculture, transportation, power generation, rail, and construction. Founded in 2016 and based in Woodridge, Illinois, ClearFlame aims to lower operating costs while offering substantial fuel savings to its clients, addressing environmental challenges associated with traditional diesel engines.

Highland Light Management develops a dry fracture technique in oil and gas extraction to reduce water use and increase life cycle yield. The company is a Maryland corporation that developed and patented the Dry Fracture Shale System technology for hydrocarbon extraction from shale and other hydrocarbon sources.

Dimensional Energy is a chemistry company focused on advancing artificial photosynthesis to produce sustainable polymers and chemical intermediates. The company develops innovative technology that efficiently captures and converts carbon dioxide, utilizing waveguides to distribute sunlight evenly throughout scalable reactors. By enhancing the reactivity of carbon dioxide molecules, Dimensional Energy aims to create hydrocarbon fuels that address significant energy requirements while promoting environmental responsibility. Their approach positions them at the forefront of solar fuel viability, leveraging novel, functionalized catalysts to transform energy production.

Carnot Compression specializes in the development of energy-efficient industrial compressors that utilize a proprietary isothermal compression process. This innovative method employs water to create millions of tiny gas bubbles, allowing for superior heat absorption during compression. The thermal capacity of water significantly enhances energy efficiency, resulting in at least 25% energy savings compared to conventional compressors. Carnot's technology is particularly beneficial for a range of applications, including air and gas compression, refrigeration, liquefied natural gas, and CNG transportation. By addressing a global market opportunity valued at $30 billion, Carnot serves a diverse array of industrial end users, particularly in the food and life sciences sectors, by providing sustainable and oil-free compressed gas solutions.

Developer of biomass conversion and hydrogen storage technology designed to study the storage of hydrogen on a novel material produced from silicon. The company's technology has the potential to eclipse all prior methods of hydrogen storage in terms of pressure, temperature, safety, cost, and convenience and converts biomass into energy, chemicals, fuel, and heat, enabling clients to access their technology to store biogas in porous silicon, smaller, lighter, and safer than battery storage.

Saratoga Energy Research Partners is focused on developing an innovative and cost-effective process to synthesize graphite from carbon dioxide. The company's technology utilizes electrochemical methods to separate CO2 into oxygen and graphitic carbon, which is a vital component for lithium-ion batteries. The graphite produced through this process is particularly advantageous for fast-charging electric vehicles and grid storage, making it suitable for a wide range of energy and industrial applications. Additionally, Saratoga is involved in the development of carbon nanotubes, which are nano-scale carbon fibers that exhibit high strength, electrical conductivity, and thermal conductivity. These properties enable various sectors to leverage fast charging solutions at competitive prices.

Spero Energy, Inc. is an Indiana based company with the mission of developing cost competitive processes for the conversion of abundant non-food biomass to high value chemicals (HVCs) and renewable fuels. With its experienced and outstanding research and business team, Spero Energy has developed processes for a range of renewable chemicals targeting the flavor, fragrance, and pharmaceutical industries. Our initial lignin-derived flavor and fragrance chemicals target a multi-billion dollar market segment.

Provider of energy-efficiency research services intended to solve the problem of heat transfer. The company's services focus on investigating nanoscopic coatings which can prevent or retard naturally-occurring fouling on heat transfer surfaces and providing heat exchangers with a 'self-cleaning' property while the heat exchanger is in operation, enabling businesses to increase the mean time between maintenance shutdowns resulting in longer uptime between maintenance events, increased plant productivity, lower maintenance costs and lower energy consumption, which in turn shrinks factories carbon footprints.

Framergy, founded in 2011 and headquartered in College Station, Texas, specializes in the production of polymers, particularly metal-organic frameworks (MOFs), for the oil and gas industry. The company focuses on developing advanced adsorbents that utilize its proprietary technology to create precise molecule traps. This innovation facilitates various applications, including gas and liquid separations and molecular recognition. By leveraging the unique properties of metal-organic frameworks, Framergy aims to enhance efficiency and effectiveness for its clients in the oil and gas sector.

Loci Controls, Inc. specializes in optimizing landfill gas collection through its innovative automated systems. The company has developed the Loci WellWatcher, which combines wellhead-mounted hardware with cloud-based monitoring and analytics to enhance the extraction of methane from landfills. By providing real-time monitoring of gas composition, pressure, temperature, and flow, Loci Controls has demonstrated the capability to increase gas collection by over 20%, thereby improving safety and reducing operational costs for landfill operators and energy utilities in the United States. The firm also employs patent-pending technologies and offers continuous monitoring alongside field service support, aiming to enhance profitability while addressing environmental, health, and safety concerns. Established in 2012 and based in Fall River, Massachusetts, Loci Controls is dedicated to advancing renewable energy production through efficient landfill gas management.

Twelve, formerly known as Opus 12, is a Berkeley, California-based company that specializes in recycling carbon dioxide emissions into valuable chemicals and fuels. Founded in 2015, the company has developed innovative technology that can be integrated with any source of CO₂ emissions. By utilizing only water and electricity as inputs, Twelve transforms captured carbon dioxide into essential products such as methane, ethylene, and ethanol. The firm aims to provide a cost-competitive alternative to petroleum-derived chemicals and fuels, thereby addressing carbon emissions while simultaneously creating economically viable solutions.

Olis Robotics specializes in industrial telerobotic services designed to simplify robotic operations for its clients. The company offers software solutions that integrate two-dimensional and three-dimensional video fusion, allowing users to assist robotic automation with high-value tasks. Its technology features haptic guidance control and machine learning capabilities, enabling operators to intuitively manage complex robotic systems. This innovative approach enhances precision and efficiency in critical remote operations, allowing clients to focus more on achieving their objectives rather than on the intricacies of the robotic systems themselves. Through its patent-pending technology for force feedback, Olis Robotics promotes overall mission success across various industries.

Developer of catalysts and specialty materials for automotive exhaust and reforming applications designed to help in high-temperature catalytic processes. The company's materials help in natural gas conversion to synthesis gas in high aromatic, high sulfur, and high-temperature environments, enabling businesses to save capital and operating costs by providing uninterrupted performance for extended periods.

Uncopiers, Inc. is dedicated to developing environmentally responsible solutions to critical problems using its liquid fracture technology. Liquid fracture is a unique way of controlling and concentrating energy at nanometer length scales. One only needs silent sound and clean water to implement this chemical free, environmentally friendly, and energy efficient processing technique.

Carnot Compression specializes in the development of energy-efficient industrial compressors that utilize a proprietary isothermal compression process. This innovative method employs water to create millions of tiny gas bubbles, allowing for superior heat absorption during compression. The thermal capacity of water significantly enhances energy efficiency, resulting in at least 25% energy savings compared to conventional compressors. Carnot's technology is particularly beneficial for a range of applications, including air and gas compression, refrigeration, liquefied natural gas, and CNG transportation. By addressing a global market opportunity valued at $30 billion, Carnot serves a diverse array of industrial end users, particularly in the food and life sciences sectors, by providing sustainable and oil-free compressed gas solutions.

Air Squared designs and manufactures oil-free scroll compressors, vacuum pumps, and expanders for OEMs. Air Squared, Inc. was founded in 1991 to service the needs of OEMs with oil-free scroll solutions for demanding positive displacement applications. 20 years later, Air Squared is the industry leader in oil-free scroll design and manufacturing, with more experience and more scroll compressor models than any other company.

Framergy, founded in 2011 and headquartered in College Station, Texas, specializes in the production of polymers, particularly metal-organic frameworks (MOFs), for the oil and gas industry. The company focuses on developing advanced adsorbents that utilize its proprietary technology to create precise molecule traps. This innovation facilitates various applications, including gas and liquid separations and molecular recognition. By leveraging the unique properties of metal-organic frameworks, Framergy aims to enhance efficiency and effectiveness for its clients in the oil and gas sector.

Loci Controls, Inc. specializes in optimizing landfill gas collection through its innovative automated systems. The company has developed the Loci WellWatcher, which combines wellhead-mounted hardware with cloud-based monitoring and analytics to enhance the extraction of methane from landfills. By providing real-time monitoring of gas composition, pressure, temperature, and flow, Loci Controls has demonstrated the capability to increase gas collection by over 20%, thereby improving safety and reducing operational costs for landfill operators and energy utilities in the United States. The firm also employs patent-pending technologies and offers continuous monitoring alongside field service support, aiming to enhance profitability while addressing environmental, health, and safety concerns. Established in 2012 and based in Fall River, Massachusetts, Loci Controls is dedicated to advancing renewable energy production through efficient landfill gas management.

Developer of solar technology designed to generate energy and use it in heating infrastructure. The company's platform utilizes air to transport heat to eliminate the use of copper in the construction of the panel, and stainless steel piping to transport heat, enabling clients to use solar thermal-based engineering.

Provider of energy-efficiency research services intended to solve the problem of heat transfer. The company's services focus on investigating nanoscopic coatings which can prevent or retard naturally-occurring fouling on heat transfer surfaces and providing heat exchangers with a 'self-cleaning' property while the heat exchanger is in operation, enabling businesses to increase the mean time between maintenance shutdowns resulting in longer uptime between maintenance events, increased plant productivity, lower maintenance costs and lower energy consumption, which in turn shrinks factories carbon footprints.

Spero Energy, Inc. is an Indiana based company with the mission of developing cost competitive processes for the conversion of abundant non-food biomass to high value chemicals (HVCs) and renewable fuels. With its experienced and outstanding research and business team, Spero Energy has developed processes for a range of renewable chemicals targeting the flavor, fragrance, and pharmaceutical industries. Our initial lignin-derived flavor and fragrance chemicals target a multi-billion dollar market segment.

Developer of catalysts and specialty materials for automotive exhaust and reforming applications designed to help in high-temperature catalytic processes. The company's materials help in natural gas conversion to synthesis gas in high aromatic, high sulfur, and high-temperature environments, enabling businesses to save capital and operating costs by providing uninterrupted performance for extended periods.

Olis Robotics specializes in industrial telerobotic services designed to simplify robotic operations for its clients. The company offers software solutions that integrate two-dimensional and three-dimensional video fusion, allowing users to assist robotic automation with high-value tasks. Its technology features haptic guidance control and machine learning capabilities, enabling operators to intuitively manage complex robotic systems. This innovative approach enhances precision and efficiency in critical remote operations, allowing clients to focus more on achieving their objectives rather than on the intricacies of the robotic systems themselves. Through its patent-pending technology for force feedback, Olis Robotics promotes overall mission success across various industries.

Greenyug is a technology development company focused on researching and commercializing the production of commodity chemicals, specialty chemicals, polymers, and fuels derived from renewable sources. The company engages in all facets of technology development, guiding projects from initial concepts at the laboratory scale through to pilot testing and eventual commercialization. By leveraging renewable materials, Greenyug aims to provide sustainable alternatives in the chemical industry, catering to clients seeking innovative solutions in chemical production.

Air Squared designs and manufactures oil-free scroll compressors, vacuum pumps, and expanders for OEMs. Air Squared, Inc. was founded in 1991 to service the needs of OEMs with oil-free scroll solutions for demanding positive displacement applications. 20 years later, Air Squared is the industry leader in oil-free scroll design and manufacturing, with more experience and more scroll compressor models than any other company.

EnergyEne is an industrial materials company based in Wooster, Ohio, established in 2013. It specializes in the development of rubber and biomaterials derived from guayule, a natural rubber source. The company focuses on producing non-immunogenic biomaterials for medical and consumer healthcare applications, utilizing innovative processing methodologies to create specialty latex-derived materials. By using locally grown guayule as a feedstock, EnergyEne aims to provide premium quality latex rubber at competitive prices, catering to industrial resources and services.

Dioxide Materials is focused on advancing sustainable technology by developing systems that recycle waste carbon dioxide into fuels and chemicals, thereby addressing climate change and reducing carbon emissions. The company offers a range of products, including Sustainion membranes and ionomers, which serve as catalysts and electrolytes in various electrochemical applications. These include carbon dioxide and water electrolyzers that generate renewable syngas and systems that convert air, water, and renewable energy into renewable gasoline. By providing efficient solutions for the production of clean energy, Dioxide Materials aims to facilitate the transition to a low-carbon economy and promote the utilization of waste carbon dioxide in the creation of valuable products.

OmegaChea is a biotechnology company that creates a scalable technology based on microbial engineering to generate bio-based specialty chemicals such as lubricants, surfactants, cosmetics and pharmaceutical products.

Developer of solar technology designed to generate energy and use it in heating infrastructure. The company's platform utilizes air to transport heat to eliminate the use of copper in the construction of the panel, and stainless steel piping to transport heat, enabling clients to use solar thermal-based engineering.

Dynamo Micropower Corporation specializes in developing fuel-flexible gas turbines designed for small distributed generation applications in the oil and gas industry. The company's notable products include PowerCore, which provides continuous power for oilfield operations, and Infernocore, a flameless turboheater. Dynamo's innovative turbine-based solutions offer grid-like power quality while significantly reducing energy costs, with the capability to operate on local unrefined gas, achieving savings of up to 80%. The company also delivers custom power solutions tailored to the specific needs of its clients, facilitating plug-and-play installation on flare gas. Dynamo has established a network of distributors and service partners to support its offerings. Founded in 2011 and based in Somerville, Massachusetts, Dynamo has successfully deployed multiple turbines for prominent customers in the industry.

Calysta, Inc. is a biotechnology company focused on developing and manufacturing protein ingredients derived from sustainable sources. Based in Menlo Park, California, with additional locations in Houston, London, Stavanger, and Singapore, Calysta provides nutritional feeds and health products for fish and livestock, as well as chemicals used in various end products such as fibers, plastics, and building materials. The company also produces biofuels through innovative processes utilizing methane as a feedstock. Founded in 2011, Calysta was previously known as Calysta Energy before rebranding in 2014. Its technologies, including biological gas-to-liquids and gas-to-chemicals processes, aim to address global food security and meet the rising demand for sustainable protein in the aquaculture industry. The company has formed a strategic partnership with Bluestar Adisseo Company to enhance its market offerings.

Dioxide Materials is focused on advancing sustainable technology by developing systems that recycle waste carbon dioxide into fuels and chemicals, thereby addressing climate change and reducing carbon emissions. The company offers a range of products, including Sustainion membranes and ionomers, which serve as catalysts and electrolytes in various electrochemical applications. These include carbon dioxide and water electrolyzers that generate renewable syngas and systems that convert air, water, and renewable energy into renewable gasoline. By providing efficient solutions for the production of clean energy, Dioxide Materials aims to facilitate the transition to a low-carbon economy and promote the utilization of waste carbon dioxide in the creation of valuable products.

Uncopiers, Inc. is dedicated to developing environmentally responsible solutions to critical problems using its liquid fracture technology. Liquid fracture is a unique way of controlling and concentrating energy at nanometer length scales. One only needs silent sound and clean water to implement this chemical free, environmentally friendly, and energy efficient processing technique.

Uncopiers, Inc. is dedicated to developing environmentally responsible solutions to critical problems using its liquid fracture technology. Liquid fracture is a unique way of controlling and concentrating energy at nanometer length scales. One only needs silent sound and clean water to implement this chemical free, environmentally friendly, and energy efficient processing technique.

Uncopiers, Inc. is dedicated to developing environmentally responsible solutions to critical problems using its liquid fracture technology. Liquid fracture is a unique way of controlling and concentrating energy at nanometer length scales. One only needs silent sound and clean water to implement this chemical free, environmentally friendly, and energy efficient processing technique.

Uncopiers, Inc. is dedicated to developing environmentally responsible solutions to critical problems using its liquid fracture technology. Liquid fracture is a unique way of controlling and concentrating energy at nanometer length scales. One only needs silent sound and clean water to implement this chemical free, environmentally friendly, and energy efficient processing technique.

Uncopiers, Inc. is dedicated to developing environmentally responsible solutions to critical problems using its liquid fracture technology. Liquid fracture is a unique way of controlling and concentrating energy at nanometer length scales. One only needs silent sound and clean water to implement this chemical free, environmentally friendly, and energy efficient processing technique.

Uncopiers, Inc. is dedicated to developing environmentally responsible solutions to critical problems using its liquid fracture technology. Liquid fracture is a unique way of controlling and concentrating energy at nanometer length scales. One only needs silent sound and clean water to implement this chemical free, environmentally friendly, and energy efficient processing technique.

Uncopiers, Inc. is dedicated to developing environmentally responsible solutions to critical problems using its liquid fracture technology. Liquid fracture is a unique way of controlling and concentrating energy at nanometer length scales. One only needs silent sound and clean water to implement this chemical free, environmentally friendly, and energy efficient processing technique.

Uncopiers, Inc. is dedicated to developing environmentally responsible solutions to critical problems using its liquid fracture technology. Liquid fracture is a unique way of controlling and concentrating energy at nanometer length scales. One only needs silent sound and clean water to implement this chemical free, environmentally friendly, and energy efficient processing technique.

Uncopiers, Inc. is dedicated to developing environmentally responsible solutions to critical problems using its liquid fracture technology. Liquid fracture is a unique way of controlling and concentrating energy at nanometer length scales. One only needs silent sound and clean water to implement this chemical free, environmentally friendly, and energy efficient processing technique.