Geothermal Research
We are currently developing new products and technologies for green energy solutions.
DOE Awarded SBIR Fund to GPS
U.S. Department of Energy (DOE) announced $200,000 in funding for a new Small Business Innovation Research (SBIR) and Small Business Technology Transfer (STTR) geothermal project. The project is one of 110 Office of Energy Efficiency and Renewable Energy projects recently funded through DOE’s SBIR/STTR programs.
The objective of Greenpath’s project is to investigate and develop geopolymer grouts enhanced by nano-material fillers to be used in the completion of subsurface wells for geothermal/ground source heat pumps, which operate across the United States. These grouts show promise for reducing well completion costs as well as overall project costs for installation and operation. Ultimately, the project will help reduce the carbon footprint of residential, commercial, and industrial buildings.
“Small businesses like Greenpath Systems are instrumental in developing creative new geothermal technologies that will advance market-oriented solutions to the global climate emergency and propel our nation to achieve net-zero carbon emissions by 2050,” says GTO Director Susan Hamm.
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Services
Consulting
The Consulting services at GreenPath Systems offer a wide range of solutions in design, engineering, and data analysis area for the geothermal energy, carbon storage, hydrogen storage, and oil and gas industry. Our mission is to transfer the knowledge to our clients while providing excellent services on various consulting projects. We work closely with our clients’ teams to ensure that the scope of work and their requirements are fully understood.
R & D
Green Path Systems R & D wing is dedicated to provide innovative solution to our clients’ challenges through top-notch researches. Our R&D team consists of experienced experts and young talented professionals working together to assure best quality results. We have developed several novel technologies and methodologies to help our clients achieve their objective with minimal cost and risk.
Training
GreenPath Systems training develops the practical courses on a wide range of topics related to the renewable energy industry. Our colleagues customize the courses based on our clients' specific needs and requirements based on current knowledge and research. Our goal is to deliver the most current knowledge to the industry and professionals.
Our Projects
Geothermal Energy
We pay special attention to the optimized development of geothermal resources by development in hydrothermal and enhanced geothermal systems. These energy sectors are fast-growing markets and have been recognized to be at the forefront of the future renewable energy technologies. The upcoming opportunities will require a skilled and knowledgable workforce who can work with the future technologies. Keeping this in mind, we provide resources and opportunities to our clients to develop the future workforce and increase their capabilities in geothermal sectors. Also, we deploy several technologies (from experimental to numerical investigations) for research and development in this sector for our clients.
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Carbon Capature and Sequestration
Long-term underground CO2 storage is a viable and effective response to growing concerns about climate change due to increased greenhouse gas emission. The key to the effective injection and storage of CO2 into the subsurface formations, including depleted oil and gas reservoirs for enhanced oil recovery, is a detailed characterization of the formation properties, in-situ stresses, natural fractures network, seal capacity of cap rock, and formation pressure, in addition to monitoring system to avoid the safety issues. We endeavour to provide best-suited solutions in these areas at GreenPath Systems.
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Hydrogen Storage
Underground Hydrogen Storage is a new area of technology which is targeted to optimize the supply chain of hydrogen as the source of clean energy. We have been developing our expertize in this area for past few years. The hydrogen storage technolgy is still in the nascent stage, however, our research and development activities have made possible for us to deliver the simulation as well as experimental study requirements of the clients.
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Rare Earth Minerals
Critical materials are used in many products important to the economy. There are 35 mineral commodities identified as critical materials by US Deparment of Energy. It has assessed material criticality based on importance to a range of energy technologies and the potential for supply chain disruption. To address such issues, we conduct research and development (R&D) for rare earth minerals. We endevour for improving the productivity, competitiveness, and energy efficiency. The R&D efforts are focused on Reduce lifecycle energy and resource by leveraging diverse domestic energy resources and materials, while strengthening environmental stewardship.
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ML in Subsurface, CCUS, & Geothermal
The digital footprint is shaping the energy industry and the growth of renewables will squarely depend on the implementation of exponential technology. It can unleash its power from optimization to identification of issues and operational parameters. Our team is developing tools and techniques that will be game-changer and hasten the realization of technologies.
View MoreResearch Highlights
Dynamically delivered research with innovative solutions.
Development of geopolymers based cements suitable for Carbon Sequestration.
Numerical investigation and understanding the core mechanism for deep direct use in geothermal systems.
Hydrogen storage problems and solutions.
Machine Learning will be crucial to development of green energy.
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