HiPoint Energy
Solving the low-cost energy crisis of the 21st century. Naturally.Developing an innovative patented high-heat biomass conversion system that turns organic matter into valuable energy. Our technology is unique because it is modular, replicable, and economically sized and ensures a tar-free operation to produce higher-grade syngas and refined hydrogen for electric power, as well as non-labile biochar. Additionally, it offers unique, flexible feedstock parameters to maximize revenues.
HiPoint Energy
Solving the low-cost energy crisis of the 21st century.
Developing an innovative patented high-heat biomass conversion system that turns organic matter into valuable energy. Our technology is unique because it is modular, replicable, and economically sized and ensures a tar-free operation to produce higher-grade syngas and refined hydrogen for electric power, as well as non-labile biochar. Additionally, it offers unique, flexible feedstock parameters to maximize revenues.
Mission
Our mission is to drive innovation, research and collaboration to harness the power of biomass to produce sustainable energy through scalable, portable units. We aim to develop affordable, local energy solutions, fueling rural towns while transforming agricultural waste into a valuable resource.
Vision
Our vision is to be the leader in off-grid power utility systems, utilizing patented and innovative technologies. We envision a future where our innovative biomass conversion systems revolutionize energy creation, storage, and consumption, providing efficient, low-cost, sustainable solutions for communities worldwide.
About HiPoint Energy
HPE has the potential to create a cost-effective, high-heat thermal conversion modular system. This system will be Modular, Replicable, and Economical while producing year-round, high-quality syngas or biodiesel for electric power and non-labile biochar for regenerative agriculture, utilizing various types of biomass waste. It will result in significant cost savings for farm operations and regional infrastructure, providing utility grid electricity, EV, and hydrogen charging stations in the future.
About Us
About HiPoint Energy
HPE has the potential to create a cost-effective, high-heat thermal conversion modular system. This system will be Modular, Replicable, and Economical while producing year-round, high-quality syngas or biodiesel for electric power and non-labile biochar for regenerative agriculture, utilizing various types of biomass waste. It will result in significant cost savings for farm operations and regional infrastructure, providing utility grid electricity, EV, and hydrogen charging stations in the future.
HiPoint Energy System
HPE is adapting an innovative biomass conversion system that transforms organic matter into valuable by-products. The technology has been around for many years, but with the HPE engineering team and a beta unit owned by the University of Indiana, we are making advancements to a commercial-use system of Indirect High-Heat Pyrolytic Gasification. This high-temperature process cracks all complex hydrocarbons into their simplest components to produce a high-hydrogen syngas or biodiesel plus a pure carbon biochar residue. The syngas can be used as a fuel to generate electricity. It can also be fed through a membrane separation unit to extract a portion of the hydrogen. Because the technology is energy self-sufficient when provided a steady input of feedstock, this “green” hydrogen is radically less expensive than competing methods.
More on the System
The HiPoint Energy System
HPE is adapting an innovative biomass conversion system that transforms organic matter into valuable by-products. The technology has been around for many years, but with the HPE engineering team and a beta unit owned by the University of Indiana, we are making advancements to a commercial-use system of Indirect High-Heat Pyrolytic Gasification. This high-temperature process cracks all complex hydrocarbons into their simplest components to produce a high-hydrogen syngas or biodiesel plus a pure carbon biochar residue. The syngas can be used as a fuel to generate electricity. It can also be fed through a membrane separation unit to extract a portion of the hydrogen. Because the technology is energy self-sufficient when provided a steady input of feedstock, this “green” hydrogen is radically less expensive than competing methods.
Value Proposition
HiPoint’s value proposition demonstrates a commitment to sustainability, innovation, and cost-effectiveness. By transforming agricultural waste into valuable resources, they are driving forward a cleaner, greener future. Click Read more to dive deeper into HiPoint’s High Energy Impact Value Proposition, taken from the presentation, which highlights several innovative and sustainable benefits. Let’s explore what makes this business proposition truly impactful.
More on the Process
Value Proposition
HiPoint’s value proposition demonstrates a commitment to sustainability, innovation, and cost-effectiveness. By transforming agricultural waste into valuable resources, they are driving forward a cleaner, greener future. Click Read more to dive deeper into HiPoint’s High Energy Impact Value Proposition, taken from the presentation, which highlights several innovative and sustainable benefits. Let’s explore what makes this business proposition truly impactful.
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Hi-Grade Biofuel
The primary output of HiPoint Energy units is a producer gas premium Biofuel, primarily in the form of Syngas or high-grade Biodiesel, to be converted into electric power. The conversion to electricity will power the system, with the excess sold to the electricity grid through production leases, long-term offtake agreements, and incentives like e-RINS, Carbon Tax Credits, and profitable government grant programs.
More on the Biofuel
Hi-Grade Biofuel
The primary output of HiPoint Energy units is a producer gas premium Biofuel, primarily in the form of Syngas or high grade Biodiesel, to be converted into electric power. The conversion to electricity will power the system, with the excess sold to the electricity grid through production leases, long-term offtake agreements, and incentives like e-RINS, Carbon Tax Credits, and profitable government grant programs.
Non-labile Biochar
By transforming organic matter into valuable by-products, our modular, replicable, and economical on-site high heat conversion rectors can take various green waste from agriculture, crop production, or industrial processes at a <5% moisture and create a high-grade value 1000-year non-labile biochar. Biochar has been used for years as a soil amendment globally and can now address a wide range of environmental, agricultural, and forestry challenges in this historic time of climate change.
More on Biochar
Non-labile Biochar
By transforming organic matter into valuable by-products, our modular, replicable, and economical on-site high heat conversion rectors can take various green waste from agriculture, crop production, or industrial processes at a <5% moisture and create a high-grade value 1000-year non-labile biochar. Biochar has been used for years as a soil amendment globally and can now address a wide range of environmental, agricultural, and forestry challenges in this historic time of climate change.
CLEAN ENERGY FOR A CLEAN EARTH
Contact HiPoint Energy
Invest in your future today! Naturally.Our specialized team is ready to work with early adopters across the world to revolutionize their waste management to a sustainable energy project! We are immersed in the sustainability of our environment and believe everyone has a role to play!
Reach out to us today or read more about our team.
Contact HiPoint Energy
Invest in your future today! Naturally.Our specialized team is ready to work with early adopters across the world to revolutionize their waste management to a sustainable energy project! We are immersed in the sustainability of our environment and believe everyone has a role to play!
Reach out to us today or read more about our team.
HIPOINT ENERGY BUSINESS PRESENTATION
HiPoint Energy Process
The HPe-6 system will convert biomass into chemicals, energy fuel, and heat. We achieve this by increasing the energy content of the syngas or biodiesel and separating the gases from ash & biochar through high temperatures under oxygen-deprived conditions. We are able to modulate the balance of biochar and syngas through the HPE thermodynamic drying system to achieve the desired output. Dry feedstock produces excess carbon char, while moderate moisture maximizes hydrogen production and electrical power. Users can customize the system's operation to suit their needs and maximize their revenues.
Our process is unique in that it enables individual farm owners and operations to reduce their own utility costs and be part of the solution to power a village, working alongside fertilizer companies to reduce chemical fertilizer usage and help regenerative agriculture land requirements.
The future step in the process is the use of membranes to convert syngas into hydrogen at a low price for storage and reuse in low-energy automation and battery replacement, while scaled-up redundancy for utilities like hospitals is the future goal.
The HPe-6 system will convert biomass into chemicals, energy fuel, and heat. We achieve this by increasing the energy content of the syngas and separating the gases from ash & biochar through high temperatures under oxygen-deprived conditions. We are able to modulate the balance of biochar and syngas through the HPE thermodynamic drying system to achieve the desired output. Dry feedstock produces excess carbon char, while moderate moisture maximizes hydrogen production and electrical power. Users can customize the system's operation to suit their needs and maximize their revenues.
Our process is unique in that it enables individual farm owners and operations to reduce their own utility costs and be part of the solution to power a village, working alongside fertilizer companies to reduce chemical fertilizer usage and help regenerative agriculture land requirements.
The future step in the process is the use of membranes to convert syngas into hydrogen at a low price for storage and reuse in drones, portable electronics, storage facilities, and scaled-up redundancy for utilities like hospitals.