Oregon Pilot Project
Building Rural Energy IndependenceThe Oregon pilot trial project aims to maximize a working single-reactor system to understand the engineering and adaptations to produce a commercial Bi-Modular HPe-6 reactor model that can process 18 tons of feedstock per day, producing 10,000 kWh of electricity (34 MMBTU equivalent) and up to 18% biochar with dry feedstock.
Oregon Pilot Project
Building Rural Energy Independence
The Oregon pilot trial project aims to maximize a working single-reactor system to understand the engineering and adaptations to produce a commercial Bi-Modular HPe-6 reactor model that can process 18 tons of feedstock per day, producing 10,000 kWh of electricity (34 MMBTU equivalent) and up to 18% biochar with dry feedstock.
The pilot trial in Oregon is situated on a 500-acre hemp farm that will be using post-processed hemp flour as feedstock. Currently, the farm has 100 tons of underutilized waste sitting in piles, going to waste and causing environmental decay. Each morning, the metering bin will be loaded with waste and, through an automated process, dispensed into the dryer and then into the reactor tube to produce the outputs required. Through eye sensors, we will be able to consistently monitor the inputs and outputs, as well as each step along the process, to understand how various adjustments affect the efficiency and quality of return.
The pilot trial in Oregon is situated on a 500-acre hemp farm that will be using post-processed hemp flour as feedstock. Currently, the farm has 100 tons of underutilized waste sitting in piles, going to waste and causing environmental decay. Each morning, the metering bin will be loaded with waste and, through an automated process, dispensed into the dryer and then into the reactor tube to produce the outputs required. Through eye sensors, we will be able to consistently monitor the inputs and outputs, as well as each step along the process, to understand how various adjustments affect the efficiency and quality of return.
This Beta technology will utilize a hi-heat thermal conversion single reactor beta unit to further develop a new commercially viable six-reactor system. The facility in Oregon will provide one million lbs. of post-processed hemp as the input feedstock. This feedstock will be used to create high-grade tar-free electric power in the form of syngas or biodiesel to electricity for the grid to create revenue during testing and non-labile biochar for resale back to the local farmers at below retail price.
This Beta technology will utilize hi-heat thermal conversion single reactor beta unit for HPE to further develop, manufacture, and sell commercially viable six reactor systems. The facility in Oregon will provide one million lbs. of post-processed hemp as the input feedstock. This feedstock will be used to create high-grade tar-free electric power in the form of syngas to electricity for the grid to create revenue during testing and non-labile biochar for resale back to the local farmers at below retail price.
With the completion of the pilot trial facility, we can complete extensive testing and improvements to customer demand. We can fully automate the process mechanics for efficient low to no-manpower operations while making a profit through commercial sales and production leases. HiPoint Energy’s focus on building a scaled commercial unit will showcase the system, producing high-quality biofuel and biochar from various feedstocks, understanding their respective values and the difference in internal settings for maximum output.
With the completion of the pilot trial facility, we can complete extensive testing and improvements to customer demand. We can fully automate the process mechanics for efficient low to no-manpower operations while making a profit through commercial sales and production leases. HiPoint Energy’s focus on building a scaled commercial unit will showcase the system, producing high-quality biofuel and biochar from various feedstocks, understanding their respective values and the difference in internal settings for maximum output.
The pilot trial with a single reactor is intended to process 1 million lbs. of post-processed hemp biomass in a year, producing 0.4 tons of biochar and 2 tons of syngas per day to be used on-site to power the barns.
Through equity investment for testing, constructing, and operating a revenue-generating Bi-modular HPe-6 reactor system that can regenerate farmland prosperity and produce electricity with positive annual revenues.
The pilot trial with a single reactor is intended to process 1 million lbs. of post-processed hemp biomass in a year. Producing 0.4 tons of biochar & 2 tons of syngas per day to be used on-site to power the barns