The High Technology Development Corporations (HTDC) Hawaii Center for Advanced Transportation Technologies (HCATT) is sponsoring a demonstration of a $6.8 million renewable and clean, waste to energy generating system at Joint Base Pearl Harbor-Hickam (JBPHH), on the campus of the Hawaii Air National Guard (HIANG).
The demonstration will continue through this summer, and was facilitated through a contract with Biomass Energy Systems, Inc. (BESI). The waste-to-energy (WTE) project demonstration showcases the efficacy of converting 10 tons of waste per day to electricity using a state-of-the art gasification technology.
The Air Force Research Labs (AFRL) selected the Hawaii Air National Guards 154th Wing to demonstrate an integrated micro-grid concept that tests the viability of using renewable energy and micro-grids to assure that the US Air Force (USAF) can continue mission critical operations regardless of the state of the public utility grid or cyber-attack. Phase I of the micro-grid will utilize a rotary kiln gasifier that turns waste into fuel, heat and electricity.
U.S. Senator Brian Schatz, who was instrumental in supporting the USAF selection of Hawaii as a demonstration site, officiated over the demonstration ceremony. "Alternative energy research and development is one of the smartest investments that the military is making today and one that is projected to save lives," said Schatz. "Hawaii is on the leading edge as a testbed for a variety of renewable energy systems and micro-grid technology that will benefit the entire state."
JBPHH was selected based on Hawaiis variety of renewable energy sources, the high cost of electricity, and complexity of the Hawaii Air Guards 154th Wing, which operates the F-22, the most advanced fighter in the U.S. inventory.
"The Hawaii Guards flying wing is as complex as any Air Force fighter wing, but in a much more compact footprint," said HCATT Director, and former HIANG Commander Brigadier General Stan Osserman. "This demonstration signifies an important step toward energy security and Net Zero goals for waste, not only for the military, but for civilian populations throughout the islands and beyond."
The waste to energy project represents an investment by the USAF to determine the feasibility of solving the challenge of waste disposal with the opportunity to offset the cost of electricity on base. The system at JBPH-H was built by BESI. It is designed to handle between two and 10 tons of waste per day and generate a net 200 to 300 kW of baseload power using four generators run from the syngas produced by the gasifier.
The BESI rotary kiln system TurnW2E® was installed at JBPHH in December 2015, and has completed all of its initial testing this month. It will begin running specific "recipes" for several weeks to collect data using specific "feed-stock" that can be expected from a military base with a population of about 2000 people. Upon test completion, the system will be evaluated on its ability to produce hydrogen for use in fuel cell vehicles currently being demonstrated at JBPHH. A subsequent system test will be conducted to produce a liquid jet fuel from waste. Eventually, the USAF plans to include the gasifier in the first phase of its micro-grid project at the end of this year.
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About Biomass Energy Systems, Inc. (BESI)
BESI is a woman-owned engineering company that provides innovative technology for alternative and renewable energy projects. Based in University Park, IL, BESI was formed in 2007 to develop applications for alternative and renewable energy conversion technologies. Beginning with small-scale gasification, the Company has branded a variety of innovative designs and specific features that are an evolution in the application of gasification, including the TurnW2E® system. For more information, visit: http://www.besiusa.com.
About TurnW2E® Waste-To-Energy Gasification System
A proprietary BESI solution, the TurnW2E® Gasification system involves a series of basic units, which are designed to work together as one continuous operation. The systems are highly customizable based on energy and performance requirements. Applications include municipal solid waste, animal and crop wastes, cellulosic biomass, tires, non-recyclable plastics, and industrial waste. Through the use of an innovative and proprietary reactor design, the TurnW2E® Gasification System can accommodate a variety of materials with different moisture contents, providing maximum feedstock flexibility for gasification, while producing consistent syngas.