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Hydro Environmental Resources Announces Commercial Availability of Low-Pressure Hydrogen Reactor

Submitted by: Hydro Environmental Resources, Inc.

Categories: Environment

Posted: Oct 21, 2002 – 12:00 AM EST

 

Hydro Environmental Resources Announces Commercial Availability of Low-Pressure Hydrogen Reactor

Oct. 21 /CSRwire/ - VANCOUVER, Washingotn - At the Energy Technology Showcase 2002, an international conference focused on major energy technology developments, Hydro Environmental Resources (HERI), Inc. (OTCBB:HYVR), a developer of hydrogen and hydrogen reactors, today announced the commercial availability of its industrial Electrical Chemical Hydrogen Fuel Reactor (ECHFR).

The ECHFR is one of the first hydrogen reactors that eliminates the need for an outside energy source to produce a pure commercial-grade of hydrogen at low pressure. This proprietary process delivers a highly mobile, more cost-effective and physically safe production of hydrogen than alternative methods requiring outside energy sources such as electricity, solar power and fossil fuels.

"Hydrogen energy offers a permanent solution to global energy, economic, and environmental problems and is now ready for support from governments and industrial organizations," said David Rosenberg, president and chief executive officer for HERI. "To date, the viability of hydrogen as an alternative energy source has been hindered by technologies that are cost-prohibitive, immobile and potentially unsafe for broad industry use. We're confident that HERI's technology approach will help drive the broad adoption of this valuable energy source."

About ECHFR

The ECHFR is a fuel reactor that produces a commercial-grade of hydrogen gas at low pressure that does not require high-pressure vessels or an external power source. HERI implements a closed system electrical chemical procedure that produces hydrogen gas and residual heat generated from the reaction. Multiple safe compounds are added to any water-based liquid, producing a reaction between 60 and 300 degrees Fahrenheit depending on atmosphere. Low voltage electrical activity takes place within the system. Once the hydrogen gas is produced, the by-product is distilled potable water that can be used for human consumption.

The system can easily be integrated with fuel cells, combustion engine driven generator sets for producing electricity and burned for heat energy applications. Since the ECHFR is highly mobile and can produce low-pressure hydrogen on demand, it is designed to overcome many of the industry's challenges with storing and transporting hydrogen in a safe and cost-effective manner.

Product Benefits

-- Pure hydrogen: The ECHFR was recently tested by FST Consulting International, a provider of independent, third-party QA/QC inspection, verification and testing. FST Consulting International determined that the gas purity produced by the ECHFR ranged from a low of 99.999% to a high of 99.9992%. HERI is currently developing a high-purity stainless steel reactor that is expected to improve hydrogen purity to the six nines level.

-- Low pressure: The reaction is not dependent on pressure or high temperature to produce hydrogen, although the system can be configured to produce gas at higher pressure if needed.

-- Cost-effective: The chemicals and metals used in the reaction process are found in substantial reserves globally making them affordable and relatively easy to obtain. Since the ECHFR doesn't require pure or potable water to produce hydrogen, even substances like sewer water can be used. Additionally, hydrogen production can be controlled by switching on and off the reaction process thereby conserving the chemical compounds and ultimately reducing the total cost of operation.

-- Environmentally safe: The product burns free of smell, fumes, and smoke without producing any pollutants. Additionally, the waste material from the chemicals used in the reaction is inert and can be disposed of easily and safely. Pure hydrogen doesn't produce any greenhouse gases, particularly CO.

-- Low maintenance: The conversion process doesn't involve moving parts and requires infrequent replacement of the chemicals and metals involved in the reaction process. Unlike other hydrogen conversion processes, the ECHFR doesn't require pure or potable water to produce high purity levels of hydrogen as it can be extracted from almost any water-based source.

-- Customizable: The ECHFR can be packaged linearly and is available in all sizes from a portable compact size to a 3,000 gallon system. The standard closed system can be adjusted to satisfy variable energy demands and can be set up as a parallel system or as one large unit for high output energy applications.

Hydrogen As Next-Generation Energy Source

Hydrogen can be used in many applications in which fossil fuels are being used today. For example, hydrogen being used in combustion engines, turbines and jet engines is more efficient than using fossil fuels like coal, petroleum and natural gas. A range of transportation vehicles can run on hydrogen including automobiles, buses, trains, ships, submarines, airplanes and rockets. Hydrogen can also be converted directly to electricity by fuel cells, with a variety of applications in transportation and stationary power generation. Combustion of hydrogen with oxygen results in pure steam, which has many applications in industrial processes and space heating. Moreover, hydrogen is an important industrial gas and raw material in numerous industries, such as semiconductor, metallurgical, chemical, pharmaceutical, fertilizer, recreational and food industries.

About Hydro Environmental Resources (HERI)

HERI, based in Vancouver, Washington, was founded in 1998 with the primary goal of exploring avenues to improve the global environment through the development of safe and efficient methods of alternate energy production. The HERI team is focused on the production of alternate energy, waste treatment, and clean, potable water, through its breakthrough technology, the Electrical Chemical Hydrogen Fuel Reactor (ECHFR). For more information visit the company on the Web at www.hyrdogenerate.com

For more information, please contact:

Jason Gedeik MKI, Inc.
Phone: (503) 703-5397
Katherine Yackley Hydro Environmental Resources
Phone: (360) 883-5949

 

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