Haber Strongly Urged by Ghana Science and Government Authorities to Rapidly Introduce Gold Extraction and Recovery Processes.

BAYONNE, N.J. -- Note to Editors: Included with the release is a brief sidebar describing the environmental and health dangers caused through the use of highly toxic mercury by artisinal gold miners in Africa and throughout the developing world.

Kwame Nkrumah University of Science and Technology Evaluation Report confirms 99 Percent Efficiency of Haber Processes on Native Alluvial Gold Concentrates

Haber, Inc. (OTC: HABE), a New Jersey-based company with proprietary technology for the environmentally friendly processing of gold bearing ores, announced today that, based on a highly favorable report regarding its extraction and recovery processes from the Kwame Nkrumah University of Science and Technology (KNUST) of Kumasi, Ghana, the Ghanaian Council for Scientific and Industrial Research and the Ministry of Lands, Forests and Mines strongly urged the company to introduce its gold extraction and recovery technology into Ghana's artisinal mining sector on a large scale as soon as practical.

KNUST had been asked to verify through a demonstration on Feb. 7 and exhaustive analysis thereafter, the practicality of using the extractive Haber Gold Process (HGP) on the alluvial gold-bearing ores widespread throughout Ghana, the efficiency of the Haber Recovery Process (HRP) in recovering the gold present and; Haber's claims that both processes were environmentally friendly. The Haber processes do not use mercury, cyanide or any other component that is dangerous to human health or to the environment.

The report, prepared under the direction of Professor F.W.Y Momade of the Materials Engineering Department of KNUST's College of Engineering, and forwarded to Haber on June 13th by Ghana's Council for Scientific and Industrial Research, concluded that the test results showed that: 1. HGP can extract gold without use of mercury or cyanide; 2. HRP can recover the gold present; 3. that extraction is relatively fast with roughly 99 percent of the gold present being extracted within three hours and; 4. that both processes are, in fact, environmentally friendly. The test ore was an alluvial gold concentrate obtained from small-scale gold miners from the Wassa Akropong region of Ghana

Albert B. Conti, president and COO of Haber, and its principal executive involved in the implementation of Haber's initiative in Ghana, known as STAMP (Strategic Abatement of Mercury and Poverty) developed jointly with Haber 's licensee Gold City Inc. (a private Nevada Corporation), said, " We are very pleased by the KNUST report findings and by the strong support of the Ghanaian scientific community and government officials. We believe that the Haber Gold Processes can effectively assist the artisinal mining community in Ghana in improving their health, their standard of living and their environment. We are confident that the field testing and eventual full implementation of these processes will make the Ghanaian artisinal mining sector a model for all of Africa and elsewhere around the globe."

The STAMP program objectives, as announced at its inception by Haber in May 2004, focus on the elimination of mercury use in artisinal mining, significant increases in the health, incomes and standard of living of the artisinal miners and their families and offers the expansion of a value-added component of the Ghanian economy through gold jewelry manufacturing for the world market.

During the past year, Conti and his team have focused on successfully obtaining a site for the initial field trials and working out logistics involved in the start-up. They are now engaged, along with the Ghanaian authorities, in raising the funds necessary to begin field trials and move ahead to regional expansion throughout Ghana.

About Haber, Inc.

Haber, Inc. is a high technology process development company with proprietary technologies in extractive metallurgy and electrochemical separations. These technologies include the company's Haber Gold Process (HGP), a chemical system discovered by Norman Haber, the chairman of the company, for the hydrometallurgical extraction of gold from its ores. The Haber Gold Process is both non-toxic and more efficient than conventional solvents such as cyanide. This technology accelerates the gold extraction rate and may increase gold recovery from its ores by a substantial factor. The company's Electromolecular Propulsion (EMP) technology is an electrochemical process that enables the electrically controlled movement or positioning of a variety of different molecules. It is distinguished from the techniques of electrophoresis and chromatography by its wide variety of potential applications and the greater speed and control of the results. For more information, call Peter R. D'Angelo [phone], or visit the company's website at http://www.habercorp.com.

Safe Harbor Statement

Any statements contained herein that are not historical facts are forward-looking statements within the meaning of the Private Securities Litigation Reform Act of 1995, and involve risks and uncertainties. Forward-looking statements include statements concerning plans, objectives, goals, strategies, future events or performance and underlying assumptions. These statements are subject to uncertainties and risks including, but not limited to, economic conditions, the impact of competition and pricing, government regulation, and other risks. All forward-looking statements made by or on behalf of the Company are qualified. The Company disclaims any obligation to update any forward-looking statements to reflect events or circumstances after the date hereof.

The Dangers of Mercury's Use In Small-Scale "Artisinal" Mining

    Highly toxic mercury is the chemical of choice for use as an
    amalgamating agent in gold production by artisinal miners in at
    least 55 developing countries.

    Based on the estimated 800 tons of gold produced annually by
    small-scale miners worldwide, many of whom produce as little as
    one gram of gold per day, it is believed that there are roughly 30
    million people, one third of them women and children, actively
    engaged in these small-scale mining efforts. Based on the sizes of
    the communities in which they live and work, perhaps as many as
    100 million people in total are at severe risk to their health due
    to the mercury vapors created when mercury-gold amalgams are
    heated or burned to further concentrate the mined gold and/or
    recover excess mercury in the process. Many others are placed at
    risk as mercury is introduced by this process into rivers, streams
    and groundwater and is taken up and retained by fish.

    Mercury, a heavy metal, is highly toxic. Exposure by handling or
    ingestion causes severe neurological damage, renal system failure
    and a general weakening of the immune system in humans. Because
    most artisinal mining takes place in alluvial terrain adjacent to
    rivers, streams or lakes and involves hydraulic sluicing, excess
    mercury is being washed into these water sources and the soil in
    large volumes.

    The cost of mercury has risen in lockstep with the recent rises in
    the price of gold on world markets. The higher gold prices in turn
    have attracted more subsistence workers into the artisinal gold
    fields, further increasing demand for mercury. The use of mercury
    in gold mining in the United States is now both rare and severely
    limited by permitting procedures. The U.S., Canada, European
    countries and others in the developed world export roughly 1,600
    tons of mercury annually to developing countries. Since mercury's
    use in mining is illegal in many of these countries, much of the
    mercury being imported is falsely described as being for "dental"
    applications. As a consequence, there is a strong global mercury
    "lobby" working to preserve its industry's franchise and
    discourage any search for affordable and practical alternatives to
    mercury usage.

    National and international organizations, NGOs, private
    individuals and companies rightly concerned about the extreme
    public health and environmental damage caused by mercury, have
    worked diligently for some years to mitigate the escape of mercury
    residues into the environment. Their efforts and mitigation,
    through educational and mechanical means, however, have been
    hampered by an a priori assumption that there is no alternative
    process available, and that they must make the best of a bad
    situation.

    The mercury- and cyanide-free Haber processes, coupled with the
    advent of the STAMP program in Ghana, provide the potential that,
    for the first time, the root cause of the health and environmental
    problems can now be addressed by totally eliminating mercury usage
    from the artisinal gold mining sector.