NEW YORK, Oct. 19, 2007 (PRIME NEWSWIRE) -- Albert B. Conti, Chairman and CEO of Haber Inc. (Pink Sheets:HABE), will present at Wall Street Reporter's Small-Cap Discovery Conference, which will be held on October 24th at the Harvard Club of New York City.
The Small Cap Discovery Conference is an ongoing program series hosted by Wall Street Reporter Magazine which features presentations by CEOs of public companies to an audience of over one hundred investors, analysts and fund managers.
"We are very pleased to have this opportunity to present Haber's unique, disruptively efficient, and environmentally friendly gold recovery technologies to key members of the financial and investment communities," Mr. Conti articulates. "We are confident that these technologies will have a very substantial impact in the mining industry and in the recovery of precious metals from the global glut of electronic scrap."
Conti will discuss the reorganization and evolution of Haber, Inc. and the development of its goldfield concessions in Ghana. His presentation will focus on the number of worldwide opportunities for the application of the Haber Gold Process (HGP), with special emphasis on the use of HGP to eliminate the use of toxic mercury by some 20 million small-scale miners in 55 countries.
Wall Street Reporter (Est. 1843) is the premier source of investment information on global small-cap public companies in high-growth sectors. Through their magazines, special reports, website and conferences, WSR presents unique opportunities for discovering stocks before they appear on the radar of Wall Street and has become a "must attend" and "must read" for a "who's who" of the investment community.
Registration information for the conference, which is sponsored by vFinance, Knobias, Yorkville Advisors, and Marks Value Partners, can be found at http://www.wallstreetreporter.com/sdc or by calling 212-363-2600.
About Haber Inc.
Haber, Inc. is a high-technology process development company with proprietary technologies in extractive metallurgy and electrochemical separations.