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Green Energy Resources 2006 Update

Green Energy Resources (Other OTC:GRGR.PK) is a woodfiber fuel supplier and distribution company for the renewable energy industry. The company has developed a web-based universally adaptable software system called UTCS, (Urban Tree Certification System) that is currently in the marketing and distribution phase. In 2006 the company’s gross sales are projected to exceed $5 million dollars from the sale and export of woodchips. For 2007, Green Energy Resources anticipates gross sales of woodchips to be in excess of $20 million dollars, and revenues from the UTCS software will also be realized. The company has posted profits for last 2 straight years. Green Energy Resources has no debt, has not raised any public funds,and operates on self generated revenues. Currently there are 54.6 million shares issued and outstanding 39.1 million shares restricted and 15.5 million shares free trading. One third of the free trading shares are held by institutional investors. The company issued a 5% stock dividend to shareholders in May. UTCS software creates a market place for buyers and sellers for waste wood and emission credit trading. Revenues are generated from fee based subscriptions, a trade board ,report generation, environmental certifications and the sales of data to industry and para-government […]

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Amtech Announces $2M New Solar Order

Amtech Systems Inc. (Nasdaq: ASYS), a global supplier of production and automation systems and related supplies for the semiconductor and solar cell industries, has announced a new order totaling approximately $2 million for thermal processing and automation systems from the solar cell industry. The order is a follow-on order from an Asian-based customer who is a leading supplier of solar wafers to the industry as well as a manufacturer of photovoltaic cells, modules and application systems. The order is expected to ship in the fiscal quarter ending March 31, 2007. Amtech has received approximately $9 million of solar orders, including this most recent order, during the last 12 months, a 500% increase over the preceding 12 month period. J.S. Whang, the company’s president and CEO, stated, “I am pleased with the company’s continued growth during fiscal 2006, which has been fueled, in part, by an increase in orders from the growing solar cell industry. We continue to aggressively pursue the solar/photovoltaic industry and the expanding Asian market. We believe that this order from the solar cell industry demonstrates the continued success of our growth strategy and sales and marketing activities.” Amtech Systems Inc. manufactures capital equipment, including silicon wafer handling […]

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GS Energy Announces Bioenergy Program

GS Energy Corporation (OTCBB: GSEG) has announced plans to build, own and operate biomass-derived energy facilities co-located at renewable fuel production facilities, specifically facilities with biomass gasification capabilities. Among the first of GS Energy’s planned projects is a site expected to be co-located at an Integrated Multi-Fuels (“IMF”) facility in Memphis, Tennessee that GS Energy’s sister company, GS AgriFuels, is currently developing. According to a recent announcement, GS AgriFuels intends to use standard fuel production technologies and a number of proprietary technologies, including innovative pre-treatment, process intensification, gasification, catalytic, and carbon capture technologies, synergistically at small-scales to enable the refining of many forms of biomass into clean fuels, including biodiesel and ethanol. Importantly, the synthesis gas output of GS AgriFuels’ biomass gasifier can be used to generate heat and power with specially designed power generation and heat transfer facilities that GS Energy intends to build, own and operate co-located at GS AgriFuels’ facilities. Combined Heat & Power Gas fired generators convert their available energy into electricity and heat. Conventional power plants typically do not capture waste heat and are between 40% and 50% efficient. Cogeneration, or combined heat and power (“CHP”), facilities capture excess heat and can reach efficiencies of […]

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