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Solves Difficult Active or Legacy Contamination Problems Produces Results Beyond Capabilities of Currently Accepted Tec

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Solves Difficult Active or Legacy Contamination Problems Produces Results Beyond Capabilities of Currently Accepted Tec

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    1. Solves Difficult Active or Legacy Contamination Problems Produces Results Beyond Capabilities of Currently Accepted Technologies Treatment Costs are Similar to Conventional Lime Treatments with Sludge Volumes and Disposal Costs Greatly Reduced

    2. Ionic State Modification Alters the chemical and physical properties of metal contaminants within aqueous solutions Pretreat influent when necessary Ionic State Modification (ISM) Reactor designed based on the specific contaminants in the waste stream in order to change the ionic state of targeted metal ions Reactor oxidizes or reduces specific ions with focused, strong electric and magnetic fields As a result, ionic state of contaminants changes to allow precipitation with conventional chemistry Collect post-treatment residue – may have some recycle value Pure, clean water is produced that meets discharge standards

    3. BLUE SKY Mill Bull Tunnel Project, 2001-02 Over 51 million gallons treated, just under 2 years of operation Remote tunnel drilling site on USFS land in El Dorado County; El Dorado Irrigation District Project Met NPDES permit discharge levels Chemical Costs - >$.002 per gallon Sludge Removed – 360 55-gallon barrels; ˝ cubic feet / 1000 gallons treated Electrical Costs - >$25,000 for entire project Water released into nature at site; No on-site ponding or containment required Effluent fluctuations of primary metals; Results:

    4. BLUE SKY Leviathan Mine Bench Tests, 1999

    5. BLUE SKY Berkeley Pit – Bench Test, 1996

    6. BLUE SKY Mammoth Mine, CA – Bench / Site Testing, 1999

    7. BLUE SKY Iron Mountain – Bench Test, 1998

    8. Recent Bench Tests Closed Northern CA Gold Mine November 2007 Preliminary Results

    9. Benefits / Advantages Flexible flow rates - from 5 gpm to 1k gpm Small footprint for remote sites or large fixed facilities at accessible, high volume sites Drastically reduces metal sludge and other post-treatment residues – like calcium sulfate Saves money on additives, power and sludge handling costs Can operate 24/7, 365, all-weather with minimal staff

    10. Uses Wherever there’s contaminated water Industrial metal shops, light industry, recyclables Construction bridges, hydroelectric, buildings, tunneling, reclamation Acid Mine Drainage Copper, Zinc, Lead, Silver and other acid-metal mine effluents, etc. Specialties emergencies, floods, remote/portable Difficult or Mixed Waste Streams MTBE, selenium, arsenic, complex organic compounds Our wastewater treatment process has been successfully used to treat and remove both organic and inorganic materials from process waters generated in fiber glass manufacturing, olive processing, metal plating, food processing, ink manufacturing, steam cleaning water contaminated with heavy metals, hydrocarbons and metal working coolants generated in metal fabrication operations. This patented process has the ability to remove hydrocarbon oil & grease, hydrocarbons as diesel, gasoline and aviation fuel contamination to exceptionally low parts-per-billion levels below those required of federal drinking water standards. Applications include environmental remediation projects, commercial and industrial wastewater treatment or other applications involving cleaning of hydrocarbon contaminated water. The process produces clean, pure water from the contaminated influent that can be returned to lakes or streams without fear of contamination to the surrounding environment. In addition, the process will completely remove hydrocarbons and volatile aromatics including MTBE from wastewater. Our wastewater treatment process has been successfully used to treat and remove both organic and inorganic materials from process waters generated in fiber glass manufacturing, olive processing, metal plating, food processing, ink manufacturing, steam cleaning water contaminated with heavy metals, hydrocarbons and metal working coolants generated in metal fabrication operations. This patented process has the ability to remove hydrocarbon oil & grease, hydrocarbons as diesel, gasoline and aviation fuel contamination to exceptionally low parts-per-billion levels below those required of federal drinking water standards. Applications include environmental remediation projects, commercial and industrial wastewater treatment or other applications involving cleaning of hydrocarbon contaminated water. The process produces clean, pure water from the contaminated influent that can be returned to lakes or streams without fear of contamination to the surrounding environment. In addition, the process will completely remove hydrocarbons and volatile aromatics including MTBE from wastewater.

    11. BLUE SKY Means Clean Water Proven Reliable Effective Safe

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