Company Profile- Brochure

Cool-OxTM is a trademark of DeepEarth Technologies, Inc. “Controlled In-Situ Chemical Oxidation” Contaminants successfully treated by BTEX Coal Tars Vinyl Chloride (DCE) Chlorobenzenes Polyaromatic Hydrocarbons Creosote Jet Fuel Chlorinated Herbicides Chlorinated Pesticides Pentachlorophenol (PCP) Chlorinated Solvents PCBs Dioxins Pesticides Home Heating Oil Excavation Odor Control Sites Service Stations Railroads Pipelines Agchem Formulators Manufactured Gas Plants Wood Treating Military Bases Dry Cleaners Marine Bulk Terminals Under Building Structures Sediments Mixed Plumes Refineries Steel Mills Chemical Plants "professional personnel teamed with cutting edge technology and superior equipment" DeepEarth Technologies, Inc. 12635 South Kroll Dr. Alsip, Il 60803 Toll Free 877-266-5691 Chicago, IL 708-396-0100 Denver, CO 720-320-3198 Pensacola , Fl 850-206-3260 Houston, TX 281-546-3570 email us at: tech@deepearthtech.com www.deepearthtech.com www.deepearthtech.com " t h e c h em - o x p r of e s s i o n al s " TM TM Site Characterization Technique Controlled In-Situ Chemical Oxidation What is the Cool-OxTM process? Although hydrogen peroxide is widely accepted as the cleanest in-situ chemical oxidation com-pound, its application using the Fenton mecha-nism is dangerous and uncontrollable. The ex-tremes in heat and pressure generated by the Fenton reaction can volatilize contaminants causing them to spread even further in soil and groundwater. Moreover, concentrated liquid hydrogen peroxide (>10%) has been responsi-ble for numerous accidents. "eliminates safety hazards for workers and sites" Cool-OxTM was specifically designed to exploit the ad-vantages of hydrogen peroxide while eliminating the safety hazards associated with the product. The heat and acid hazards of the Fenton reaction have been eliminated. The optimum pH for the Cool-OxTM reac-tion is 8, thereby facilitating its use in limestone strata. Cool-OxTM aggressively destroys a wide variety of con-taminants. It is particularly well suited for treating chlorophenolic and creosote compounds where the ba-sic pH aids in desorbing these contaminants from the soil. Eliminating acid problems, heat and the need for injection wells makes Cool-OxTM the safest ISCO proc-ess available. No Heat means No Ignition Source The “Deep Shot Rig” Feeding Two Probes DeepEarth Technologies, Inc., (DTI) has tamed the Fenton reaction by developing the patented Cool-OxTM Technology. By controlling the reac-tion, contaminant sources can be pin pointed quickly during the site injection work. DTI can then focus on the sources thus assuring maxi-mum effect of the Cool-OxTM reagent. The photo above illustrates this forensic feature unique to Cool-OxTM Technology. The Cool-OxTM process is designed to address a broad variety of remedial challenges found at sites throughout the world. Cool-Ox is a registered trademark of DeepEarth Technologies, Inc. Wherever Cool-OxTM Technology has been applied, rapid growth of intrinsic aerobic microbes has been observed. This unique feature provides the one-two punch of combining abiotic chemical oxidation with bio-remediation. By engineering the accumulation of the microbial cells, they will produce extra-cellular polymeric substances (ECPS) that gives the appear-ance of live marine sponges. This matrix allows the groundwater to flow through providing a filtration mechanism entrapping contaminants and providing a carbon source for the microbes. This is the basis of the Cool-OxTM Bio-SpungeTM Reactor. “experience, quality equipment and injection technique are keys to successful site remediation" DTI prides itself in the quality of its equipment and personnel. For fire safety, all DTI rigs and vehicles are equipped with diesel engines and maintained continuously. All personnel hold required OSHA training certificates. “Free Product Treatment” The Cool-OxTM Process has been successfully employed to eliminate free product at several sites both in-situ and in excavations. The photo above depicts Cool-OxTM reagents reacting with free product at a large hydrocarbon release. An additional feature of this application is the abili-lity of the reagent to convert aromatics to non-odorus compounds thereby, eliminating rather than masking the problem. The Cool-OxTM Bio-SpungeTM Reactor (Groundwater Defined Flow Application)