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Our consultation services and technologies reflect a wide range of technical expertise.

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Presentation on theme: "Our consultation services and technologies reflect a wide range of technical expertise."— Presentation transcript:

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3 Our consultation services and technologies reflect a wide range of technical expertise.

4 Established Methods Green Technology Improved Performance

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6 Humic substances have the greatest beneficial effects on soil properties, including support for microorganisms, improved aeration and an increased water and nutrient holding capacity. Humic substances are naturally occurring compounds found in the most fertile of soils. The characteristic dark color of soils can be attributed to these substances.

7 We have developed a revolutionary process that allows us to isolate specifically targeted fractions of humic substances. Each fraction has unique properties and abilities for precise roles in remediation. **Patent CA No ; US No – Method for Extracting Fulvic Acid Molecules

8  Humin – High Molecular Weight Humic Substances  Humic Acid – Medium Molecular Weight Humic Substances  Light Humics – Low Molecular Weight Humic Substances comprise the most bioactive fraction and includes the more commonly known humic compound fulvic acid (FA) Humic Substances Humin Light Humics Humic Acid

9 Forward-Thinking & Environmentally Responsible  CellXCell (CXC) is comprised of light humics. It is produced as a liquid concentrate.  Microhumate consists of humic acid and trace amounts of light humics. Like our CXC, it is produced as a liquid.  Terrahume is composed of the humin fraction. It is produced as a powder.  All of our products are nonhazardous and are produced without the use of chemical extractants. Comprehensive Technologically Advanced

10 CXC Binds to and mobilizes heavy metals and radionuclides for removalBinds to and mobilizes heavy metals and radionuclides for removal Increases the growth and metabolic functions of aerobic and anaerobic microorganismsIncreases the growth and metabolic functions of aerobic and anaerobic microorganisms Makes poorly soluble hydrocarbons more available to microbesMakes poorly soluble hydrocarbons more available to microbes Microhumate Assists in nutrient uptakeAssists in nutrient uptake Sequesters heavy metals and radionuclides in deep locationsSequesters heavy metals and radionuclides in deep locations Weaker bio-stimulant propertiesWeaker bio-stimulant properties Terrahume Increased aeration & water holding capacityIncreased aeration & water holding capacity Sorbs contaminants and sequesters them from the surrounding soil to reduce solution concentrationsSorbs contaminants and sequesters them from the surrounding soil to reduce solution concentrations

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12 Soil is leached using EDTA to bind to heavy metals for removal. Traditional Method Bind to heavy metals and are not subject to biodegradation. Role of Humics Replace EDTA with CXC and leach as normal. Alternative No losses due to biodegradation; more efficient throughput for collection. Results

13 Surfactants are pumped into the soil to solubilize diesel fuels. Traditional Method Increase diesel solubility & stimulate microbial decomposition. Role of Humics Replace surfactants with CXC and pump into the soil. Alternative Buffers fuel solution levels & provides long- term stimulation of microbes. Results

14 VOCs are either flamed off or captured using activated carbon. Traditional Method Absorb VOCs; microbes then work to decompose VOCs. Role of Humics Replace activated carbon with humic substances. Alternative More economic medium for contaminant decomposition. Results

15 Excavate and stockpile cesium contaminated soil. Traditional Method Complex cesium ions; cesium is desorbed from the soil into a water solution. Role of Humics In-situ soil remediation; capture of cesium onto absorbent material. Alternative Economical and practical removal of cesium radionuclides. Results

16 1. Review existing data from the zone of contamination 2. Visit the site for a general assessment 3. Perform additional testing for unknown but significant factors 4. Analyze test results 5. Ascertain engineering and land management requirements 6. Develop general recommendations and design treatment trains based on agreed upon goals 7. Select and delineate target areas for the installation of treatment designs 8. Monitor feedback and results from treatments and recommend adjustments as necessary

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18 * The RainGrow Group: Operating as RainGrow Technologies Australia Pty. Ltd., and Bioz Agri Products, Inc. in Canada.  For more information visit:


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