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RSGENESIS Bioremediation Products <br /> Oxygen Release Compound, ORCO <br /> Technical Bulletins Index <br /> I ORC Testing and Demonstrations <br /> I I Laboratory Studies <br /> I.2a Early Proof-of-Concept Experiment in the Field <br /> I 2b Early Commercial Use in Single Wells <br /> I.2c New Mexico Field Results <br /> I.2d Alaska Field Results <br /> Ii. ORC Cost Comparisons to Alternative Oxygen Sources <br /> III Cost Comparison--MecharucaI Treatment Methods <br /> II 2 Cost Companson--Chemical Oxygen Sources <br /> III Regulatory Issues <br /> III I Environmentally Safe <br /> III 2 Basic Theory on the Disposition of Compounds <br /> III 3 Field Results on the Disposition of Compounds <br /> IV. ORC Performance in Groundwater <br /> IV I pH Levels - <br /> IV 2 Oxygen Dispersion in an Aquifer <br /> IV 3 Computer Modeling Results--Oxygen Distribution in an Aquifer <br /> IV 3a A Case Study Oxygen Distribution in an Aquifer <br /> IVA Microbial Fouling <br /> IV 5 Iron Fouling <br /> IV.6 Iron Fouling--Calculations and Observations <br /> V. Other Uses for ORC <br /> V 1 Uses in Odor Control <br /> V 2 Uses in the Remediation of Chlorinated Hydrocarbons <br /> V 3 Uses in the Dual Phase Remediation of Chlorinated Hydrocarbons <br /> V 4 Uses in Chlorinated Co-Metabolism <br /> V,5 Uses in Biopiles <br /> V,6 Qualitative Guidelines for Soil Remediation Applications (Biopiles) <br /> V 7 Quantitative Guidelines for Soil Remediation Applications (Biopiles) <br /> V 8 Study with Dow Chemical on Soil Remediation Applications (Biopiles) <br /> V 9 Oxygen Barrier Dynamics <br /> VI. Other Notes <br /> VII Disposal Issues <br />