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INIKMEA <br />m <br />Wildermuth Wetland Restoration, Butler County Water and Sewer Department, OH <br />The project included design and construction of a floodplain pollutant attenuation system along the East Fork Mill Creek to improve water <br />quality and enhance aquatic and riparian habitat. The project was initiated in response to problems associated with channel erosion, <br />flooding, woody debris jams, and water quality impairments. Approximately 1,500 linear feet of in -stream habitat, riparian buffer and 22 <br />acres of floodplain wetlands were restored. <br />Aukerman Creek Restoration, Preble County Historical Society, Eaton, OH <br />The project included design and construction of the Aukerman Creek Restoration project. The project addressed sources of aquatic <br />habitat impairment by restoring Aukerman Creek's natural flow, reducing the erosive power at the proposed reach and associated <br />streambank erosion, improving water quality, and stabilizing the channel with the floodplain to provide characteristic aquatic and riparian <br />habitat reflective of higher quality segments of Aukerman Creek. Toewood was installed as a bioengineering technique to protect toe of <br />slope and boulder clusters were placed in -stream to dissipate energy and centralize the flow. The outside meander bend was regraded <br />to a stable angle of repose and stabilized with a rock toe and natural materials (coir fabric, prairie seed, woody cuttings). <br />West Fork Mill Creek, City of Wyoming <br />A reach of the West Fork of the Mill Creek was encroaching on lime sludge holding ponds. Design of the stream channel incorporated a <br />cross vane to centralize stream flow to prevent future stream bank erosion. Rehabilitation of the stream bank included a rock toe and <br />fabric and planting for bank stabilization. <br />Former Stauffer Chemical Site, Louisville, KY <br />Mr. Norman served as the project manager for operation of environmental remedial systems at a former chlorinated hydrocarbon <br />manufacturing facility. The remedial systems include a 1,000 gpm ground water extraction and treatment system, a large SVE/AS system <br />(1,200 cfm) and a smaller AS/SVE system (300 cfm). The original installation was completed in 1997. Operational challenges required <br />significant upgrades to system equipment to provide sufficient operation time to remain in compliance with the facility RCRA permit. <br />Major capital improvements were recommended to the client, and the after installation resulted in significant improvements in operation. <br />The annual budget for the operation and maintenance was $1 million. <br />JMC Steel/Wheatland Tube: <br />Project Manager for design and construction of an expansion of the wastewater treatment facility of a tube manufacturing facility. The <br />plant upgrade was completed without interruption to the facility operation while maintaining compliance with the permit limit. Mr. Norman <br />provided budgetary review, engineering review, and overall direction for the project. The total project budget was $1.2 million. <br />LKQ Corporation <br />Technical lead for site audits focusing on SPCC and SWPPP compliance inspections. SPCC and SWPPP are updated or developed as <br />needed. Audits included completing certified auto recycler (CAR) audits for all facilities inspected. Site audit/inspection included providing <br />technical guidance on SWPPP and SPCC implementation to site personnel. <br />Coca-Cola Enterprises: <br />Project Manager and technical lead for monitoring of carbon dioxide in the work place. Specific tasks have included initial screening, <br />development of risk profiles for individual workers and extended sampling at fixed stations. Data provided by Apex is utilized for <br />modification of the facility HVAC system. <br />Wright Patterson Air Force Base: <br />Project Manager for the construction of sewer lines and sewer line connections to eliminate sanitary to storm water cross connections. <br />The project included construction redesign due to unanticipated field conditions, interaction with the client, interaction with the USACE, <br />and direct supervision of construction contractors. The USACE method for construction quality management was utilized. Projects were <br />completed under budget, with no accidents or health and safety incidents. <br />Project Manager for the removal of PCE contaminated soil. Over 500 tons of contaminated soil were removed and disposed of at a <br />hazardous waste landfill. Project responsibilities included waste characterization, project health and safety, and management of <br />subcontractors. The project was completed on time, within budget and without any health and safety incidents. <br />Service Disabled Veteran Owned Small Business <br />