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• Built facilities to receive processing equipment ahead of delivery schedule by establishing site requirements with original equipment designer. • Participated in the of design and fabrication of hydrocarbon recovery processing equipment. • Staffed and trained operations workforce for initial start-up. • Supervised sample collections and lab analysis of initial products, including oil, gas, carbon and steel. • Wrote operations manual and protocols for entire unit. • Demonstrated commercial viability of processing unit with product quality and quantity. Presentations Given 31 st Clemson University Global Tire Industry Conference • April 15, 2015 Tire Recycling: A Time to Create a Sustainable Business Model Patents Process and System for Pyrolysis of Tires to Fuels and Other Products United States Patent Application Docket No. 6945.001 U.S. Serial No.: 62/101,964 Filed: January 9, 2015 Method of Fracturing a Subterranean Formation United States 4,518,040 Issued May 21, 1985 A method for fracturing a subterranean formation whereby undesirable fines are removed from the fracture face and/or proppant pack. The method is carried out by introducing hydrogen ions and fluoride ions into the formation being fractured and allowing hydrofluoric acid to be formed which dissolves the undesirable fines. Training and Development U.C. BERKELEY AND STANFORD: Semiconductor Device Physics • Wafer Fabrication Processing • Semiconductor Processes • SEEQ Technology On-site Management Communication Professional Affiliations American Standards Testing and Materials (Committees) ASTM D11 – Rubber • ASTM D24 – Carbon Black • ASTM D20 – Plastics ASTM D36 – Recovered Carbon Black (Recording Secretary) Computer Skills Macintosh │Microsoft Windows │ MS Office: Wo rd, Excel, PowerPoint, Outlook │ MS Project │ ERP Education OKLAHOMA STATE UNIVERSITY – Stillwater Bachelor of Science (BS) in Chemical Engineering