Collarini Energy Staffing Inc.

Resume of F324

Education:	M.Eng. Chemical Engineering, University of Oklahoma
	B.S. Chemical Engineering(Refining), Tulsa University
Experience:	Chemical engineer with 34 years of experience, both domestic and international. Experienced with production surface facilities, onshore crude terminals, gas plants, sulfur recovery plants, and production water treating. Skilled in process and pipeline-gathering system simulation. Comfortable with process and production studies, cost estimates and project economics, process optimization, and with field and plant operation trouble shooting. Geographic experience includes the UK, Gulf of Mexico, Egypt, west Texas, and Trinidad. Computer skills include Microsoft Office, HYSYS, WinSim, TSWEET, and PipePhase.
	Was responsible for the service and trouble shooting of offshore platforms and a major onshore terminal in Egypt. As the lead engineer, helped expand an onshore oil terminal, which increased production by 100,000 BOPD. Conducted terminal field tests and installed a new 120,000 BOPD desalter train. Developed the conceptual design and cost estimates for a major field development in Russia, resulting in winning the technical bid for the project. Designed two 25,000 BOPD condensate stabilization trains for a major gas plant in Sharjah (UAE). Designed a major expansion of an offshore UK gas pipeline, which increased gas production from 1.1 BCFD to 1.5 BCFD due to the production of new gas from several companies. Developed an innovative process design for sulfur recovery from a lean acid gas, where the process made extensive use of heat recovery. Wrote a technical paper for the Gas Conditioning Conference and published it in the Oil and Gas Journal. Developed a design for expansion of an offshore Trinidad central platform, which increased gas production by 0.4 BCFD. Drilled two new gas wells on an adjacent satellite platform and designed a new 12” looped pipeline between the satellite and the central platform.
	As the process design engineer for a North Sea platform, developed, a new improved process design for using hydrocyclones in produced water treating. Coordinated and presented technical seminars for two years. Developed conceptual and detailed facility process design for a FPSO. Developed two produced water treating design studies for Trinidad and for a South American location. Developed waterflood facility designs for three projects.
Affiliations:	American Institute of Chemical Engineers