ExxonMobil Corporation Headquarters (Irving, Texas)

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  Arthur Coles (guest)

  Arthur David Coles Mechanical Equipment Design and Project Manager Boilers - Pressure Vessels – LNG Tanks – All rotating Equipment U. S. Citizen by Birth: Security Clearance: Secret DOD March 2004 1540 Clearglades Dr. Wesley Chapel Florida 33543 Home: 813- 575-8723 Cell: 813-751-5553 Over 25 years experience in Chemical, Petrochemical, Pharmaceutical and Power Plant Equipment Design, Specification, Installation, Test and Walkdown and Project Management. Specializing in ANSYS Stress Analysis in the design of Pollution Abatement, Cryogenic Chemical Process (LNG) and Oil Refinery plant and equipment, Fire Protection, ASME section VIII coal and gas fired Boilers including Babcock and Wilcox type combustion and burner, power flame industrial combustion, black liquor and fluidized bed process design, coal fired HRSG heat recovery boiler design. Boiler thermal design calculations, Turbines, Pressure Vessels, Heat Exchangers Using TEMA Codes, Bjack, API 650, 653, 620 Oil Storage Tank farms and related Piping and Pumping Systems Using ANSI B.31.3 Piping Codes, Caesar II and Algor Pipe Stress computer programs. Worked on Oil Shale mining plant construction, design of Bulk Conveyor Systems, Dust Collection Systems, Pressure Vessels Design using ASME Code, section VIII Div. 1 and 2 and BPVC-III NB - 2001 BPVC Section III-Rules Construction Nuclear Power Plant Components-Div 1-Subsection-NB-Class 1 Components. EXPERIENCE: DCAirSolar Systems Tampa Florida Jan 2009 to Present Engineering Manager; Duties include but are not limited to: Creating and setting up the R & D Engineering Department for the design and development of a new generation Solar HVAC System using the power of the Sun’s Rays to produce Bacteria Free, Cool, Dehumidified Dry Air. This new generation Solar Rooftop HVAC system provides for energy cost savings of up to 60%. Responsible for leading the R & D efforts including the system design, test and installation of a prototype system. Participating in the design of other versions of the system for powering Automobiles, Trains, Buses, Planes, Retail Establishments, Hospitals and home installations. Recruiting and interviewing of Engineers, Cad Designers, Sales and Marketing Professionals are also part of my duties. TRS/ Fluor Daniel, Houston Texas May 2008 to Jan 2009 Sr. Pressure Vessel Engineer, LNG Tank Onshore and Offshore Loading Facilities with COLD BOX design and specifications. Eastman Chemical and Texas Oil and Gas client Refinery design using COMPRESS for Vessel Stress analysis. Responsible for soliciting vendor quotations, preparing bid analysis, reviewing vendor drawings, coordinating equipment specifications of pumps, compressors and other equipment for production. Also responsible for providing technical guidance to Jr. Engineers, Designers and Draftsmen. Set up quality control and coordinated efforts with both in-house and client specialists on matters of job content. Group tasks include completing engineering design calculations, preparing and checking drawings and specifications. Associated Staffing Inc. Norcross GA April 2007 to May 2008 Assigned to Black and Veatch Engineering Company, Houston Texas Sr. Lead Engineer: Pressure Vessel and Equipment Specialist. Duties are to write specifications for the design, supply, fabrication, construction, inspection and testing of an 180,000 m³ volume full containment refrigerated LNG tank for Exxon Mobil, Hong Kong China LNG terminal. Responsible for soliciting vendor quotations, preparing bid analysis, reviewing vendor drawings, coordinating equipment layouts and specifications of pumps, compressors and other equipment for production of LNG. Checked PFD’s, P & I D's, control systems for increased capacity. Design of double bottom containment oil and water storage tanks with floating roofs (specifying leak detection guidelines API 653), flat bottom with dome and cone roofs. (API 650) low pressure large welded carbon steel storage tanks (API 620- 15 psi Max). Responsible for providing technical guidance for Jr. Engineers, Designers and Draftsmen. Set up quality control and coordinate efforts with both in-house and client specialists on matters of job content. Group tasks include completing engineering design calculations, preparing and checking drawings and specifications using Design Program, COMPRESS (Vessel), and B Jack and HTRI (Exchanger) program. Familiar with Auto Cad and Microstation as required to perform job function. Mustang Tampa, Inc. Tampa, FL August 2006 to April 2007 Contract position as Sr. Pressure Vessel Lead Engineer. Design of Pressure Vessels for the Takreer Oil Refinery Project of Aubu Dhabi Saudi Arabia. My responsibilities were to provide direct supervision of vessel designers and heat exchanger designers. Work included managing and assembling all necessary resources involved in execution of the project. As a working leader, provide technical guidance and quality control and coordinate efforts with both in-house and client specialists on matters of job content. Group tasks include completing engineering design calculations, preparing drawings and specifications (both manual and utilizing IVES/IVCAD Design Program, COMPRESS and Microstation CAD) consistent with applicable codes. Additional functions include soliciting quotations, preparing bid analysis, reviewing vendor drawings, coordinating equipment layouts, and participating in acceptance testing, supporting construction and checking installation before start-up. Aerotek Inc. Assigned to General Dynamics, Detroit MI January 2004 to July 2006 Engineer for the Future Combat Systems Division (FCS). Duties include the planning, organization and development of support systems level models and sub systems that represent and allow validation of reliability and survivability of vehicle systems and sub systems requirements. Designs using ProE Wildfire. Ensure models and systems assemblies and sub assemblies are based on best practices for the domain area to include physics based models, DADs, ADAMS, MATLAB and other Stress Analysis programs necessary to represent the systems or sub system reliability and survivability. Established the technical architecture and Simulation activity of FCS. Set and supported the reliability requirements for the design that coordinates these independent technical solutions and develop and manage the Modeling activities with dynamic analysis and modeling work for the FCS program. Additional duties involved a HOMELAND SECURITY Special Projects Building Program sponsored by General Dynamics and DARPA. (Defense Advanced Research Projects Agency). This program consisted of a Cryogenic air purification system which will make government and military buildings (such as the Pentagon, the Capital, the White House, barracks, office buildings, NASA Command and Control centers and U.S. Embassies worldwide far less attractive targets for attack by airborne/aerosolized chemical or biological warfare agents (CWA, BWA), by modifying and augmenting building infrastructure to greatly reduce the effectiveness of any such attack. A compact version has been designed for inclusion in all military fighting and transport vehicles. The program has three goals: to protect the human inhabitants of such buildings and vehicles in the event of an attack and to restore the building/vehicle to full function as quickly as possible after the attack. Bechtel Corp., Frederick MD April, 1999 to January 2004 Senior Project Engineer: Fossil fuel projects; mechanical Group Supervisor. Prepared and reviewed engineering deliverables. Assured quality of the deliverables. Ensured that engineering designs and equipment selections performed by the discipline team are coordinated with the overall project team and client representatives. Prepared scope book, and estimates. Provided leadership and technical direction to the project mechanical engineers. Developed conceptual designs, scope book revisions, quantity and job-hour estimates, and schedules. Calculated transmission transfer capability and requirements, and coordinated transmission and generation production. Coordinated operational planning with neighboring control areas and assumed technical lead for critical systems, which included boilers, main steam system, condensate system, feedwater system, circulating water system, condenser, cooling tower, and high pressure steam piping analysis using Caesar II pipe stress program, Pressure Vessels Design using Compress and ASME Code, section VIII Div. 1 and 2 and BPVC-III NB - 2001 BPVC Section III-Rules Construction Nuclear Power Plant Components-Div 1-Subsection-NB-Class 1 Components. Noell, Inc. Herndon VA November 1996 to March 1999 Sr. Mechanical Engineer: Work involved the design, specification of Flue Gas Desulpherization (FGD) facilities for the Mae Moh Electric Power Co. of Taiwan and the waste Bio Processing of sludge to Methanol plant for Bridgeport CT. Work consisted of the BOP water calcs and specification for heat exchangers, boilers, reactors, sludge and water storage tanks, Pressure Vessels, scrubbers, cyclones, pumps, and steam generators. Worked on design of Bulk Conveyor Systems, Dust Collection and piping systems. Used Caesar II and Algor pipe stress computer programs in design of high pressure and high temperature piping systems, Pressure Vessels Design using Compress, ASME Code, section VIII Div. 1 and 2 and BPVC-III NB - BPVC Section III-Rules Construction Nuclear Power Plant Components-Div 1-Subsection-NB-Class 1 Components. Developed P&ID and PFD diagrams. Interacted with prospective clients, prepared ProForma documents and costs analysis for proposed project equipment, O/M and commercial aspects of licensing and permitting. MOBAY Pittsburgh PA March 1992 to October 1996 Sr. Pressure Vessel Engineer. Assigned to the Baytown Texas Oil Refinery Project. Work consisted of elastic stress analysis in the design of pressure vessels, heat exchangers, high pressure piping systems design and support utilizing the ASME section VIII and ANSI B.31.3, Heat Exchanger Tema codes, Pressure Vessels Design using Compress and ASME Code, section VIII Div. 1 and 2, BPVC-III NB - 1980 BPVC Section III-Rules Construction Nuclear Power Plant Components-Div 1-Subsection-NB-Class 1 Components. Also worked on design of double bottom containment oil storage tanks with floating roofs specifying leak detection guidelines (API 653) and flat bottom with dome and cone roofs. (API 650) and low pressure large welded low pressure storage tanks (API 620 15 psi max). Badger Corporation, Cambridge MA December, 1990 to February 1992 Sr. Pressure Vessel Engineer. Assigned to the KOCH Refinery of Texas project. Work consisted of elastic stress analysis in the design of pressure vessels, heat exchangers, high pressure piping systems design and support utilizing the ASME section VIII and ANSI B.31.3, Heat Exchanger Tema codes, Pressure Vessels Design using Compress and ASME Code, section VIII Div. 1 and 2. Design of Facilities and petrochemical process equipment. Checking of PFD's, P & I D's, control systems for increased capacity. Design of double bottom containment oil storage tanks with floating roofs specifying leak detection guidelines (API 653) and flat bottom with dome and cone roofs. (API 650) and low pressure large welded carbon steel storage tanks (API 620 15 psi Max). Computed earthquake and wind load calculations for 50 tank Farm. Dravo Corp., Pittsburgh, Pa February 1987 to December 1990 Sr. Pressure Vessel Engineer. Worked on the Saudi Petrochemical Co. project. Work consisted of elastic stress analysis in the design of pressure vessels, heat exchangers, pressure pipe systems design and support utilizing the ASME section VIII and ANSI B.31.3, Heat Exchanger Tema codes and Pressure Vessels Design using Compress and ASME Code, section VIII Div. 1 and 2, BPVC-III NB - 1980 BPVC Section III-Rules Construction Nuclear Power Plant Components-Div 1-Subsection-NB-Class 1 Components. Also worked on design of double bottom containment oil storage tanks with floating roofs specifying leak detection guidelines (API 653) and flat bottom with dome and cone roofs. (API 650) and low pressure large welded low pressure storage tanks (API 620 15 psi max). Did design calculations based on sea forces and slosh for skid mounted refinery modules. EDUCATION: • Fenn College of Engineering, Cleveland Ohio, BSME. • N.J. PE exam for Professional Engineer. Applicant takes no stamping or certification liability. • Fairleigh Dickenson Univ., Madison, N.J., Plant Prevent. Maint: Certificate. • Proficient in all Microsoft Office Suites and programs, Timeline, Excel, Primavera, Auto Cad, Intergraph and many other scientific and engineering programs. • Certification Network Engineer (C.N.E), EDS Certificate. Experienced in Trane Trace 700 Air Handler & Duct design software, CAESAR II Pipe Stress, ALGOR Pipe Stress, PRO E (Wildfire), Compress pressure vessel design, Nozzle Pro and B-Jack Exchanger design. Familiarity with NASTRAN, ANSYS, COSMOS, STRUDL, Compress, Oil Storage Tank design, Pressure Vessel Design using ASME Code, Section VIII, Div. 1 and 2. and BPVC-III NB - BPVC Section III-Rules Construction Nuclear Power Plant Components-Div 1-Subsection-NB-Class 1 Components and other computer aided stress analysis design programs.

  7 years ago | reply | hide comment
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  goose (guest)

  what the hell?

  6 years ago | reply | hide comment