Vasant — Process Control Engineer

Worked on offshore as well as Urea plant using Yokogawa system for many years

Two combined cycle power plant TXU steam Turbine Mark II upgrade to Mark vi and graphics in EXPERION PKS Sysyem 1000 dacp

More than 10 years of experience in project mgmt and project engineering also took MBA certificate online course f Tulane university SWEC managing small projecrs

SEPT 2016 -PRESENT Process control Engineer -part of PMT As Process control engineer assigned to PMT member for HAWIYAH FEED Gas increment project Responsible for review of MAC specification, instrument data sheets, design drawings, C & E diagram P&ID's.participation in HAZOP, LOPA, SIL assessment, review of other deliverables and coordination on behalf of ARAMCO

Shaw group (2011-2012) PMC I&C Lead NASR Offshore project for ADMA-OPCO supervising FEED contractor's effort. The capacity was 65000 BPD and included gas export, oil and water injection and gas lifting features with 9 WHT, MFT and Gas, Separator and Accommodation platforms. This effort also included development of MAC specifications, system drawings, telecom system design reviews and networking using WAN & LAN. Completed P& I.D reviews as well as participated in HAZOP, LOPA, SIL Assignment. PMC team was involved in review of all the FEED contractor design document and support the integrated team of the Client (PMT/PMC). PMC Lead Umm Lulu Offshore project supervising FEED contractor's effort. The project included a super complex with 5 platforms and 8 wellhead towers. The capacity was 105000 BPD with gas lift, gas injection and water injection systems. Also developed the networking for control and telecom system using subsea fiber optic cables and ring topology for the redundancy. Developed a digital oil field concept so that all the necessary interfaces and data communication were possible for better management. This project included review of MAC package, DCS, SIS, F& G system specifications, C & E Diagram reviews, participation in HAZOP, SIL assignment. Foundation Fieldbus with high power trunk and FISCO spurs were utilized on the project. Advised and helped in selecting the latest Foundation Fieldbus technology for the project (we decided to use high power trunk with FISCO spurs ).All the instrumentation utilized for DCS & ESD was intrinsically safe. PAROSNS, Aiken, SC (2010-2011) Principal Delta V Programmer / Engineer Salt Waste Processing Facilities at Aiken, S. Carolina Design, implementation of DCS Delta V system, configuration/programming, FAT, SAT and site support for startup & commissioning. SIS / TRICONEX TMR based system design, engineering, alarm data base development per EEMUA-191 standards; development of guidelines for SIL verifications, SIL calculation checking and, SIS lists and PHA report mitigation

WORLEY PARSONS (2004-2010) Engineering Manager - Control System COMPERJ PETROBRAS Refinery plus Petrochemical Project, Brazil; 8 billion dollar T.I.C The scope included Basic design and FEED for utilities, sulfur recovery units, off-sites. Also as part of PMC effort developed Main Automation Contract for DCS, Safety system with 50000 DCS IO and 25000 Safety instrumented system IO and sub systems, protection and automation of electrical system. MAC cost will be estimated $120 million various licensor document and coordination. BED included HAZOP/HAZID and LOPA and SIL calculations As part of BED and FEED of utilities, sulfur recovery units and off-sites developed PFD'S, P&ID' s, control Narratives alarm lists and interlock descriptions, Cause & Effect diagrams. A team of 35 engineers was helping this effort under my guidance. As a PMT member assigned to Statoil's Oil Sands Upgrader project in Canada. This included SRU. DRU, Delayed Coker by FWC, Hydrogen plant form UOP and utilities and off-sites. As PMT reviewed PFD'S P& I.D' s, process design & safety criteria, specifications, set up control philosophy, Inst. Design basis. As a Lead Control System Engineer, I completed Chevron Nigeria LTD's OLERO CREEK production facilities with capacity of 160000 BPD of oil, Responsibilities included NWS and NFS barge control system implementation which included water injection systems refurbishing of PCS and Safety shutdown system using AB CONTROLOGIX PLC'S, Fire and Gas detection system, MCC/Switch-gear building replacement, P&ID' s, SAFE charts, P.H.A, RFQ' and procurement of long lead items. PCS, SIS specifications, design, system Block diagrams, IO lists. Review to comply with API-14 C standards. Also completed FEED package for TOYO for AL-KHAFJI, KJO project Worked on Marathon gas plant FEED package and BIBIYANA Gas plant. Scope included system specification, system architecture, data sheets, flow metering and two phase flow studies, oil movement studies. As a Control System Supervisor, completed OBAJANA Cement Power Plant. This plant consists of three (3) LM 6000 GE Gas Turbines with 45 MW capacity. It is a simple cycle plant and may be converted to Combined Cycle in future

Honeywell INC (2003-2004) As a Senior Project Engineer assigned to TXU's Fossil Fuel Power plant Completed OPC GE MARK VI interface using EXPERION PKS system. Scope included system hardware design, integration, configuration & testing

Duke Fluor Engineering & Construction Company (2000-2003) Lead Control Engineer As a Lead Control system engineer worked on two Combined Cycle Power plant projects Scope included coordination with GE, ABB/Bailey, DCS system specifications, control narratives, steam turbine bypass valve specifications, and instrumentation data sheets. Developed and implemented Control logic diagrams (CLD'S) for all control loops, completed control logic diagrams for pumps, and other devices using ABB/Bailey symphony system and OP.IT, FAT, SAT and site support

3 D ControlS (Owner) 1999-2000) Completed HIMA PLC programming based on IEC 611131 function block language for Foster Wheeler, Italia TUPRAS, IZMIR Refinery in Turkey. System configuration, programming review of logic diagrams and coordination with FW for ESD-2 system applications especially for ISOMERERIZATION, Flare system & Fired Heater shutdowns. FAT was completed successfully

ALBERT GARAUFDY (1999-2000) Senior Instrumentation Engineer Consulting engineers for Offshore platforms, ESD systems Responsible for Safety System (ESD), HMI Specification and FAT and SAT Procedure for ECOPETROL, CARTAGENA, Columbia Refinery Project

1995- 1997) Responsible for the design and engineering of major packages including Compressors, Dephlegmator and PSA unit. Completed DCS system evaluation and field bus utilization study especially with DELTA V system; completed training at Puffer SWIEVEN, Produced Cause and Effect diagrams and Logic diagrams for Furnaces, C2, C3 Reactors and Compressors, Developed the basis of design for the Emergency Shutdown System (ESD). Reviewed major compressor logic diagrams, P &ID's and safety systems. Performed testing of TRICONEX system and Compressor panels with CCC, BN system and TRISEN Governor control system for 2 months in Irvine, CA System had 3000 IO

Thai Petrochemical Industry Public Co., Ltd. (1994 - 1995) Deep Catalytic Cracker (DCC) Project Lead Control System Engineer Supervised development of PFD' s, P&ID's, control strategy definition, selection of DCS and safety systems Led team of engineers during the Integrated Factory Acceptance testing of the Honeywell DCS, TRICONEX and other subsystems

Armco, Saudi Arabia (1993 - 1994) Project Engineer / Lead Control Engineer ARAMCO, RAS TANURA, PAS Proposal Supervised Control and Electrical engineers and coordinated the proposal cost with schedulers and management staff. Performed Honeywell TDC 3000/ TPS & TRICONEX safety system Bid Evaluations, system finalization, subsystem Inquiries, Vendor evaluation/selection. This was for 48000 I/O DCS and 10000 I/O TRICONEX systems. Lead Control Engineer TOC Grass-root Ethylene Project Responsible for preparation of process design package, instrument summaries, all general instrumentation specifications, analyzers and gas chromatograph specification datasheets, DCS and safety system specifications, inquiries, evaluations and selection. Supervised Furnace Semi-Automatic DECOKE program development and implementation using CL' programming. Lead Control Engineer Olefins De-bottlenecking Project Responsibilities included supervision of team of engineers/ designers for developing PFD' s and P&ID 's, control strategies, conceptual control diagrams, compressor instrumentation and anti-surge controls, gas chromatograph package, instrument datasheets, design drawings. Lead Control Engineer / Assistant Technical Director MAHARASHTRA Gas Cracker Complex Ethylene Plant DCS and Advanced Control Project Prepared DCS and safety system specifications, evaluated international bids, selected vendors, performed applications engineering and implementations of advanced and regulatory control strategies in Honeywell TDC 3000 LCN system. Plant shutdown system, preparation of guidelines for graphics and other configurations, preparation of FAT procedures and guidelines

Stone & Webster Engineering Company (1982-1999) DCS and Safety System Specialist Engineering & Construction, process licensor Company assigned to the COPESUL Ethylene Plant, Brazil

United Engineers and Const. Company (1981-1982) Lead Instrumentation and Control Engineer Responsible for Hydrogen RECOMBINER System, P&I Diagram development Control Panel drawings, logic diagrams and Instrument data sheets

FLUOR NEDERLAND B.V. The Netherlands (1978-1981) Control System Engineer ARAMCO's YANBU, NGL project Responsible for Honeywell TDC 2000 DCS engineering configuration, instrument loop schematics and Inspection and testing at Honeywell, USA Spent six months at Honeywell USA for testing of 10000 I/O TDC 2000 system costs of $ 18 million. Responsibilities included valve sizing, datasheet preparation and selection, control room layout, and Furnace safeguard supervisory review

WOOD GROUP MUSTANG (2012 - 2014) Project Manager Automation Lead/advisor on STATOIL's Kollsnes E & I project - Onshore gas plant in Bergen, Norway The scope for the FEED included ABB/Symphony system upgrades, HIPPS replacement, CCC upgrades, interfaces with Electrical motor controls and switchgear systems and process graphics, alarm system and reports, Fire and Gas system modifications and power supply units updates for process controls, ESD and FGS systems Being a brownfield project challenges were to develop online changeover strategy for DCS & Electrical controls and developing TIC estimates. KOCH ENID Expansion project. As a PM, was managing KOCH Nitrogen Company FEED phase for Urea and Off-site (OSBL) project and developed TIC estimates, schedule, scope definition, RIE specification and system, architecture diagrams and FEED deliverables for both ISBL & OSBL and coordinated with various EPC companies and client and successfully negotiated /obtained detail engineering scope for the MAC scope for new Urea plant and OSBL facilities. Schedule were very tight and by proper guidance and leadership developed deliverables and within 10% estimates including RIE, DCS and installation materials and man-hour estimates with level 3 schedule Supervising Technical Professional Samsung/INPEX, ICHJTHYS Gas Field Development Project, Perth, Australia Large Offshore Project for detail engineering of ICSS. As Automation Manager/Lead ICSS engineer, directing system design team of 15 engineers and designers to support overall ICSS design in developing functional analysis, writing control narratives, development of packaged vendor interfaces, HMI co-ordination and interaction with other ICSS functions, plan and participate in coordination meetings with the Client, ICSS vendor and end user. ICSS included PCS, SIS & FGS systems for Topside as well as for HULL side. Participation in HAZOP, SIL studies, CHAZOP to establish risks in the system This was a large integrated deep-water semi-submersible central production facility project with an aggressive schedule and significant interaction with the client (Samsung ), end user Total/INPEX and Yokogawa for design and delivery of the ICSS and tertiary equipment and facility control and information systems. Client is INPEX, Perth, Australia. Worked on several other Offshore Topside projects as a PMC lead for I & C and supervised FEED contractor's effort for two full field development projects and supported as client engineer on project management team. Offshore projects and proposal effort includes following: - ICHTHYS PROJECT Gas Processing Facility - ADMA OCPO UM LULU Offshore platform and NASR platform FEED - AL KHAFJI FEED supporting TOYO. - CHEVERON NIGERIA River basin platform with water injection system and 60000 b/d capacity of oil processing - UREA 2 FEED and proposal for detail engineering and winning the contract for MAC