Marek Wach

**** *. ********** **.

Richmond TX **469

aczib7@r.postjobfree.com 281-***-****

Education: B.S. in Electrical Power Engineering, College of Engineering and Technology, Poland

Summary: Thirty years of experience in the Oil and Gas (Upstream and Downstream) EPCs and Nuclear Engineering at various Nuclear Power Utilities. Project size ranged from Small Plant Capital Projects to $US 8.0 Billion. Experience with MOD V, Honeywell, Allan Bradley and Delta V DCS platforms. Experience is highlighted by FEED, EPC, and program management assignments involving multiple contractor interface/coordination, multiple office work sharing, multiple systems integration, as well as, field assignments including instrument surveys, technical assistance during construction, loop calibration and checkout, and plant commissioning/start-up. In addition to standard monitoring and control instrumentation, assignments have included implementation of various distributed control systems, triple modular redundant safety instrumented systems, programmable logic controllers and integration of complex mechanical equipment packages. Petroleum Refining Experience includes control systems design for revamps, expansion, and "grass roots" facilities. Petrochemicals - includes control systems design for various chemical processes as well as, utilities and offsite facilities associated with major petrochemical complexes. Experience also includes Factory Acceptance Testing, plant commissioning/start-up, construction technical assistance, loop calibration and checkout and instrument surveys for these facilities.

Specific Experience:

Commodity Lead Engineer Exxon Neftegas Limited

Fluor Odoptu Stage 2 Project

11/2013 – 04/2016 Odoptu, Sakhalin Island, Russian Federation

Fluor provided EPC services for the Odoptu II Project which was a part of the Sakhalin-1 field development located on Sakhalin island in Russia. The project was an expansion of the Odoptu First Stage Production Facility. Odoptu Stage II supports the drilling of additional wells, the North Well Site (NWS) and a new South Well Site (SWS) 9km south of the existing facility. The facility will have gas injection and water injection capabilities at both well sites. The NWS will have new equipment to increase Odoptu capacity to 200 MSCFD gas injection, 100 kbd water injection, and 55 kbd oil production.

Responsible for development of Process Flow Charts for data sheets and RFQ/PO packages, tasking, supervision and coordination between Houston and New Delhi Responsible Engineers. Responsible for the technical review of all Control Systems data sheets and RFQ and POs. Control Systems Engineering discipline point of contact for reporting to Project on the status of all commodity issues, which requires the maintenance of detailed status spreadsheets and attendance at the project Document Tracking Report meetings. Responsible for effectiveness in maintaining the procurement schedule when working with constant changes to Scope of Work, very aggressive schedule and interfacing with people from diverse cultures or backgrounds. A difficult task due to PO's being divided among vendor shops, the module fabrication yard and the site, and having multiple sea lifts for the modules with very limited time to respond to any design changes.

CS Specifications Lead Engineer ExxonMobil Iraq Ltd.

Fluor West Qurna 1 Early Works Program

11/2010 – 11/2013 West Qurna Field, Iraq

Fluor provided EPCM services in connection with an Early Works Program to develop the West Qurna I field for ExxonMobil Iraq Ltd (EMIL). EMIL's development of the field is following a phased approach: increase initial production by 10% (from 250kbd); increase production capacity to nameplate design (500 kbd); and design and construct in-country facilities to support the Early Works Program consisting of water injection projects, additional oil gathering, provision of powers facilities, additional oil storage, pre-FEED and FEED for a 100 KBPD oil train all with the objective to provide an increase in production to 900K bpd. Fluor is providing engineering, procurement, PMC and construction services.

Control System Lead Engineer – Overall responsibility included Control System Engineering and inter-discipline alignment, development of Scope of Work and man hour estimates, support P&ID development, Design Basis, Cause and Effect Diagrams and Data Sheet development, technical evaluation of regional EPC Contract Proposals, generation of RFQ/PO packages, Mechanical packages and vendor document reviews and approvals. Responsible for development and review of Control System Specifications, Inter-discipline specifications review, scheduling, progress reporting and man-hour estimates. Responsible Engineer for Portable Test Separator Skids; design, HAZOP and Factory Acceptance Testing.

Automation Project Manager

(Under BP management) BP Products North America

Fluor Whiting Refinery Modernization

06/2007 - 11/2010 Whiting, Indiana, United States

A major refinery upgrade and expansion will enable BP to process extra heavy oil. Fluor is the engineering, procurement, fabrication (including modules) and construction management contractor for three areas: a) extensive revamp of a 250,000-BPSD crude and vacuum unit (12 pipe still) b) a new 105,000-BPSD gas oil hydro-treater (GOHT) and c) extensive outside battery limits (OSBL) scope.

Responsible for the execution of engineering, design and construction of OSBL Automation and Instrumentation Systems. Participated in most Project Execute Phase PHAs performed using traditional HAZOP methodology supplemented by a LOPA to confirm SIS/SIL level.

Coordinated the work share with Manila office. Responsible for OSBL Alarm Rationalization process. Participated in development of Automation Fiber-Optic Network Architecture, Central and Unit Control room scope of work including Equipment Responsibility Matrix, Field Operation Shelters and Operator Training Simulator. Coordinated the work execution with the OSBL project team. Participated in all aspects of engineering, design, procurement and construction of Remote Instrument Enclosures.

Lead Control System Engineer ConocoPhillips - Delayed Coker Project,

Fluor Wood River CORE Expansion Project

8/2006 – 6/2007 Roxana, Illinois, United States

A major reconfiguration involving grassroots Delayed Coker and Vacuum Units, a hydrogen plant, and a sulfur block, as well as unit revamps and restarts and associated utilities and off-sites expanded the refinery to accept heavy crude from Canada. Fluor completed front-end loading phases 2 and 3, engineering, and early procurement. Fluor performed detailed engineering and procurement for the revamp and restart units and the associated utilities and off sites (OSBL) for the entire project.

Lead CSE for the Coker Area during all Front End Engineering stages. Responsible for development of specifications and P&IDs. Coordinated technical issues with Management, other engineering departments, Work Share offices (Poland and Manila), Client, Coker Licensor and Vendors on US $ 2.5 Billion COP project. Supervised and coordinated the activities of task force engineers and designers. Established work planning logic, duration and required man-hours for the schedule on assigned contract(s). Monitored and acted on schedules and manpower forecasts to maintain and execute planned schedules. Provide instrument cost estimate for the final FEL stage. Responsible for all aspects of Process Analyzer Systems Specification/Integration, including Continuous Emissions Monitoring Systems (CEMS), on/off-line liquid and gas analyzers, sample systems and analyzer houses. Responsible for project-wide integration of Honeywell Experion PKS platform and Bently Nevada Vibration Monitoring System. Also responsible for developing INtools instrument data sheets, all in-line instrument sizing including control valves, flow meters, MOVs, EIVs, PCVs, relief valves and on/off automated valves. Performed and approved calculations, vessel sketches and design layouts.

Principal I&E Engineer

Aker Kvaerner, Houston, TX

2005 - 2006

Lead Control System Engineer for the Lyondell projects during all Front End Engineering stages and Detail Design. Performed development and review of P&IDs. Supervised and coordinated the activities of task force engineers and designers including work share personnel in Mumbai. Responsible for project execution - including process control design, budget and schedule, quality control, managing design & engineering deliverables, construction drawing generation, change management, installation, and project documentation. Responsible for project-wide integration of Honeywell Experion PKS platform and Bently Nevada Vibration Monitoring System. Also responsible for developing INtools instrument data sheets, all in-line instrument sizing including control valves, flow meters, smart and analytical instrumentation, vibration system, MOVs, EIVs, PCVs, relief valves and on/off automated valves. Approved calculations, vessel sketches and design layouts.

Senior I/C System Engineer

Progress Energy, Raleigh, N.C.

2003 - 2005

Nuclear Engineering Department at Harris Nuclear Plant. Managed and coordinated a wide range of sophisticated, electrical and digital control systems. Performed performance monitoring; tracking, trending and walking down to ensure that overall performance, reliability, safety and condition of assigned systems are maintained on optimum level. Evaluated system performance to detect system degradation and improve overall system efficiency and reliability. Provided assistance to operations, design, and maintenance personnel, evaluated system performance and initiated actions to correct system and equipment problems and performed root cause determinations. Participated in evaluation, development and review of a Company wide, digital I&C modernization project, which will include the installation of Honeywell Experion PKS System hardware, software, plant wide fiber optic backbone and networking equipment.

Senior Instrument Engineer

Dow Chemical USA, Houston, TX

1992 - 2003

Performed development and review of P&IDs, preparation of in-line instrument sizing, calculation, selection, specification and location of control and relief valves, smart and analytical instrumentation, vibration systems, etc. Responsible for project execution - including process control design, budget and schedule, quality control, managing design & engineering deliverables, construction drawing generation, change management, installation, and project documentation on Project size ranged from Small Plant Capital Projects to $US 1.0 Billion. Extensive experience in all aspects of Process Analyzer Systems Specification/Integration, including Continuous Emissions Monitoring Systems (CEMS), on/off-line liquid and gas analyzers, sample systems and analyzer houses. Performed design of instrument installation details, loop and ladder diagrams, heavily relaying on computerized design techniques and instrument engineering programs. Extensive experience with Dow MOD V DCS platform. Designed and verified logic diagrams and control circuitry, to ensure that document fulfills intended design objectives, applicable codes and standards. Team member on major capital projects formally recognized for significant contributions made to the plant’s overall reliability and safety, accomplished on time and under budget.

Senior I/C System Engineer

Progress Energy, Raleigh, N.C.

1991 - 1992

Nuclear Engineering Department at Harris Nuclear Plant. Managed and coordinated a wide range of sophisticated, electrical and digital control systems. Performed performance monitoring; tracking, trending and walking down to ensure that overall performance, reliability, safety and condition of assigned systems are maintained on optimum level. Evaluated system performance to detect system degradation and improve overall system efficiency and reliability. Provided assistance to operations, design, and maintenance personnel, evaluated system performance and initiated actions to correct system and equipment problems and performed root cause determinations.

Senior Instrument Engineer

Dow Chemical USA, Houston, TX

1989 - 1991

Performed development and review of P&IDs, preparation of in-line instrument sizing, calculation, selection, specification and location of control and relief valves, smart and analytical instrumentation, vibration systems, etc. Responsible for project execution - including process control design, budget and schedule, quality control, managing design & engineering deliverables, construction drawing generation, change management, installation, and project documentation on Project size ranged from Small Plant Capital Projects to $US 1.0 Billion. Extensive experience in all aspects of Process Analyzer Systems Specification/Integration, including Continuous Emissions Monitoring Systems (CEMS), on/off-line liquid and gas analyzers, sample systems and analyzer houses. Performed design of instrument installation details, loop and ladder diagrams, heavily relaying on computerized design techniques and instrument engineering programs. Extensive experience with Dow MOD V DCS platform. Designed and verified logic diagrams and control circuitry, to ensure that document fulfills intended design objectives, applicable codes and standards. Team member on major capital projects formally recognized for significant contributions made to the plant’s overall reliability and safety, accomplished on time and under budget.

Electrical Engineer

Ebasco Service, Inc., Bay City, TX

1986 - 1989

South Texas Nuclear Power Plant and Comanche Peak Nuclear Power Plant.

Performed pre-operational testing on various electrical systems. Reviewed start-up acceptance and pre-operational test procedure to ensure those specified criteria provide sufficient information to demonstrate and justify acceptance of the system or component. Resolved design problems occurring during system start-up and turn over to operation. Evaluated scope of the testing, effecting operability of the system, equipment clearance as necessary to maintain configuration control. Extensive experience in upgrading, designing, and troubleshooting plant instrumentation, distributed control systems, PLCs and vibration monitoring systems.

Electrical Engineer

Fluor, Raleigh, N.C.

1983 - 1986

Raleigh, NC. Harris Nuclear Power Plant. Provided engineering support for design modification of electrical equipment and internal wiring. Responsible for development of design modification packages. Specific experience has been with Low Voltage Distribution Systems, Motor Control Centers, Fire Protection and Detection Systems and Air and Motor Operated Valves. Analyzed and provided solutions for Fire Protection and Detection (Pyrotronics/Siemens) control systems discrepancies and design deficiencies, inspection and testing. Designed and verified logic diagrams and control circuitry, to ensure that document fulfills intended design objectives, applicable codes and standards. Identified and evaluated design changes on various electrical systems

Training:

Foundation Fieldbus Technology.

Intergraph INtools

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