Senior Rotating Equipment Engineer
SIEMENS Energy
مجموع سنوات الخبرة :23 years, 4 أشهر
Senior Rotating Equipment Engineer in SIEMENS Industrial Turbomachinery Ltd (former Dresser- Rand office in Aberdeen UK)
Rotating Equipment engineering role in long term technical support projects for ConocoPhillips /Chrysaor Britannia and BP Clair centrifugal compressors and packages (Dresser-Rand and Siemens centrifugal compressors and LM2500+ DLE GT package).
Occasional ad hoc technical support in compression equipment and auxiliary systems for other UK oil&gas customers.
Role focused on centrifugal compressors, performance, auxiliary systems operation troubleshooting and modifications support including seal systems and whole GT driver package, RCFA support. Workpacks preparation for services activities.
Senior Process Engineer in Process and Piping Department - Equipment Team Jacobs / former CH2M GDPC Poland
P&IDs modification support, hydraulic calculations for water projects (HADES software)
Senior Process/BOP Engineer in SNC Lavalin / Power / Thermal
Participation in Process/BoP engineering support for construction and commissioning of 463 MWe Orlen Włocławek CCGT power plant.
- process engineering support in troubleshooting and startups,
- case analysis, redesigning, H&M balances and hydraulic calculations,
- safety equipment calculations,
- new logics preparation for DCS
- equipment and valves specification
- participation in operating manuals preparation
- management of team in PED certification documentation preparation
Participation in offer’s preparation for new CCGT power plants.
Engineer and since 03.2013 Senior Engineer position combining duties of Process/Utilities Engineering and Rotating Equipment application and systems roles in Process and Piping Department of Navic Engineering Polska - multidisciplinary engineering services company
Projects:
▪ “Design of Energy Building” - project of industrial power plant equipped with HRSG (about 70MW of waste heat from copper smelting technology) and steam turbine. Designed system was a part of the copper production process system built within bigger project: Pyrometallurgy Modernization Program in KGHM Polish Copper (approximate overall budget ~650M $).
role: main process and rotating equipment application engineer
performed tasks:
- conception of technology system of power plant with steam generation for copper smelting processes, central heating of the plant and central preparation of potable hot water for copper smelter plant.
- calculation of mass and energy balances
- developing of PFD and P&ID
- sizing of rotating equipment: steam turbine, pumps,
- sizing of pipes, valves, hydraulic calculations
- sizing of heat exchangers
- preparation of technical specifications and inquiries for public tender procedure: turbine and main feed pumps (also turbine-driven pump)
- preparation of DCS control logics for I&C department
- taking part in the investor's tender committee for steam turbine, analysis of tenders
- preparation of inquiries for other equipment: pumps, heat exchangers, flash vessels, valves; analysis of tenders
- meetings with client and suppliers
- participation in HAZOP analysis as main process engineer
• “Design of replacement of fans in wet dedusting system in copper smelter plant” in KGHM Polish Copper smelter plant.
role: process and rotating equipment engineer
performed tasks:
- meetings and interviews with client
- object recognition and analysis of the dedusting system in copper smelter plant
- analysis of data from measurements obtained from investor
- market research (centrifugal fans)
- analysis of tenders and data collected from potential suppliers,
- preparation of comparison of tenders
- estimation of energy costs (2x800kW),
- preparation of inquiry for the investor
• “Selection and design of installation of new blower for copper smelter plant” for KGHM Polish Copper.
role: project manager, process and rotating equipment engineer
performed tasks:
- project management,
- meetings and interviews with client
- object recognition and preliminary analysis of the compressed air supply system for the metallurgical processes
- determination of locations of the necessary measurements
- contracting and supervision of flows and pressure measurements in system,
- analysis of obtained data
- market research and selection of optimal compressed air source (one-stage centrifugal blower)
- preparing inquiry base on measured data
- search of suppliers and analysis of tenders
- estimation of annual energy costs (power 1.2MW) and pay-back time
- preparation of report and proposal for investor
- meetings and technical arrangements for purposes of preparing technical documentation of reconstruction of foundation, piping and for blower installation.
- additional selection of flow meters for system.
- management of team of 3 engineers
- preparation of technical description of the project
Main R&D Contractor in project “Design of optimal series of types of high power centrifugal compressors and blowers” sponsored by European Union (European Regional Development Fund, Innovative Economy Programme) and The National Centre for Research and Development in Poland, realized by Poznań University of Technology.
Assistant Professor in Team of Fluid Flow Machinery in Chair of Thermal Engineering of Poznań University of Technology, Poland (main job)
Research activity:
• participation in designing process of flow-path in centrifugal compressors and blowers - meanline design and participation in numerical calculations of the flow by means of RANS commercial solvers (Reflux, ANSYS CFX),
• experimental investigations of prototypes of compressors and blowers in collaboration with manufacturer (W5 Factory of H.Cegielski S.A. in Poznań, Poland)
- preparing of measurement equipment and data acquisition system
- measurements of characteristic curves of prototypes
- measurements of pressure distribution at diffusers walls
• measurements of flow parameters in piping systems
• programming in Pascal
• participation in R&D projects sponsored by Polish State Committee for Scientific Research:
- “The solution and analysis of 3D flow in radial compressor’s diffusers”
- ”Design of series of types of centrifugal compressors and manufacturing implementation”
- „Design of series of types of high pressure centrifugal blowers and manufacturing implementation”
Teaching activity included the following MSc engineering academic courses:
• Fluid Mechanics
• Technical Thermodynamic
• Fluid Flow Machinery
• Compressors, blowers and fans
• Pumps
Ph.D. Poznan University of Technology, Faculty of Working Machines and Vehicles, Chair of Thermal Engineering Poland Thesis Title: “Analysis of the real fluid flow in vaned diffuser of centrifugal compressor stage” Dissertation included experimental investigations of centrifugal compressor in cooperation with industry and numerical calculations using commercial RANS code.
MSc in specialty: Thermal Engineering