REFERENCE LIST

The following list contains the more notable works limited to the power plant field.

• Pipe stress analysis of steam piping system of MOL GROUP company and modification of main distributing pipe of 40bar steam system. This work was a pipe stress analysis with Caepipe and Compress for ALTEO Nyrt. [2023]
• Pipe stress analysis of pipe system of direct air cooled condenser (MSWTP in Warsaw). This work was a pipe stress analysis with Rohr2 for MVM EGI Zrt. [2022]
• Construction of Paks II NPP, Units 5 and 6, Hungary, steel structure design of chemical additives storage warehouse. This work was a construction and detail design with Creo for Hungaro Invest Group Kft. [2022]
• Buda Castle District Developments, ~40m trace 2xDN200/Ø355, ~240m trace 2xDN150/Ø280, ~40m trace 2xDN100/Ø225, ~40m trace 2xDN65/Ø160 design of district-heating pipe according to EN13941. This work was a construction and detail design with Creo and Rohr2 for Karima Systems Kft. [2022]
• Buda Castle District Developments, ~350m trace 2xDN300/Ø450 design of district-heating pipe according to EN13941. This work was a construction and detail design with Creo and Rohr2 for Karima Systems Kft. [2021]
• MVM-MIFŰ - Miskolc, Hungary, SGT-700 gas turbine by-pass stack and connection flue gas duct. This work was a construction and detail design with Creo for IG Holding Kft. [2021]
• BorsodChem - Kazincbarcika, Hungary, SGT-800 gas turbine by-pass stack. This work was a construction and detail design with Creo for BundH Kémény Kft. (UNIS Power) [2020]
• Paks Nuclear Power Plant, Pipe stress analysis of emergency cooling system according to system reconstruction. This work was a pipe stress analysis with Caepipe for MetalCom Engineering Kft. [2018-2019]
• Pipe stress analysis of steam piping system of MOL GROUP company and modification of main distributing pipe of 16bar steam system. This work was a pipe stress analysis with Caepipe and Compress for Sinergy Kft. [2017]
• NuStar Terminal Amsterdam, pipe stress analysis of storage tank farm piping systems. This work was a pipe stress analysis with AutoPIPE for SRB Rohrleitungsbau GmbH. [2017]
• NuStar Terminal Amsterdam, reconstructional design of the joining pipelines of some storage tank. This work was a construction and detail design with Creo for SRB Rohrleitungsbau GmbH. [2016]
• NuStar Terminal Amsterdam, Jetty-2 piping system reconstruction. This work was a construction and detail design with Creo for SRB Rohrleitungsbau GmbH. [2015]
• NuStar Terminal Amsterdam, VRU (Vapour Recovery Unit) piping system. This work was a construction and detail design with Creo for SRB Rohrleitungsbau GmbH. [2015]
• Bioethanol piping design of Hungrana Kft. This work was a plant design for S-6 Engineering Kft. [ 2015 ]
• Stress analysis of main steam piping system of BC-Power Plant Kft. This work was a pipe stress analysis for Sinergy Kft. [ 2015 ]
• Biogas and natural gas supply of Small Power Plant of Hamburger Hungaria Power Plant Kft. This work was a plant design for S-6 Engineering Kft. [ 2014 ]
• Design of waste heat steam boiler II. (40 bar, 450°C) for dry cooled coke plant to Dunaferr Zrt. in Hungary. This work was a construction and detail design with Pro/Engineer for Hungaro Invest Co. Kft. [ 2013 ]
• NuStar Terminal in St. Eustatius as a welding engineer for G.A.S. Rohrleitungsbau GmbH. [ 2012 ]
• Cooling system of blast furnace for renovation project to Dunaferr Zrt. in Hungary. This work was a construction and detail design with Pro/Engineer for Hungaro Invest Co. Kft. [2011-2012]
• Euro Tank Amsterdam BV (Vitol Group) of Pump Site “M” (Pumpkamer “M”). This work was a construction and detail design with Pro/Engineer for G.A.S. Rohrleitungsbau GmbH. [ 2011 ]
• Cooling tower (Heller system) for Combined Cycle Power Plant (Electrical output 1x180MW_e.) in Pervomaysk District Heating Plant No. 14 of St. Petersburg. - 1 winter, 1 summer fan - cell rows This work was a construction and detail design with Pro/Engineer for EGI-GEA Zrt. [ 2010 ]
• Turbine exhaust duct system with silencers and stack 2x58 MW_e Ajka OCGT plant (BOP) This work was a construction and detail design with Pro/Engineer for EGI-GEA Zrt. [ 2009-2010 ]
• Design of waste heat steam boiler I. (40 bar, 450°C) for dry cooled coke plant to Dunaferr Zrt. in Hungary. This work was a construction and detail design with Pro/Engineer for Hungaro Invest Co. Kft. [ 2009-2010]
• Cooling tower (Heller system) for Combined Cycle Power Plant (Electrical output 2x180MW_e.) in Pervomaysk District Heating Plant No. 14 of St. Petersburg. - 3 winter, 1 summer fan - cell rows This work was a construction and detail design with Pro/Engineer for EGI-GEA Zrt. [ 2009]
• GuD Lingen combined-cycle power plant in Germany (Electrical output 2x275MW_e+1x326MW_e). I was working as a piping layout and stress engineer for DKW Engineering GmbH.. I prepared the pipe stress analysis with Rohr2 software to high pressure, mid pressure and low pressure steam and water piping systems. [ 2008 ]
• Westfalen Power Plant in Germany is a new supercritical hard coal-fired power plant (Electrical output 2x800MW_e.). I was working as a piping layout and stress engineer for DKW Engineering GmbH.. I prepared the pipe stress analysis with Rohr2 software to mid pressure and low pressure steam and water piping systems. [ 2007 ]
• Cooling tower (Heller system) for Combined Cycle Power Plant in Strogino district. 260 MW_e Strogino Power Plant dedicated to the electricity supply of a major Moscow highway tunnel under construction and the Moscow underground. - 2 winter, 1 summer fan - cell rows This work was a construction and detail design with Pro/Engineer for EGI-GEA Zrt. [ 2006 ]
• 24 MW_e Coogeneration Power Plant with 3 pieces gas engine for District-heating Plant Újpalota (Budapest). This work was a plant design with Pro/Engineer and CAEPIPE for EGI-GEA Zrt. [ 2005 ]
• 18 MW_e Coogeneration Power Plant with 3 pieces gas engine for District-heating Power Plant Tatabánya (Hungary). This work was a plant design with Pro/Engineer and CAEPIPE for EGI-GEA Zrt. [ 2004 ]
• 13,2 MW_e Coogeneration Power Plant with 6 pieces gas engine and 50MWTH Boiler House for District-heating Plant Sopron (Hungary). This work was a plant design with Pro/Engineer and CAEPIPE for Kipcalor Kft. [ 2003 ]
• 18 MW_e Coogeneration Power Plant with 3 pieces gas engine for District-heating Power Plant Győr (Hungary). This work was a plant design with Pro/Engineer and CAEPIPE for Kipcalor Kft. [ 2002 ]