Water transport technology, special pumping stations, water supply systems for power plants

Scope of activities

  • designing, network enlargement and reconstruction of internal water transport systems for different technical purposes of industrial establishments;
  • designing of fire water systems, networks and pumping stations;
  • designing of external water supply with the elaboration of the hydraulic and mechanical engineering solution of water transport and transient analyses;
  • designing of cold and hot water systems of power plants from the Water Intake Work via the recirculation systems up to the hot water recycling;
  • designing of traditional hydraulic engineering tasks from the concept design up to the elaboration of the implementation final design;
  • designing of the water public utility system at industrial establishments.
Tiszaújváros, Tiszai Chemical Factory

Highlighted related references

Water supply systems for power plants

  • Almásfüzítő » Cooling water supply of Almásfüzítő Power Plant Proposal design
  • Budapest » Cooling water system of Budapest Csepel Power Plant – Water right establishing permit design
  • Dunaföldvár » Cooling water supply of Dunaföldvár Power Plant – Proposal design
  • Inota » Supervising of cooling water system at Inota Power Plant
  • Lőrinc » Supervising of the dam, sluice system and the Zagyva Water Intake Work at Lőrinci Power Plant
  • Munkács » Supplementary water supply of Munkács Power Plant – Feasibility study
  • Paks » Rebuilding of the supplementary water supply pipe at Paks Nuclear Power Plant Close Corporation
  • Százhalombatta » Cooling water discharge of Dunamenti Power Plant C400 block – Concept design
  • Százhalombatta » Cooling water supply of G2 gas turbine at Dunamenti Power Plant – Final design
  • Százhalombatta » Redesign of the hot water system at Dunamenti Power Plant
  • Tiszaújváros » Cooling water system of TVK PP IV. factory – Water right permit and Final design
  • Tiszaújváros » Fire water system reconstruction of TVK factory – Final design
  • Tiszaújváros, Tiszai Chemical Factory
  • Tiszaújváros, Tiszai Chemical Factory
  • Vásárosnamény » Cooling water system of Vásárosnamény 230 MW Power Station of combined cycle – Water right establishing permit design

Water transport technology, special pumping stations for industrial, agricultural and communal purposes

  • Budapest » Preliminary Water right permit design of the enlargement and upgrade of the Vas-Gereben street Pumping Station connected to the Budapest, South-Buda regional sewerage system
  • Budapest » Preliminary Water right permit design of the introduction of the wastewater of Budaörs connected to the Budapest, South-Buda regional sewerage system
  • Budapest » Budapest Center (Csepel) Wastewater Treatment Plant and Connected establishments, Water right establishing permit and Tender design of the enlargement and upgrade of Albertfalva Pumping Station
  • Budapest » Budapest Center (Csepel) Wastewater Treatment Plant and Connected establishments, Water right establishing permit and Tender design of the enlargement and upgrade of the 2×DN 1,200 pressure pipe of Kelenföld Pumping Station
  • Budapest » Budapest Center (Csepel) Wastewater Treatment Plant and Connected establishments, Water right establishing permit and Tender design of the enlargement and upgrade of the 2×DN 1,400 pressure pipe of Ferencváros Pumping Station
  • Budapest » Cooling water system of Millenium City center in Budapest – Study design
  • Debrecen–Kismacs–Ondód–Nagymacs » Rebuilding design of water supply transmission line in Debrecen–Kismacs–Ondód–Nagymacs
  • Tápióság » Tápió region sewerage system (pumping stations and penstocks) – Water right establishing permit and Tender design

Previous personnel references of leader designers

Water supply systems for power plants

  • Bánhida » Thermal Power-Station in Bánhida Cooling water system with capacity of Q=5,1 m3/s
  • Budapest » Central Research Institute of Physics in Budapest Cooling water system with capacity of Q=0,36 m3/s, with "Heller" system
  • Gyöngyös-Visonta » Thermal Power-Station in Gyöngyös-Visonta Cooling water system with capacity of Q=26 m3/s
  • Oroszlány » Thermal Power-Station in Oroszlány Cooling water system with capacity of Q=10,2 m3/s
  • Paks » Nuclear Power-Station in Paks Cooling water system with capacity of Q=2×53 m3/s, Safety cooling water system technology cooling water system, Fire water system
  • Pécs » Thermal Power-Station in Pécs Cooling water system with capacity of Q=13 m3/s
  • Százhalombatta » Thermal Power-Station in Százhalombatta Cooling water system with capacity of Q=28 m3/s
  • Százhalombatta » Thermal Power-Station in Százhalombatta Cooling water system with capacity of Q=2×33 m3/s
  • Tiszapalkonya » Thermal Power-Station in Tiszapalkonya Cooling water system with capacity of Q=8 m3/s
  • Tisza » Tiszai Thermal Power-Station Filter technology cooling water system with capacity of Q=36 m3/s
  • Tisza » Cooling water system development of Tiszai Power Plant – Study design
  • Tiszapalkonya » Cooling tower of Tiszapalkonya Power plant – Feasibility study
  • Iran, Isfahan » Thermal power-station in Iran, Isfahan Cooling water system with capacity of Q=2×12,6 m3/s, with "Heller" system
  • Iran, Shahid Radia » Thermal power-station in Iran, Shahid Radia Cooling water system with capacity of Q=2×12,6 m3/s, with "Heller" system
  • China, Dotong » Thermal power-station in China, Dotong Cooling water system with capacity of Q=2×12,6 m3/s, with "Heller" system
  • Turkey, Trakia » Thermal power-station in Turkey, Trakia Cooling water system with capacity of Q=4×7,6 m3/s, with "Heller" system

Water transport technology, special pumping stations for industrial, agricultural and communal purposes

  • Agárd » Agárd irrigation system 1.2 m3/s
  • Ercsi » Supervision of water transmission pipes and pump plants in Ercsi
  • Hajdúság » Hajdúság irrigation system 6.5 m3/s
  • Kisláng » Kisláng irrigation system 0.7 m3/s
  • Mohács–Pécs » Water supply transmission line of Mohács–Pécs 30,000 m3/d
  • Paks » Drinking water supply of Paks 2,000 m3/d
  • Sió » Irrigation system along the Sió channel 1.4 m3/s
  • Szolnok » Drinking water purification in Szolnok 100,000 m3/d
  • Zalaegerszeg » Drinking water supply of Zalaegerszeg 4,000 m3/d
  • Egypt » El-shabab irrigation system 5×6 m3/s
  • Egypt » El-tolombat irrigation system 6×6 m3/s
  • Egypt » Atf irrigation system 6×10 m3/s
  • Egypt » El-shabab 1A irrigation system 5×0.7 m3/s
  • Egypt » El-shabab 1B irrigation system 5×0.8 m3/s
  • Egypt » El-shabab 2A irrigation system 5×0.8 m3/s
  • Egypt » El-shabab 2B irrigation system 5×0.6 m3/s
  • Egypt » Husseinia irrigation system 5×2.25 m3/s
  • Egypt » Asswan irrigation system 3×0.3 m3/s
  • Egypt » Thawra-2 irrigation system 5×3.2 m3/s
  • Egypt » Thawra-3 irrigation system 4×0.45 m3/s
  • Egypt » Thawra-4 irrigation system 5×2.1 m3/s
  • Egypt » El -Marashda-1 irrigation system 5×2.2 m3/s
  • Egypt » El -Marashda-2 irrigation system 5×2.2 m3/s
  • Egypt » El -Marashda-3 irrigation system 3×1.1 m3/s
  • Egypt » Mataria El-Salam irrigation system 3×1.2 m3/s
  • Egypt » Fostat 1-2 irrigation system 13×0.6 m3/s
  • Egypt » Fostat 1 water supply system 414,000 m3/d
  • Egypt » Fostat 2 water supply system 259,000 m3/d
  • Egypt » West of Suez irrigation system 16×1.45 m3/s
  • Egypt » Irrigation system in West-Nubaria 6×5 m3/s