Our current projects are below.
Project: Modernisation of the railway track and related facilities of the Százhalombatta - Ercsi junction and the Ercsi junction - Pusztaszabolcs line sections, pole erection tasks necessary for the construction of the overhead power line network.
Short description of the project: The modernisation of the Százhalombatta - Pusztaszabolcs line section consists of two project parts: Modernisation of the railway track and related facilities of the Százhalombatta (in) - Ercsi junction (in) line section and the modernisation of the railway track and related facilities of the Ercsi junction (out) - Pusztaszabolcs (in) railway line section.
Project: Design and implementation of a drinking water quality improvement programme to be implemented in Farmos, Gönc, Ráckeve, Tápiószele municipal areas according to the FIDIC Yellow Book
Short description of the project: Farmos, Ráckeve, Tápiószele: installation of water treatment equipment, network washing. Gönc: it is necessary to build new water pipelines (filling, consumption, overflow and drainage pipes, as well as a ring pipeline at several points in the water network).
Affected municipal areas: Farmos, Gönc, Ráckeve, Tápiószele.
Project: Design and implementation of the development of the sewerage network to be implemented in Ózd according to the FIDIC YELLOW Book
Short description of the project: Supplying the outer parts of the city of Ózd with sewerage
Affected municipal areas: Ózd
Project: Design and implementation of the wastewater treatment plant and sewerage network in the agglomeration of Tarnaméra according to the FIDIC YELLOW Book
Short description of the project: Construction of the sewerage network of Tarnaméra, Boconád and Nagyfüged municipal areas, as well as treatment of the collected wastewater at the planned common wastewater treatment plant. Full or partial structural and civil engineering work.
Affected municipal areas: Boconád, Nagyfüged, Tarnaméra
Client: MVM Paksi Atomerőmű Zrt.
Project: Construction of a new reserve shelter
Short description of the project: Construction of the new reserve shelter, which will be an earthquake-resistant two-storey, flat-roofed building. The underground part is 1104 square metres with watertight concrete walls and 80 cm thick concrete slab foundation. The area of the upper level is 1400 square metres. In addition to filtering radioactive contamination, the ventilation system will also be suitable for filtering other general biological and chemical contaminants.
Project: Sewage drainage and treatment development in Northern and Central Transdanubia
Short description of the project: Sewage network construction in Almásfüzitő, Dunaalmás and Neszmély municipal areas, technical inspection activities.
Project: KEHOP-1.3.0-15-2016-00012 project entitled “Water level rehabilitation of the Moson-Danube estuary”
Short description of the project:The first task is to restore the fallen low and medium water levels of the Moson-Danube as a result of the falling of the Danube water level, and to restore the estuary water level appropriate to the supporting effect of the Danube. The restoration of low and medium water levels will make it possible to rehabilitate wetland habitat, ensure shipping, improve the cityscape of Győr, “Rehabilitate the regional water management of the Moson-Danube and Lajta rivers” and “Further develop the water replenishment system for ecological purposes in Szigetköz, on the rehabilitated side and in the floodplain”. With the construction of the structure in the estuary as part of the project, which also functions as a flood gate, the flood control safety in the area affected by the water level rehabilitation will be improved. As an additional result of the investment, the Győr-Gönyű National Public Port will become a port with a basin.
Project: Interim Spent Fuel Storage Facility (ISFSF) - Phase III. Section 3 construction
Short description of the project::
ISFS III/3. is a four-compartment storage module with ventilation chimneys and a loading hall. The task of the storage facility is the temporary storage of spent fuel assemblies from the reactors of the Paks Nuclear Power Plant. The module currently under construction will be able to receive 2812 assemblies. The ISFSF will be a 986 sqm, 28-metre-high building with groundwater insulation and, at some points, 1.8 metres thick enclosure walls that meet the requirements of radiological shielding. The facility will contain approximately 1,000 tons of rebar and 5,000 m3 of concrete. The building is suitable for absorbing seismic loads, a radiation monitoring system will be installed in it and the possibility for IAEA (International Atomic Energy Agency) continuous monitoring will be provided.
Our completed projects are below.
Project: Road connection works on the Hungarian side of the Danube bridge between Komárom-Komárno
Short description of the project:: The road section on the bridge between Komárom and Komárno connects main road No. 1 on the Hungarian side with main road No. 63 in Slovakia. Construction of a 600-metre, single (steel) pylon, cable-stayed Danube bridge..
Project: Restoration of the stability and protective capacity of state flood control works as determined as a result of the autumn 2013 review.
Short description of the project: The aim of the project is to restore the protective capability on the basis of what has been experienced on the main flood control defence lines, during the 2013 reviews, and on the occasions of the floods of recent years. As a result of the project, the flood control defence lines will be strengthened in the Lower Tisza Region Water Directorate, the Transtisza Water Directorate, the Körös Region Water Directorate and the Central Tisza Region Water Directorate.
Project: Further infrastructural development of the Győr-Gönyű National Public Port, preparation of the construction drawings necessary for the implementation and execution of the construction works.
Short description of the project: Within the framework of the project, 5 vertical river wall berths were built, of which H4 was developed as a ship service station (as a green terminal), and the infrastructural supply (road, railway, utilities, green terminal) of the underlying areas was also provided.
Project: Execution of the works of the Hódmezővásárhely bypass section of main road No. 47.
Short description of the project: Preparation, licensing of the construction drawings of the Hódmezővásárhely bypass section of main road No. 47 and its related facilities, execution of the works
Project: Sewage Drainage and Wastewater Treatment Project of the Tápió Region
Short description of the project: municipal areas involved in the development: The administrative areas of Nagykáta, Szentlőrinckáta, Jászfelsőszentgyörgy, Szentmártonkáta Tóalmás municipal areas.
Project: KEHOP-1.4.0-15-2015-00006 project entitled “Construction of flood control defence lines to the standard flood level, reduction of the load of the defence lines on the Upper Tisza, above the Tivadar bridge”
Short description of the project: Joint bidders of the project: KE-VÍZ 21 Zrt., KÖTIVIÉP’B Kft., Betonútépítő Zrt., Mészáros és Mészáros Kft.
Work of Mészáros és Mészáros Kft.:
Tisza left bank embankment development
between the 143 + 258 - 149 + 500 tkm sections
Reconstruction of the estuary sluice gate of the Palád-Csécsei main canal
Modernisation of the Tiszabecs dam site and protection centre
Reconstruction works of Milota upper shore protection
CATV and optical local area network
Project: Békés County drinking water improvement programme_KEOP-1.30_09-11-2012-0009
Short description of the project: The project was awarded to the consortium of Duna Aszfalt Kft., Mészáros és Mészáros Kft., BékésDrén Kft. from the contracting authority of Békés County Local Governments Association for Drinking Water Quality Improvement. As a result of the development, 66 municipal areas and about 300,000 inhabitants were provided with healthy drinking water in accordance with the directives of the European Community. During the development works, two regional water supply systems, the ones in Orosháza and Central Békés, were connected by a common control technology. During the implementation of the development, new mains, networks, water extraction sites and wells were built, which required the laying of 316 kilometres of transmission lines. In addition, 85 kilometres of drinking water pipes, 597 washing shafts, 604 fire hydrants were installed and 8327 domestic connections were replaced.