The Hufeland Klinikum in Bad Langensalza was built in the early 1990s as an extension to the main building (ancient building)
years built in massive construction and expanded and renovated in several construction phases until 2006. It consists of a ward building (building G) and a functional wing (building H).
Despite regular maintenance and repair work on the technical systems and plant components,
due to the ever shorter frequency of tap water damage, that the entire
Sanitary installation network due to the material and use-related signs of aging and wear
is to be completely renewed. Therefore, a new installation of the entire sewage / water system of the two is planned.
Building parts G and H during ongoing hospital operations.
Plumbing:
Sewage systems
- Demontage Abwasserrohrleitungen SML DN 50- DN 150: ca. 6060 m
- Brandschutzdeckenschotts R90 PLUS DIN/R120, DN 50 -125: ca. 1052 St
- Supporting shells made of steel verz. f. temperature-loaded areas of the canteen kitchen, DN 80/DN 100: approx. 95 m
- electr. Tracing heating to prevent greasy deposits of kitchen waste water and frost protection outdoors,
incl.: approx. 190 m
- Pipe penetrations with adhesive flange for floor ceiling DN 80-100 for canteen kitchen area: approx. 22 pcs
- New integration Stainless steel drainage channels in the canteen kitchen area: approx. 11 hours
- Drains with stainless steel grating for shower equipment, sealing set: approx. 61 pcs
- Core drilling incl. mortar casting Ø100 up to 200mm: approx. 1065 pcs
Water systems
- 90 Dismantling PP-R pipe incl. insulation, disposal, DN 15 -80: approx. 11900 m
- Dismantling/disposal of sanitary objects such as toilet, WT, spout, urinals, accessories etc.: approx. 2500 pcs
- Disassembly of pre-wall modules (WC/ WT/ urinals), disposal: approx. 417 pcs
- Stainless steel pipe system pressfittings incl. moulded and connecting pieces, DN 15 – 80: approx. 13300 m
- Profile steel for fastening pipe routes, fixed points, etc.: approx. 2500 kg
- Isolierarbeiten, DN 15-80: ca. 13300 m
- Fire protection insulation sleeve R90 f. Special solutions (steam/condensate/demineralized water/other. Existing lines) f.
flammable: approx. 240 pcs
- Shut-off valves with upper part made of gunmetal, with press connection, DN 15- 80: approx. 320 pcs
- Circulation thermostats completely made of gunmetal, with press connection, incl. insulation shells, DN 15/20: approx. 92 pcs
- Wall fittings/individual fittings for washbasins, sinks etc.: approx. 392 pcs
- Fittings made of gunmetal such as wall panels, tap extensions, screw connections, etc., DN 15/20: approx. 1220 pcs
- Flushing fitting for strand end cold water made of gunmetal with drive 24 V, spring return motor: approx. 69 pcs
- Vorwandmodule Sanitäristallation: ca. 728 St
- Sanitary objects made of sanitary porcelain incl. accessories: approx. 840 pcs
- Installation of soap and disinfection dispensers to be reused, including restoration of functionality: approx.
665 St
- Core drilling incl. mortar casting Ø 60-160 mm: approx. 650 pcs
- Pressure and leak tests, in sections: approx. 13300 m
- Rinsing/disinfection after initial commissioning, in sections: approx. 13300 m
- Drinking water samples KW/ TWW, Legionella: approx. 100 St
- Dismantling and reassembly of ventilation ducts for creating freedom of installation, including renewing thermal insulation:
ca. 375 m²
- Fire dampers at the lower end of the shaft to meet current fire protection requirements, including spring return motor,
Betonverguß: ca. 45 St
- Rerouting of pipe systems to create freedom of assembly, including steam, condensate, demineralized water, TW/TWW/Zirk.,
VL/RL heating, incl. 45 pcs
- Temporary drinking water and waste water pipes for maintenance of operation: approx. 80 pcs
- Disconnection and connection of stainless steel furniture with sink, including drain set, siphon etc. :approx. 60 pcs
- Fire safety documentation (strand diagram/photo/lettering), paperf. u. digital: approx. 650 pcs
- Technical documentation/documentation in triplicate, paper f. u. digital incl. revision signs GWA: 1 psc
see II.1.4) - Brief description