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ENERCRET – Fertigung

Planning, simulation and turnkey construction of geothermal systems for heating and cooling buildings.

ENERCRET Logo

ENERCRET Installationen GmbH

Röthis · ViennaNew on Amplifa

1981Founded
2 locationsLocations
27 countriesProjects in
12–15 MWHeating capacities
40–15 MWCooling capacities

About ENERCRET

ENERCRET Installationen GmbH is a company founded in 1981, part of the ENERGREEN.group, headquartered in Röthis (Vorarlberg) with a branch office in Vienna. The company implements shallow geothermal systems for heating and cooling buildings: from detailed planning and simulation calculations to the construction of borehole probes, energy piles, diaphragm walls, horizontal and special absorbers, through to the turnkey erection of heating and cooling centers. Value creation also includes prefabricated large plastic manifolds (4 to 70 circuits), concrete and in-situ concrete shafts, pipe seals and penetrations, as well as district and long-distance heating networks and anergy networks. PE and PE-Xa pipes serve as absorbers, and well and water-body usage complements the service portfolio with open systems. Since 1981, more than 1,000 projects have been implemented in 27 countries on four continents, with heating and cooling capacities from 12 kW and 40 kW respectively up to 15 MW. Customers come from industry and commerce, residential construction, municipalities, healthcare facilities, hotels, office buildings, logistics and retail.

Site
Röthis
Processes
Construction of shallow geothermal systems with borehole probes, Energy piles as absorbers and cooling sinks (bored piles SOB and VBP, displacement piles: Vibro-,, Simplex and duplex borehole probes, Horizontal absorbers and special absorbers, Diaphragm walls as absorbers (outer, inner and center installation), Open geothermal systems: well systems, lake water exchangers, sea water exchangers, Pipe seals and pipe penetrations (PE and PE-Xa pipes through walls, floor slabs,, Prefabricated large plastic manifolds with 4 to 70 circuits, prefabricated concrete shafts and
Materials
PE, PE-Xa, Concrete, Plastic
Certificates
ISO 9001
Founded
1981
Industries
Industry and commerce, Municipalities and cities, Residential construction and general contractors, Healthcare facilities, Hotels, Office buildings
  1. 01

    Detailed planning and simulation (including Thermal Response Test)

  2. 02

    Borehole probes, energy piles, diaphragm walls, horizontal and special absorbers

  3. 03

    Prefabrication of large plastic manifolds and shafts

  4. 04

    Pipe seals and pipe penetrations

  5. 05

    Hydraulic optimization and erection of heating and cooling centers (thermoLINK)

  6. 06

    District and long-distance heating networks as well as anergy networks

  7. 07

    Subsidy consulting and integration of existing systems

Tools and Materials

PE

PE

Pipe material for borehole probes and pipe penetrations through walls, floor slabs and concrete closures.

PE-Xa

PE-Xa

Used for borehole probes and pipe penetrations in concrete components.

Concrete

Material for prefabricated shafts, manifolds and special absorbers such as floor slabs and anchor boreholes.

Plastic

Material for prefabricated large manifolds with 4 to 70 circuits.

Locations

Röthis

AT

Headquarters

Materials
PE, PE-Xa, Plastic, Concrete
  • ENER LINK manifolds (4 to 70 circuits)
  • thermoLINK collection and distribution center
  • Heat pumps
  • Circulation pumps

Vienna

AT

Branch office

Components

Geothermal system
Geothermal systemGeothermal · Building supply
Geothermal for healthcare facilities
Geothermal for healthcare facilitiesBorehole probes · Healthcare facilities
Geothermal for office buildings
Geothermal for office buildingsBorehole probes · Office buildings
Geothermal for industrial plants
Geothermal for industrial plantsEnergy piles · Industry
Geothermal for hotels
Geothermal for hotelsBorehole probes · Hotels
Reference project
Reference projectGeothermal · Building supply

Inside the production

Project photo
Project photo
Project photo 2017
Project photo 2017
Construction site photo
Construction site photo
Construction site photo
Construction site photo
Construction site photo
Construction site photo
System view
System view
Construction site photo
Construction site photo
System view
System view
Project photo
Project photo
Project photo
Project photo
Zortström 2018
Zortström 2018
Reference list 2022
Reference list 2022

Industries

Industry and commerceMunicipalities and citiesResidential construction and general contractorsHealthcare facilitiesHotelsOffice buildingsLogistics centersShopping centers

Processes & technical limits

ProcessesToleranceMax. partWeightLot sizeMaterials
Construction of shallow geothermal systems with borehole probesEngineering–––––
Energy piles as absorbers and cooling sinks (bored piles SOB and VBP, displacement piles: Vibro-,Assembly–––––
Simplex and duplex borehole probesAssembly––––HDPE (PE/PE-Xa pipes, conductive)
Horizontal absorbers and special absorbersAssembly–––––
Diaphragm walls as absorbers (outer, inner and center installation)Assembly–––––
Open geothermal systems: well systems, lake water exchangers, sea water exchangersAssembly–––––
Pipe seals and pipe penetrations (PE and PE-Xa pipes through walls, floor slabs,Assembly––––PE, PE-Xa
Prefabricated large plastic manifolds with 4 to 70 circuits, prefabricated concrete shafts andAssembly––––Plastic, Concrete
Turnkey heating and cooling systems (heating and cooling centers, hydraulic optimization)Assembly–––––
Detailed planning, simulation (simulation calculation, Thermal Response Test) of geothermal systemsEngineering–––––
District and long-distance heating networks as well as anergy networksAssembly–––––
Heating capacities from 12 kW to 15 MWEngineering–––––
Cooling capacities from 40 kW to 15 MWEngineering–––––
Floor slabs, anchor boreholes, lift supports, channels, sewer pipes and tunnels as special absorbersAssembly––––Concrete
Slope stabilization as a geothermal sourceAssembly–––––
Renovation and integration of existing heating and cooling systemsAssembly–––––

4 Anlagen & Maschinen

MachineManufacturer / modelQuantityWorking areaYear builtSite
Heat pump–––––
Circulation pumps–––––
ENER LINK manifoldENERCRET ENER LINK–4 to 70 circuits––
thermoLINK collection and distribution centerENERCRET thermoLINK––––

Additional services

Geothermal systems (detailed planning, simulation, construction)Turnkey heating and cooling systemsDistrict and long-distance heating networks / anergy networksBorehole probes & energy piles (Simplex/Duplex, displacement piles, bored piles)Open systems (wells, lake/sea water exchangers)Special absorbers (diaphragm walls, floor slabs, anchor boreholes)Pipe seals and pipe penetrationsHorizontal connections and manifolds (ENER LINK)Heating and cooling centers (thermoLINK)Subsidy consultingRenovation and integration of existing systems

Reference customers

Hilti LiechtensteinAtrio VillachStrabag Headquarters ViennaYangChou HospitalFedernfabrik Straub AGBeckhoffWürthLoackerHerburger ReisenWohlgenannt FahrzeugbauBritish-Swedish pharmaceutical group (Cambridge)

Quality

Long-standing employees, a sustainable training program and regular safety training ensure implementation quality; simulation calculations and Thermal Response Tests ensure the correct dimensioning of the systems.

EvidenceRöthis
ISO 9001

History

  1. 1981

    Founded

  2. More than 1,000 projects implemented in 27 countries on 4 continents; largest project 14 MW

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