GEROtec ANERGIE

Solid-wall pressure pipes made of resistant PE100-RC for highly efficient cooling and temperature control of buildings with cold local heat.
Optimised for heat absorption and dissipation as a supply and return pipe. Optionally equipped with additive protective jacket for trenchless installation.

Highly flow-efficient fluid transport
assured long-term temperature resistance
optionally with certified diffusion barrier layer‎

New:‎ Gerodur is a founding member of Netz-Werk Regenerativ for the promotion of cold local heating systems with the companies +GF+ GeorgFischer, Gratec GmbH and Goodmen Energy.‎‎

TECHNICAL SPECIFICATIONS

SDR

7,4 | 11 | 17 | more on request
Dimension

32 - 630 mm
Usage

Service water
Pipe structure
GEROtec Anergie pressure pipe made of PE100-RC according to DIN and EN standards | Single-layer media pressure pipe with smooth ends | optionally with dimensionally added protective jacket
Marking
Polyethylene pipe in black with coloured longitudinal stripes for flow and return | Media pressure pipe and, if necessary, protective jacket with complete metre marking in accordance with DVGW
Application/intended use
Pressure pipe for water distribution up to 40°C | for underground installation in accordance with the standards and regulations listed below | installation in open trenches with and without sand bedding | suitable for alternative or, if necessary, trenchless installation methods in accordance with DVGW regulations
Special feature(s)
Suitable for point loads (highest resistance to slow crack grow) | Permanent batch control of PE100-RC materials | Processing using the butt welding method without prior cutting back of the protective jacket
Material
Type 1: Pressure pipe made of PE100-RC according to the positive list of KRV e.V. | Type 1 according to PAS 1075
Type 3: Pressure pipe made of PE100-RC according to the positive list of KRV e.V. | Protective jacket made of modified polyolefin compound | System pipe type 3 according to PAS 1075
Delivery forms
straight length | coil | drum

This product is also available with ISCC Plus sustainability certification on request. We have summarised all the information for you here -> ISCC Plus

Infosheet GEROtec ANERGIE

Flyer Network Cooperation Cold District Heating

Cold district heating

Gerodur cold local heating computer graphics - GEROtec ANERGIE pipes for flow and return

Anergy networks/cold district heating networks are a highly efficient solution for supplying residential areas, commercial areas and public buildings. Through the intelligent and holistic use of all possible sources as well as the ground’s capacity to provide heat storage, this type of heating and cooling system is an indispensable contribution to the economic and ecological supply of buildings – and a valuable investment in the future.

Your advantages

Holistic, open source planning support (sources/ring/service connections)	Ready-to-install distribution solutions as interface of trades‎
‎ High-quality, standard-compliant coordinated components form unique system that meets all requirements	‎ Our experts support you in all project phases (optimization of materials, dimensioning and optimization of network components)

References

Together with our partner GF Piping Systems Deutschland and the municipal utility company Stadtwerke Soest, we are involved in the model settlement for ecological heat supply. The project is holistically sustainable and covers other areas in addition to heat supply.

Accessories

Peeler Set

The power pack for protective jacket pipes according to PAS 1075 type 3. For quick and easy removal of the protective jacket.
More information

Rerounding clamps

The tackler for maximum rounding force when welding with electrofusion sockets.
More information

Suitable installation

Sand bedding

When laying in a sand bed, the excavated material must be replaced with a sand bedding in accordance with DIN EN 805. Restrictions on the grain sizes of the bedding material must be observed.
Without sand bedding

Due to the verification by an independent testing institute, the installation is possible without a sand bed. This eliminates the additional expense of replacing the excavation with a sand bedding in accordance with DIN EN 805 (transport, landfill).
Ploughing

In the ploughing method, the soil is displaced by a plough blade and the pipeline is placed on the bottom of the soil.
Milling

In the milling process, a pipe trench is cut into the subsoil by machine and the pipeline is laid on the bottom of the trench.
Pipe bursting

Static pipe bursting is the renewal of the old pipeline along the same of the old pipe route, which is shattered by the bursting head and the remaining fragments are pressed into the surrounding soil.
Horizontal Directional Drilling (HDD)

The new installation by HDD is usually carried out in three successive work steps. With the continuous pilot borehole, which is controlled by positioning the route is determined. This is followed by the widening of the borehole and the pulling in of the pipe string.
Relining

In the case of relining with annular space, the new pipe string with a smaller cross-section is pulled into the cleaned old pipeline using a pull-in device.
Soil Displacement Method

In the soil displacement method, a pneumatically operated displacement hammer, a so-called "rocket", is used to excavate an underground cavity. The new pipeline is then pulled into it.