May 2014

The efficiently smart solution for extracting heat at restricted drilling depth. Ideal in cases of a high water table. Easy installation by using hollow auger drill or conventional drilling auger with a protection pipe. Ideal for restricted drilling depth Ideal for areas with groundwater flow High degree of heat extraction (2.5kw from 6m stick outer-5cbm flow per day) Quick and easy installation Ready to use for direct installation Defined pipe distance of brine pipe Pipe connections using Electrofusion couplers Written approval on pressure test Standard lengths of 6 m and 12 m, other dimensions on request No drilling rig required. Can be extended to a water well Can be used as drainage for rainwater GoGeothermal VTP Recover Heat from waste water/sewage Previously when considering the sewage needs of a new housing development the choice was functional rather than dual purpose and useful. With Thermpipe it's possible to turn an essential utility into an asset which both heats and cools your buildings. Used in multiple large scale projects in Europe the results are impressive and we are very keen to share this technology here in the UK. Description Besides offering a secure wastewater discharge, the PKS-Thermpipe®-System additionally provides potential customers the possibility of using thermal energy. As the output of thermal energy depends on various factors (volume and temperature of sewage, filling level in canal, etc.) the PKS-Thermpipe®-System also uses the surrounding soil of the pipeline zone for the energy supply. So the system is independent of daily hydrographs or irregular wastewater discharges. The system (both static and thermal) is designed project-related and orientates itself at the structural conditions as well as the existing energy potential (sewage, thermal energy) and energy supply of the units to be supported. The biggest part of the used energy the system gets from the pipeline zone. The number of PKS-Thermpipes® depends on the necessary amount of energy and the abstraction capacities to be realised from the subsystems “sewage” and “pipeline zone”. The PKS-Thermpipes® welded together will be connected to the FRANK PKS distribution shaft with standard form parts made of PE 100. From there lines lead to the heat pump in the building and to the energy transformation, so the existing heat from soil and sewage is used.