What do you need?
Lake water heat pump Hallstatt
Renovation with a Heliotherm Natural Technology heat pump. Driven by water directly from Lake Hallstatt.
Large heat pump for combined heating and cooling in symbiosis with wastewater, ground water and power.
The project includes a new district cooling grid with a 2,000 m3 chilled water tank and a heat pump station 4,5 MW cooling / 6,5MW heating connected to the Greater Copenhagen district heating system for combined heating and cooling. It is meant to to deliver cost effective, reliable low carbon
Largest organic greenhouse
The plant is composed of large boilers and Robur gas absorption heat pumps. The Robur solution installed has an output of 600 kW, regularly in operation. The Robur heating system is composed of 15 GAHP-A mounted on links ensuring remarkable gas savings. The use gas absorption heat pump allows a
Energy tunnels –an opportunity for development in urban areas
The design idea of the project is to thermally activate a part of the lining of the tunnel constituting the Lingotto-Piazza Bengasi extension of the Turin metro line 1. The main objetive was to verify the applicability of the technology proposed in the patent ENERTUN to the Turin metro and to
Future Living® Berlin.
FutureLiving®Berlin is the first SmartCity quarter in Berlin and has the primary focus to allow for sustainable and affordable living. The quarter has been designed to ensure the integration of smart energy systems.The on-site generation of renewable electricity though PV panels, its storage in
Gare Maritime Brussels.
“Gare Maritime”, once the largest freight station in Europe, was given a new sustainable destination. After being vacant for quite some time, the covered city of 3 hectares now has houses shops, event spaces and 45.000 m² of office space at the Tour & Taxis site in Brussels. The main purpose
Gatebeck Business Park.
Utilisation of Hydro electricity to power a ground source heat pump system. The water source being the outflow of the hydro scheme itself. Meant to provide heat to an industrial site. Inhabitants include manufacturing, woodworking and storage facilities that all require differing levels of heat
GreenSCIES
GreenSCIES will deliver lower consumer bills, carbon savings and a scalable blueprint. A local energy system designed, built and operated to meet changing local needs and circumstances. The core focus is to deliver low Carbon, low Cost energy with and for the Community (3Cs
Bath Abbey
This first-of-its-kind project will heat the Abbey and associated buildings using heat pumps. Energy for the heat pumps is being collected from the thermal spring water flowing from the world renown Roman Baths to help reduce the carbon emissions. Savings in carbon dioxide are projected to be in
Centralized solar heat storage and utilization in residential area
GeoHouse Smart Village is first Next Generation sustainable living area based on Arctic Smart Village’s Älykylä® -concept. With centralized Heliostorage Heat Pump system solar energy is storaged to ground at summer and used to heat house’s at winter. It prevents any emission to the enviornment or
Chemical Heat Transformer Converting Waste Heat Into Process Heat.
Exploit waste heat energy that cannot be recuperated with other heat pump technology. The units produce process steam for an LDPE reaction (Unit #1) and two distillation columns (Unit #2) in the chemical industry.