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City goes Zero – switching to renewables.
Prior to renovation, the CEP located in the basement of an existing municipal building, produced thermal energy of approx. 3.1mill kWh/year. Annual greenhouse gas emissions were 571 tons CO2. The purpose of Stavanger’s project is to demonstrate innovative use of local renewable energy sources
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.
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
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
Albion Towers Modernisation
Modernisation project of seventeen storey tower block FROM THE 70's, over 46 meters height, 100 apartments. Aimed to reduce CO2 and fuel bills by renewing radiators to account for lower run temperatures and simple to use controls and by Removing existing gas system
Aeronamai
Aeronamai is not only the greenest housing project in Lithuania, but also the first housing in the Baltic States, which provides itself with all the necessary electricity and can be proud of A ++ and Passivhaus certificates. These houses have a geothermal heating system, the microclimate is
Adapt2change
It consists of prototype Greenhouses that control and define the environment of the greenhouse during the cultivation period and will play a crucial role towards water and renewable energy conservation. The project aims to demonstrate the ability to adapt agricultural production to climate change
AB Rokiskio suris
Previously in Rokiskio the heating of the factory, the hot tap water and incoming air was heated with district heating. The waste energy from the process waste-water was not utilized at all. The purpose of the waste heat recovery system is to cut down energy cost and CO2-emissions
14 housing building Passive House Arroyofresno
A system made for generating Hot Water in community production using an air-to-water heat pump with CO2 gas as a refrigerant.
“Khuush” valley’s ground source heat pump project
The project consists of 8 houses. They have developped their own grout material for the closed loop system called Ferrotherm. It has more ability to absorb and store geothermal heat.
Suur-Savon Sähkö
Previously in Puumala, oil and wood chips were used in the production of district heating in the summertime but now a heat pump plant produces the energy into the district heating network from spring to autumn without combustion and without carbon emissions. Therefor oil is no longer needed in the