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Cuneo Michelin Plant – Thermal waste recovery
The project consists in recovering and revaluating the thermal waste produced by a set of air compressors which is currently sent and wasted in cooling towers. In the proposed solutions, the thermal waste is diverted to a TEON High Temperature Heat Pump, which is capable to produce hot water
South Dublin Energy Centre
Fortum eNext and South Dublin County Council are building a low-carbon district heating network optimizing the potential of recyclable heat combined with additional heat-pump technology – the first example of its kind in Ireland. It is exceptional that a district heating network is relying 100% on
Simultaneous use of heating and cooling in Dairy
La Laiterie Saint-Père, a dairy in the Agromousquetaires group did at the end of 2020 finalize a refurbishment of the chill water and central heating water system. Project was a consequence of increasing production activity and the utility installation needed modernization after a long stable life
Dronninglund District heating 6 MW Heatpump with air and thermal storage
Air to water heat pump of 6 MW @ -1 °C air temperature, with capability to switch over to utilize energy from the plant existing thermal energy storage that contains 60.000 m3 of water heated from solar panels in summer months. Switch over in running mode within the limits of fluctuations in kW
The earth’s favourite little healthy drinks factory ‘the blender’
Carbon neutral juices In a groundbreaking initiative that could change the way that some of our foods and drinks are manufactured in the future, smoothie and juice drinks manufacturer, innocent, has selected GEA as one of its key technology partners for the design and construction of a
R&D CENTER MUEHLBAUER
Investor: the German company Mühlbauer Parts & Systems covering the area of E-Mobility, Solar Technology, ID-Passport Technology, Industry 4.0 Branch offices: 12 branch offices all around the world Specification of the place: stores, agencies, prototypical production The whole area
Adapt agricultural production to climate change and limited water supply
Demonstrate the ability to adapt agricultural production to climate change, limited water supply and use of renewable energy sources for heating and cooling. It aims to: 1.Minimize fresh water use for agricultural production and introduce water recycling method in a close greenhouse
ZERO-EMISSION HEAT FOR ORION MEDICAL FACTORY
The modular AmbiHeat® heat pump plant utilizes waste heat from the production processes of Orion and energy from outdoor air (-15⁰C … +30⁰C), producing zero emission heat (up to +90 ⁰C) for the district heating network of the medical factory. Calefa designed and delivered a modular heat pump plant
Lusty Heat Pump.
The project is about utilization of geothermal heat pump technology in industrial (agricultural) sector to lower heating and therefore also production costs and GHG emissions (lower the use of natural gas, lower the costs of energy for heating and lower CO2 emissions
IMA Life -Redevelopment of a former logistic center into a new innovative production hub
Born from the requalification of a former Decathlon logistics plant, the new IMA Life headquarters will have a 32,000 m2production area and a new 10,000 m2office building. The heat pump technology at the basis of the solutions adopted has made it possible to completely eliminate combustion gas
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