CASE STUDIES
We have developed tailor-made applications to ensure maximum efficiency according to the real needs of each specific industry: from food & beverage to chemicals, from pharmaceuticals to paper, from biogas to plants using drying processes such as granulates, cement, fertilisers and animal feed.
SECTOR
The applications developed for the hospitality sector, such as hotels and wellness centres, thanks to the use of Capstone technology, ensure maximum efficiency and modularity. In fact, cogeneration plants with oil-free turbines are particularly suitable for those facilities that need to be able to modulate electrical power according to seasonal or daily peaks in consumption.
SECTOR
The cogeneration turbine applications, thanks to the use of Capstone oil-free technology, ensure maximum efficiency in the paper industry, which needs to optimise energy consumption by exploiting the heat recovery from cogeneration for the process, such as paper drying.
SECTOR
Our installations, thanks to the use of Capstone technology, ensure maximum efficiency in the food and beverage industries that need valuable heat carriers, such as saturated steam, superheated water and glycol water at sub-zero temperatures, for their production process.
SECTOR
The applications developed for the hospitality sector, such as hotels and wellness centres, thanks to the use of Capstone technology, ensure maximum efficiency and modularity. In fact, cogeneration plants with oil-free turbines are particularly suitable for those facilities that need to be able to modulate electrical power according to seasonal or daily peaks in consumption.
SECTOR
The cogeneration turbine applications, thanks to the use of Capstone oil-free technology, ensure maximum efficiency in the paper industry, which needs to optimise energy consumption by exploiting the heat recovery from cogeneration for the process, such as paper drying.
SECTOR
Our installations, thanks to the use of Capstone technology, ensure maximum efficiency in the food and beverage industries that need valuable heat carriers, such as saturated steam, superheated water and glycol water at sub-zero temperatures, for their production process.
SECTOR
Thanks to the use of Capstone’s patented cogeneration technology, we ensure maximum efficiency in managing the consumption of thermal and cooling energy in the hospital industry without compromising the continuity and quality of the self-produced energy, and meeting regulatory and social requirements for environmental and economic sustainability.
SECTOR
For this sector, the possibilities are twofold, because the applications can be dedicated to energy efficiency or heat recovery of production lines, or you can use Capstone turbines for the creation of ecological hybrid ZEV (Zero Emission Vehicles).
SECTOR
With solar cooling technology it is possible to produce cold, in the form of chilled water or air conditioning, from a heat source. Considering the costs and the size (over 20 kW) of the refrigeration machines, solar cooling is currently convenient for centralised air conditioning/refrigeration systems or for large environments.
SECTOR
Thanks to the use of Capstone’s patented cogeneration technology, we ensure maximum efficiency in managing the consumption of thermal and cooling energy in the hospital industry without compromising the continuity and quality of the self-produced energy, and meeting regulatory and social requirements for environmental and economic sustainability.
SECTOR
For this sector, the possibilities are twofold, because the applications can be dedicated to energy efficiency or heat recovery of production lines, or you can use Capstone turbines for the creation of ecological hybrid ZEV (Zero Emission Vehicles).
SECTOR
With solar cooling technology it is possible to produce cold, in the form of chilled water or air conditioning, from a heat source. Considering the costs and the size (over 20 kW) of the refrigeration machines, solar cooling is currently convenient for centralised air conditioning/refrigeration systems or for large environments.
SECTOR
The applications developed are optimised for the production of the heat carriers required by the various production processes.
SECTOR
The applications developed are optimised for the production of the heat carriers required by the various production processes.
SECTOR
The applications developed are optimised for the production of the thermal vectors required by the various production processes.
SECTOR
The applications developed are optimised for the production of the heat carriers required by the various production processes.
SECTOR
The applications developed are optimised for the production of the heat carriers required by the various production processes.
SECTOR
The applications developed are optimised for the production of the thermal vectors required by the various production processes.
SECTOR
The applications developed are optimised for the production of the thermal vectors required by the various production processes.
SECTOR
The Capstone patent ensures maximum efficiency in the exploitation of biogas from landfills or anaerobic digestion. The operation of oil-free turbines in cogeneration mode with this fuel is very cost-effective. In addition, the waste heat produced by cogeneration through flue gas/water exchangers can be used to heat digesters.
SECTOR
The applications developed are optimised for the production of the thermal vectors required by the various production processes.
SECTOR
The Capstone patent ensures maximum efficiency in the exploitation of biogas from landfills or anaerobic digestion. The operation of oil-free turbines in cogeneration mode with this fuel is very cost-effective. In addition, the waste heat produced by cogeneration through flue gas/water exchangers can be used to heat digesters.
THEY HAVE CHOSEN US
COGENERATION
THERMAL RECOVERY
ENERGY TRANSFORMATION
COGENERATION
THERMAL RECOVERY
ENERGY TRANSFORMATION
Head Office
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Klagenfurt a.W. Austria
T +43 (0) 463 500.045.411
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Villorba Treviso – Italy
T +39 0422 616.311
P.IVA 05037980264
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