Numer Certyfikatu 19469
Below you'll find a list of all posts that have been tagged as “Technology Supplier”
The world’s largest adsorption desalination plant uses adsorption chillers manufactured in Poland! The cooling capacity of 1070 kW and a production of 100 t / d of desalinated water makes the installation on the top of the installed and operated solutions of this kind in the world. The entire supply was executed by our company from Poland!
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First trigenerationsl installation of this scale in Poland – 2.2 MW cooling capacity, 2.8 MW of electricity and 3.12 MW of heat. Power plant was designed and constructed to meet the demand for energy around the Wrocław Technology Park area.
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NET delivered tree bed adsorption unit to the Center for Life Sciences with additional instrumentation and metering equipment allowing not only its commercial usage for the purposes of air conditioning but also for scientific research. Chiller produces chilled water at a constant parameter with less than 50% of a competitors electricity consumption. Energy supply is hot water from the district …
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Fully commercial use of tree bed adsorption chiller for Planetarium air conditioning. Chiller uses innovative solutions on a global scale like decreasing the flow resistance, and thus electricity consumption. Supply energy comes directly from the district heating network.
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Designer response to the limited availability of electricity – two chillers supplied with hot water 125/70°C produce 1,700 kW of cooling capacity consuming only 14.5 kW of electricity. The conventional system would need at least 25 times more electricity.
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Unique, on a global scale, heat recovery from water condensation in the exhaust gas to produce energy for district heating network. Absorption Heat Pump enables the reduction of energy consumption for heating by 41% and covers 30% of power demand. It is the largest of its kind application in Europe.
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Autonomous, reliable and redundant system produces electricity, heat and cooling for hospital needs. Allows complete independence from external electricity supply and 17% lower operating costs.
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A pilot heat recovery system from medical waste disposal installation. Recovered heat is used for the purpose of production of chilled water used in cancer therapy. By utilizing waste heat in the summer time return on investment was shorter than two years!
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An excellent and reliable cooling system based on district steam. Two absorption chillers with a total capacity of 2.32 MW consume only 24% of electricity compared to conventional solution based on a compressor chiller.
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Installed heat pumps, using 80 pcs. of hole ground exchangers of 120 m depth each, cover 100% cooling demand and 40% of the heat demand all the buildings. Cooperation with solar collectors emphasizes the green character of the project.
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