Development of an innovative technology for an ultrasonic air pollution filter (Q122654): Difference between revisions
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(Created claim: summary (P836): The project involves carrying out research and then implementing an innovative solution to the Applicant in the form of an energy-efficient, ultrasound filter of air pollutants that uses the phenomenon of coagulation and an ultrasound left at a gas establishment. The resulting filter will be characterised by occasional necessity of service and a high capacity of air filtration mainly for the smallest and most harmful particles, inter alia. MP2,5...) |
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| Property / summary | |||
The project involves carrying out research and then implementing an innovative solution to the Applicant in the form of an energy-efficient, ultrasound filter of air pollutants that uses the phenomenon of coagulation and an ultrasound left at a gas establishment. The resulting filter will be characterised by occasional necessity of service and a high capacity of air filtration mainly for the smallest and most harmful particles, inter alia. MP2,5, PM10 and others. The use of an innovative filtering method with an ultrasound to a large energy wave is a breakthrough in high scale air cleaning technology. This may be achieved by using pulsed technology and ceramic piezoelectric ceramic converters designed in sandwich technologies with simultaneous use of an energy concentrator and an impedance panel to adjust the impedance to be used. (English) | |||
| Property / summary: The project involves carrying out research and then implementing an innovative solution to the Applicant in the form of an energy-efficient, ultrasound filter of air pollutants that uses the phenomenon of coagulation and an ultrasound left at a gas establishment. The resulting filter will be characterised by occasional necessity of service and a high capacity of air filtration mainly for the smallest and most harmful particles, inter alia. MP2,5, PM10 and others. The use of an innovative filtering method with an ultrasound to a large energy wave is a breakthrough in high scale air cleaning technology. This may be achieved by using pulsed technology and ceramic piezoelectric ceramic converters designed in sandwich technologies with simultaneous use of an energy concentrator and an impedance panel to adjust the impedance to be used. (English) / rank | |||
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Revision as of 09:54, 10 March 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Development of an innovative technology for an ultrasonic air pollution filter |
Project in Poland financed by DG Regio |
Statements
1,823,353.53 zloty
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2,709,626.4 zloty
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73.95 percent
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1 October 2019
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30 April 2021
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IT BUSINESS CONSULTING GROUP, SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ
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Projekt zakłada przeprowadzenie prac badawczych a następnie wdrożenie do działalności Wnioskodawcy innowacyjnego rozwiązania w postaci energooszczędnego, ultradźwiękowego filtra zanieczyszczeń powietrza, wykorzystującego zjawisko koagulacji oraz lewitacji ultradźwiękowej w ośrodku gazowym. Powstały w wyniku projektu filtr charakteryzować się będzie sporadyczną koniecznością serwisowania oraz wysoką sprawnością w filtrowaniu powietrza głównie względem najdrobniejszych i najbardziej szkodliwych cząstek m.in. MP2,5, PM10 i innych. Zastosowanie innowacyjnej metody filtrowania z wykorzystaniem ultradźwiękowej fali stojącej dużej energii stanowi przełom w technologii oczyszczania powietrza na dużą skale. Możliwe to będzie dzięki wykorzystaniu wzmacniaczy w technologii impulsowej i wysokosprawnych ceramicznych przetworników piezoelektrycznych skonstruowanych w technologii sandwich z jednoczesnym wykorzystaniem koncentratora energii i płyty promieniującej celem dopasowania impedancyjnego. (Polish)
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The project involves carrying out research and then implementing an innovative solution to the Applicant in the form of an energy-efficient, ultrasound filter of air pollutants that uses the phenomenon of coagulation and an ultrasound left at a gas establishment. The resulting filter will be characterised by occasional necessity of service and a high capacity of air filtration mainly for the smallest and most harmful particles, inter alia. MP2,5, PM10 and others. The use of an innovative filtering method with an ultrasound to a large energy wave is a breakthrough in high scale air cleaning technology. This may be achieved by using pulsed technology and ceramic piezoelectric ceramic converters designed in sandwich technologies with simultaneous use of an energy concentrator and an impedance panel to adjust the impedance to be used. (English)
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Identifiers
RPSL.01.02.00-24-00A2/19
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