Development of innovative, pooled waste raw materials for cleaning and deodorising process gases from selected industries (Q83950): Difference between revisions
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(Removed claim: summary (P836): The project involves the development of an innovative biofilter based biofilter, using waste materials adapted for the treatment and deodorisation of specific process gases (from mechanical biological treatment of municipal waste, from waste water treatment and sewage sludge treatment, and from the food industry) together with a technical project that can be subject to a patent reservation.The concept of a composite biofilter is an innovative...) |
(Created claim: summary (P836): The subject of the project is the development of an innovative complex biofilter using filling from waste materials, adapted to the treatment and deodorisation of specific process gases (from mechanical-biological treatment of municipal waste, sewage treatment and treatment of sewage sludge and food industry) together with a technical project, which may be the subject of a patent claim. The concept of complex biofilter is an innovative solution,...) |
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The subject of the project is the development of an innovative complex biofilter using filling from waste materials, adapted to the treatment and deodorisation of specific process gases (from mechanical-biological treatment of municipal waste, sewage treatment and treatment of sewage sludge and food industry) together with a technical project, which may be the subject of a patent claim. The concept of complex biofilter is an innovative solution, not used on an industrial scale, which allows optimisation of performance and emission reduction effects, while at the same time contributing to better use of waste materials in line with the circular economy model. The combined biofilter is intended to enable: • conducting a two-stage process of purification of process gases (cleaning on a classic biofilter – I degree and purification on semi-permeable membrane fabric – Level II of purification), • technical-exploitation modification of biofiltering on a deposit of waste materials aimed at ensuring optimal process parameters and its effects. • significant reduction in emissions with relatively small investment, • implementation of the concept of industrial symbiosis in line with the Communication of the European Commission of 2 December 2015 on the introduction of the Circular economy. The project envisages the implementation of 6 research phases, three of them will cover industrial research and three further experimental development. The complex biofilter will include individualisation of biofiltration parameters with the possibility of adapting to deodorising specific process gases. The final result of the Project implementation of the developed solution by the Industrial Partner. (English) | |||||||||||||||
| Property / summary: The subject of the project is the development of an innovative complex biofilter using filling from waste materials, adapted to the treatment and deodorisation of specific process gases (from mechanical-biological treatment of municipal waste, sewage treatment and treatment of sewage sludge and food industry) together with a technical project, which may be the subject of a patent claim. The concept of complex biofilter is an innovative solution, not used on an industrial scale, which allows optimisation of performance and emission reduction effects, while at the same time contributing to better use of waste materials in line with the circular economy model. The combined biofilter is intended to enable: • conducting a two-stage process of purification of process gases (cleaning on a classic biofilter – I degree and purification on semi-permeable membrane fabric – Level II of purification), • technical-exploitation modification of biofiltering on a deposit of waste materials aimed at ensuring optimal process parameters and its effects. • significant reduction in emissions with relatively small investment, • implementation of the concept of industrial symbiosis in line with the Communication of the European Commission of 2 December 2015 on the introduction of the Circular economy. The project envisages the implementation of 6 research phases, three of them will cover industrial research and three further experimental development. The complex biofilter will include individualisation of biofiltration parameters with the possibility of adapting to deodorising specific process gases. The final result of the Project implementation of the developed solution by the Industrial Partner. (English) / rank | |||||||||||||||
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| Property / summary: The subject of the project is the development of an innovative complex biofilter using filling from waste materials, adapted to the treatment and deodorisation of specific process gases (from mechanical-biological treatment of municipal waste, sewage treatment and treatment of sewage sludge and food industry) together with a technical project, which may be the subject of a patent claim. The concept of complex biofilter is an innovative solution, not used on an industrial scale, which allows optimisation of performance and emission reduction effects, while at the same time contributing to better use of waste materials in line with the circular economy model. The combined biofilter is intended to enable: • conducting a two-stage process of purification of process gases (cleaning on a classic biofilter – I degree and purification on semi-permeable membrane fabric – Level II of purification), • technical-exploitation modification of biofiltering on a deposit of waste materials aimed at ensuring optimal process parameters and its effects. • significant reduction in emissions with relatively small investment, • implementation of the concept of industrial symbiosis in line with the Communication of the European Commission of 2 December 2015 on the introduction of the Circular economy. The project envisages the implementation of 6 research phases, three of them will cover industrial research and three further experimental development. The complex biofilter will include individualisation of biofiltration parameters with the possibility of adapting to deodorising specific process gases. The final result of the Project implementation of the developed solution by the Industrial Partner. (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 14:26, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Development of innovative, pooled waste raw materials for cleaning and deodorising process gases from selected industries |
Project in Poland financed by DG Regio |
Statements
3,319,836.98 zloty
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4,185,519.98 zloty
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79.32 percent
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1 March 2017
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29 February 2020
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POLITECHNIKA WARSZAWSKA
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Przedmiotem projektu jest opracowanie innowacyjnego biofiltru zespolonego wykorzystującego wypełnienie z surowców odpadowych, dostosowanego do oczyszczania i dezodoryzacji specyficznych gazów procesowych (pochodzących z mechaniczno-biologicznego przetwarzania odpadów komunalnych, z oczyszczania ścieków i przetwarzania osadów ściekowych oraz z przemysłu spożywczego) wraz z projektem technicznym, mogącym stanowić przedmiot zastrzeżenia patentowego. Koncepcja biofiltru zespolonego jest rozwiązaniem innowacyjnym, nie stosowanym w skali przemysłowej, pozwalającym na optymalizację parametrów eksploatacyjnych i efektów ograniczenia emisji, a jednocześnie przyczynia się do lepszego wykorzystania surowców odpadowych zgodnie z modelem gospodarki o obiegu zamkniętym. Biofiltr zespolony w założeniu ma umożliwić: • prowadzenie dwustopniowego procesu oczyszczania gazów procesowych (oczyszczanie na klasycznym biofiltrze – I stopień oraz oczyszczanie na półprzepuszczalnej tkaninie membranowej – II stopień oczyszczania), • modyfikację techniczno-eksploatacyjną prowadzenia biofiltracji na złożu z surowców odpadowych mającą na celu zapewnienie optymalnych parametrów procesu i jego efektów. • znaczące zmniejszenie emisji przy relatywnie niewielkich nakładach inwestycyjnych, • realizację koncepcji symbiozy przemysłowej zgodnej z komunikatem Komisji Europejskiej z dnia 2 grudnia 2015 r. o wprowadzeniu gospodarki o obiegu zamkniętym (Circular economy). W projekcie przewidziano realizację 6 etapów badawczych, trzy z nich będą obejmowały badania przemysłowe, a trzy kolejne eksperymentalne prace rozwojowe. Biofiltr zespolony będzie obejmował indywidualizację parametrów biofiltracji z możliwością dostosowania do dezodoryzacji specyficznych gazów procesowych. Efektem finalnym Projektu wdrożenie wypracowanego rozwiązania przez Partnera przemysłowego. (Polish)
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The subject of the project is the development of an innovative complex biofilter using filling from waste materials, adapted to the treatment and deodorisation of specific process gases (from mechanical-biological treatment of municipal waste, sewage treatment and treatment of sewage sludge and food industry) together with a technical project, which may be the subject of a patent claim. The concept of complex biofilter is an innovative solution, not used on an industrial scale, which allows optimisation of performance and emission reduction effects, while at the same time contributing to better use of waste materials in line with the circular economy model. The combined biofilter is intended to enable: • conducting a two-stage process of purification of process gases (cleaning on a classic biofilter – I degree and purification on semi-permeable membrane fabric – Level II of purification), • technical-exploitation modification of biofiltering on a deposit of waste materials aimed at ensuring optimal process parameters and its effects. • significant reduction in emissions with relatively small investment, • implementation of the concept of industrial symbiosis in line with the Communication of the European Commission of 2 December 2015 on the introduction of the Circular economy. The project envisages the implementation of 6 research phases, three of them will cover industrial research and three further experimental development. The complex biofilter will include individualisation of biofiltration parameters with the possibility of adapting to deodorising specific process gases. The final result of the Project implementation of the developed solution by the Industrial Partner. (English)
14 October 2020
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Identifiers
POIR.04.01.02-00-0019/16
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