Development of plant technology: & ndash; wastewater treatment plant with nutrient removal and water renewal. (Q78348): Difference between revisions
Jump to navigation
Jump to search
(Removed claim: summary (P836): The project will focus on industrial research and development that will lead to the creation of plant and plant technology, with the removal of nutrients and the restoration of water.We are the owner of a biological waste water treatment plant consisting of a vegetable filter and a joint and we have already made more than 6000 implementations.This plant mainly serves as an appliance for buildings of one and multi-family, ensures a high level o...) |
(Created claim: summary (P836): The project will focus on industrial research and development, which will lead to the creation of plant-set technologies for waste water treatment plants with biogen removal and water renewal. We own a biological patent for a sewage treatment plant consisting of a plant filter and pond, and we have already completed more than 6000 implementations. This treatment plant serves mainly as a device serving single and multi-family buildings, ensuring...) |
||||||||||||||
| Property / summary | |||||||||||||||
The project will focus on industrial research and development, which will lead to the creation of plant-set technologies for waste water treatment plants with biogen removal and water renewal. We own a biological patent for a sewage treatment plant consisting of a plant filter and pond, and we have already completed more than 6000 implementations. This treatment plant serves mainly as a device serving single and multi-family buildings, ensuring a high level of reduction of organic compounds and partial removal of biogens, but does not ensure water renewal. The aim of the project is to develop a technology that can be used both in single-family buildings and in multi-family, industrial and public utility, where there is a need for reuse of renewed water. The technological goal of the project is to restore water, recovered from sewage, " gray; and " black to the level of parameters indicated below corresponding to drinking water. In order to achieve this effect, waste water from easily decomposable substances should be cleaned, biogen removed and technical conditions for obtaining the parameters concerned should be created. Renewed water will be directed to reuse – for flushing toilets or irrigation, and excess unused water will be drained to the ground. In the industrial research part, we assume the construction of a prototype installation consisting of three independent technology systems with different levels of sewage load. In these systems, the effectiveness of elimination of basic effluent parameters such as BZT5, COD, suspension, nitrogen, phosphorus and water purification parameters will be examined: cloudiness, color, coli-group bacteria. In the development part 3 pilot installations will be built (English) | |||||||||||||||
| Property / summary: The project will focus on industrial research and development, which will lead to the creation of plant-set technologies for waste water treatment plants with biogen removal and water renewal. We own a biological patent for a sewage treatment plant consisting of a plant filter and pond, and we have already completed more than 6000 implementations. This treatment plant serves mainly as a device serving single and multi-family buildings, ensuring a high level of reduction of organic compounds and partial removal of biogens, but does not ensure water renewal. The aim of the project is to develop a technology that can be used both in single-family buildings and in multi-family, industrial and public utility, where there is a need for reuse of renewed water. The technological goal of the project is to restore water, recovered from sewage, " gray; and " black to the level of parameters indicated below corresponding to drinking water. In order to achieve this effect, waste water from easily decomposable substances should be cleaned, biogen removed and technical conditions for obtaining the parameters concerned should be created. Renewed water will be directed to reuse – for flushing toilets or irrigation, and excess unused water will be drained to the ground. In the industrial research part, we assume the construction of a prototype installation consisting of three independent technology systems with different levels of sewage load. In these systems, the effectiveness of elimination of basic effluent parameters such as BZT5, COD, suspension, nitrogen, phosphorus and water purification parameters will be examined: cloudiness, color, coli-group bacteria. In the development part 3 pilot installations will be built (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: The project will focus on industrial research and development, which will lead to the creation of plant-set technologies for waste water treatment plants with biogen removal and water renewal. We own a biological patent for a sewage treatment plant consisting of a plant filter and pond, and we have already completed more than 6000 implementations. This treatment plant serves mainly as a device serving single and multi-family buildings, ensuring a high level of reduction of organic compounds and partial removal of biogens, but does not ensure water renewal. The aim of the project is to develop a technology that can be used both in single-family buildings and in multi-family, industrial and public utility, where there is a need for reuse of renewed water. The technological goal of the project is to restore water, recovered from sewage, " gray; and " black to the level of parameters indicated below corresponding to drinking water. In order to achieve this effect, waste water from easily decomposable substances should be cleaned, biogen removed and technical conditions for obtaining the parameters concerned should be created. Renewed water will be directed to reuse – for flushing toilets or irrigation, and excess unused water will be drained to the ground. In the industrial research part, we assume the construction of a prototype installation consisting of three independent technology systems with different levels of sewage load. In these systems, the effectiveness of elimination of basic effluent parameters such as BZT5, COD, suspension, nitrogen, phosphorus and water purification parameters will be examined: cloudiness, color, coli-group bacteria. In the development part 3 pilot installations will be built (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
| |||||||||||||||
Revision as of 12:09, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Development of plant technology: & ndash; wastewater treatment plant with nutrient removal and water renewal. |
Project in Poland financed by DG Regio |
Statements
1,334,818.6 zloty
0 references
1,843,538.85 zloty
0 references
72.41 percent
0 references
1 April 2019
0 references
31 March 2022
0 references
INSTYTUT EKOLOGII STOSOWANEJ DR HAB. WOJCIECH HALICKI
0 references
52°3'57.6"N, 14°54'32.0"E
0 references
Przedmiotem projektu będą badania przemysłowe i prace rozwojowe, które mają doprowadzić do stworzenia technologii roślinno-stawowych oczyszczalni ścieków z usuwaniem biogenów i odnową wody. Jesteśmy właścicielem patentu biologicznej oczyszczalni ścieków składającej się z filtra roślinnego i stawu oraz dokonaliśmy już ponad 6000 wdrożeń. Oczyszczalnia ta służy głównie jako urządzenie obsługujące budynki jedno i wielorodzinne, zapewnia wysoki poziom redukcji związków organicznych i częściowe usuwanie biogenów jednak nie zapewnia odnowy wody. Przedmiotem projektu jest opracowanie technologii możliwej do wykorzystania zarówno w budynkach jednorodzinnych jak i w wielorodzinnych, przemysłowych, użyteczności publicznej, gdzie istnieje potrzeba ponownego wykorzystania odnowionej wody. Celem technologicznym projektu jest odnowa wody, odzyskiwanej ze ścieków "szarych" i "czarnych", do poziomu parametrów wskazanych poniżej odpowiadających wodzie zdatnej do picia. By ten efekt osiągnąć należy oczyścić ścieki z substancji łatwo rozkładalnej, usunąć biogeny oraz stworzyć warunki techniczne umożliwiające uzyskanie danych parametrów. Odnowiona woda kierowana będzie do ponownego wykorzystania – do spłukiwania toalet lub nawadniania, a nadmiar niewykorzystanej wody odprowadzany będzie do gruntu. W części obejmującej badania przemysłowe zakładamy budowę instalacji prototypowej składającej się z trzech niezależnych układów technologicznych o zróżnicowanym poziomie obciążania ściekami. W układach tych badana będzie skuteczność eliminacji podstawowych parametrów ścieków takich jak BZT5, ChZT, zawiesina, azot, fosfor i parametry charakterystyczne dla uzdatniania wody: mętność, barwa, bakterie grupy Coli. W części dot. prac rozwojowych wybudowane zostaną 3 instalacje pilot (Polish)
0 references
The project will focus on industrial research and development, which will lead to the creation of plant-set technologies for waste water treatment plants with biogen removal and water renewal. We own a biological patent for a sewage treatment plant consisting of a plant filter and pond, and we have already completed more than 6000 implementations. This treatment plant serves mainly as a device serving single and multi-family buildings, ensuring a high level of reduction of organic compounds and partial removal of biogens, but does not ensure water renewal. The aim of the project is to develop a technology that can be used both in single-family buildings and in multi-family, industrial and public utility, where there is a need for reuse of renewed water. The technological goal of the project is to restore water, recovered from sewage, " gray; and " black to the level of parameters indicated below corresponding to drinking water. In order to achieve this effect, waste water from easily decomposable substances should be cleaned, biogen removed and technical conditions for obtaining the parameters concerned should be created. Renewed water will be directed to reuse – for flushing toilets or irrigation, and excess unused water will be drained to the ground. In the industrial research part, we assume the construction of a prototype installation consisting of three independent technology systems with different levels of sewage load. In these systems, the effectiveness of elimination of basic effluent parameters such as BZT5, COD, suspension, nitrogen, phosphorus and water purification parameters will be examined: cloudiness, color, coli-group bacteria. In the development part 3 pilot installations will be built (English)
14 October 2020
0 references
Identifiers
POIR.01.01.01-00-0805/18
0 references