Innovative technology for demersal sediment exploitation for fertilisation (Q107829): Difference between revisions
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(Removed claim: summary (P836): The aim of the project is to develop innovative technologies for the exploitation of anthropogenic sediments from the bottom of ducts, retention basins, lakes and fish ponds, and may be used for fertilisation. The characteristics of the proposed technology are the movement of the collecting device, with the maximum concentration of the solid, on the bottom, while minimising water. This type of technology has not yet been used in the world. The...) |
(Created claim: summary (P836): The aim of the project is to develop an innovative technology for extracting anthropogenic bottom sediments from the bottom of canals, retention tanks, lakes and fish ponds with the possibility of using them for fertilisation. A significant feature of the proposed technology is the movement of the sediment extraction device, with the maximum concentration of the solid component, on the bottom, while minimising water muddying. Such technologies h...) |
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The aim of the project is to develop an innovative technology for extracting anthropogenic bottom sediments from the bottom of canals, retention tanks, lakes and fish ponds with the possibility of using them for fertilisation. A significant feature of the proposed technology is the movement of the sediment extraction device, with the maximum concentration of the solid component, on the bottom, while minimising water muddying. Such technologies have not yet been used in the world. The pick-up device will be equipped with four “Mohno” type displacement pumps for transport by pipeline up to a distance of about 800 m. In the model version, the device will be moved on the bottom using a rope winch at a speed associated with the output consistency on the pipeline, which will maximise concentration of the solid component. The task will include further actions, namely: development of the device design according to the utility model, execution, field testing, performance assessment, and evaluation of the properties of the extracted sludge and possible corrections to its construction, re-checking operation and subsequent implementation into production. The implementation will be carried out by a team composed of employees of the Łukomet company and the Institute of Technology and Pzryrodniczy in Falenty, Branch in Warsaw. In the further development of this technology, it is planned to make a self-propelled device using two cochlear drives, which will increase its attractiveness to potential buyers for fish ponds. Testing the correctness of the projected technology will allow the development of the use of anthropogenic bottom sediments to fertilise fields in agriculture. (English) | |||||||||||||||
| Property / summary: The aim of the project is to develop an innovative technology for extracting anthropogenic bottom sediments from the bottom of canals, retention tanks, lakes and fish ponds with the possibility of using them for fertilisation. A significant feature of the proposed technology is the movement of the sediment extraction device, with the maximum concentration of the solid component, on the bottom, while minimising water muddying. Such technologies have not yet been used in the world. The pick-up device will be equipped with four “Mohno” type displacement pumps for transport by pipeline up to a distance of about 800 m. In the model version, the device will be moved on the bottom using a rope winch at a speed associated with the output consistency on the pipeline, which will maximise concentration of the solid component. The task will include further actions, namely: development of the device design according to the utility model, execution, field testing, performance assessment, and evaluation of the properties of the extracted sludge and possible corrections to its construction, re-checking operation and subsequent implementation into production. The implementation will be carried out by a team composed of employees of the Łukomet company and the Institute of Technology and Pzryrodniczy in Falenty, Branch in Warsaw. In the further development of this technology, it is planned to make a self-propelled device using two cochlear drives, which will increase its attractiveness to potential buyers for fish ponds. Testing the correctness of the projected technology will allow the development of the use of anthropogenic bottom sediments to fertilise fields in agriculture. (English) / rank | |||||||||||||||
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| Property / summary: The aim of the project is to develop an innovative technology for extracting anthropogenic bottom sediments from the bottom of canals, retention tanks, lakes and fish ponds with the possibility of using them for fertilisation. A significant feature of the proposed technology is the movement of the sediment extraction device, with the maximum concentration of the solid component, on the bottom, while minimising water muddying. Such technologies have not yet been used in the world. The pick-up device will be equipped with four “Mohno” type displacement pumps for transport by pipeline up to a distance of about 800 m. In the model version, the device will be moved on the bottom using a rope winch at a speed associated with the output consistency on the pipeline, which will maximise concentration of the solid component. The task will include further actions, namely: development of the device design according to the utility model, execution, field testing, performance assessment, and evaluation of the properties of the extracted sludge and possible corrections to its construction, re-checking operation and subsequent implementation into production. The implementation will be carried out by a team composed of employees of the Łukomet company and the Institute of Technology and Pzryrodniczy in Falenty, Branch in Warsaw. In the further development of this technology, it is planned to make a self-propelled device using two cochlear drives, which will increase its attractiveness to potential buyers for fish ponds. Testing the correctness of the projected technology will allow the development of the use of anthropogenic bottom sediments to fertilise fields in agriculture. (English) / qualifier | |||||||||||||||
point in time: 17 October 2020
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Revision as of 17:01, 17 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Innovative technology for demersal sediment exploitation for fertilisation |
Project in Poland financed by DG Regio |
Statements
58,002.0 zloty
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84,000.0 zloty
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69.05 percent
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1 April 2016
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31 December 2016
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ŁUKOMET - KRZYSZTOF ŁUSZCZYK
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52°4'41.9"N, 21°15'2.9"E
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Celem projektu jest opracowanie innowacyjnej technologii wydobywania antropogenicznych osadów dennych z dna kanałów, zbiorników retencyjnych, jezior oraz stawów rybnych z możliwością ich wykorzystania do nawożenia. Cechą znamienną proponowanej technologii jest poruszanie się urządzenia pobierającego osady, o maksymalnej koncentracji składnika stałego, po dnie z jednoczesną minimalizacją zmącenia wody. Tego rodzaju technologii nie stosowano dotychczas na świecie. Urządzenie pobierające będzie wyposażone w cztery pompy wyporowe typu "Mohno" umożliwiające transport rurociągiem na odległość do około 800 m. W wersji modelowej urządzenie będzie przemieszczane po dnie za pomocą wciągarki linowej z prędkością skojarzoną z konsystometrem urobku umieszczonym na rurociągu, co zapewni maksymalizację koncentracji składnika stałego. Zadanie będzie zawierało kolejne działania, a mianowicie: opracowanie projektu urządzenia zgodnie z wzorem użytkowym, wykonanie, wykonanie badań w terenie, ocena działania, oraz ocena właściwości wydobytego osadu i wykonanie ewentualnych poprawek w jego konstrukcji, ponowne sprawdzenie działania a następnie wdrożenie do produkcji. Realizacją będzie zajmował się zespół złożony z pracowników firmy Łukomet oraz Instytutu Technologiczno - Pzryrodniczego w Falentach, Oddział w Warszawie. W dalszym rozwoju opisanej technologii planuje się wykonanie samojezdnego urządzenia przemieszczającego się za pomocą dwóch napędów ślimakowych, co zwiększy jego atrakcyjność dla potencjalnych nabywców dla stawów rybnych. Sprawdzenie słuszności realizacji projektowanej technologii umożliwi rozwój wykorzystania antropogenicznych osadów dennych do nawożenia pól w rolnictwie. (Polish)
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The aim of the project is to develop an innovative technology for extracting anthropogenic bottom sediments from the bottom of canals, retention tanks, lakes and fish ponds with the possibility of using them for fertilisation. A significant feature of the proposed technology is the movement of the sediment extraction device, with the maximum concentration of the solid component, on the bottom, while minimising water muddying. Such technologies have not yet been used in the world. The pick-up device will be equipped with four “Mohno” type displacement pumps for transport by pipeline up to a distance of about 800 m. In the model version, the device will be moved on the bottom using a rope winch at a speed associated with the output consistency on the pipeline, which will maximise concentration of the solid component. The task will include further actions, namely: development of the device design according to the utility model, execution, field testing, performance assessment, and evaluation of the properties of the extracted sludge and possible corrections to its construction, re-checking operation and subsequent implementation into production. The implementation will be carried out by a team composed of employees of the Łukomet company and the Institute of Technology and Pzryrodniczy in Falenty, Branch in Warsaw. In the further development of this technology, it is planned to make a self-propelled device using two cochlear drives, which will increase its attractiveness to potential buyers for fish ponds. Testing the correctness of the projected technology will allow the development of the use of anthropogenic bottom sediments to fertilise fields in agriculture. (English)
17 October 2020
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Identifiers
RPMA.01.02.00-14-4539/16
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