A modern technology for the bioremediation of creosote oil on the premises of the Nasicalan Podlinów Spółka Akcyjna in Koźna Wielkopolski (Q83974): Difference between revisions
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(Removed claim: summary (P836): The project is based on the original novel bioremediation of contaminated land in the Napocali Polinów S.A. in Koźmina Wielkopolski, which has a pressure on creosote oil.The developed technology, combining bioaugmentation and enzyme biomediation, takes into account all aspects of biological, physical, chemical and technical nature, which are currently being considered in the literature.The schedule of tasks shall consist of ten steps to be all...) |
(Created claim: summary (P836): The subject of the project is the original innovative technology of bioremediation of contaminated land in the saturated area of Podkładów S.A. in Koźmin Wielkopolska, which impregnates wood products with creosote oil. The developed technology, combining bioaugmentation and enzymatic bioremediation, takes into account all aspects of biological, physical, chemical and technical nature that are currently considered in professional literature. The...) |
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The subject of the project is the original innovative technology of bioremediation of contaminated land in the saturated area of Podkładów S.A. in Koźmin Wielkopolska, which impregnates wood products with creosote oil. The developed technology, combining bioaugmentation and enzymatic bioremediation, takes into account all aspects of biological, physical, chemical and technical nature that are currently considered in professional literature. The schedule of tasks consists of ten steps assigned to joint research units: University of Technology of Lodz, Institute of Wood Technology, Poznań University of Technology, with many years of experience in solving microbiological, biochemical and technological problems in hydrocarbon biodegradation processes and industrial partner. Step 1.-Quality and quantitative analysis of the composition of impurity in soil contaminated with creosote oil. Step 2.-Isolation and characterisation of micro-organisms from areas contaminated with creosote oil. Stage 3 biochemical analysis of the contamination site. Step 4.-Skrining fungal enzyme preparations, selection of biopreparates. Stage 5.-Developing modern bioremediation technology of contaminated land. Stage 6-Pilot bioremediation under laboratory conditions, including different variants of bioremediation solutions. Step 7 – Field research on the bioremediation of creosote-polluted land at the Podkład S.A. saturated area (quarter-technical studies and tests on the technical scale – area 818 m²) Step 8.-Monitoring biochemical and microbiological parameters during the cleaning process of soil contaminated with creosote oil. Stage 9 – Substantive and technological supervision over the production of biopreparations in the Technology Park and field works in the saturated area. Step 10.-Research changes in oil content kr (English) | |||||||||||||||
| Property / summary: The subject of the project is the original innovative technology of bioremediation of contaminated land in the saturated area of Podkładów S.A. in Koźmin Wielkopolska, which impregnates wood products with creosote oil. The developed technology, combining bioaugmentation and enzymatic bioremediation, takes into account all aspects of biological, physical, chemical and technical nature that are currently considered in professional literature. The schedule of tasks consists of ten steps assigned to joint research units: University of Technology of Lodz, Institute of Wood Technology, Poznań University of Technology, with many years of experience in solving microbiological, biochemical and technological problems in hydrocarbon biodegradation processes and industrial partner. Step 1.-Quality and quantitative analysis of the composition of impurity in soil contaminated with creosote oil. Step 2.-Isolation and characterisation of micro-organisms from areas contaminated with creosote oil. Stage 3 biochemical analysis of the contamination site. Step 4.-Skrining fungal enzyme preparations, selection of biopreparates. Stage 5.-Developing modern bioremediation technology of contaminated land. Stage 6-Pilot bioremediation under laboratory conditions, including different variants of bioremediation solutions. Step 7 – Field research on the bioremediation of creosote-polluted land at the Podkład S.A. saturated area (quarter-technical studies and tests on the technical scale – area 818 m²) Step 8.-Monitoring biochemical and microbiological parameters during the cleaning process of soil contaminated with creosote oil. Stage 9 – Substantive and technological supervision over the production of biopreparations in the Technology Park and field works in the saturated area. Step 10.-Research changes in oil content kr (English) / rank | |||||||||||||||
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| Property / summary: The subject of the project is the original innovative technology of bioremediation of contaminated land in the saturated area of Podkładów S.A. in Koźmin Wielkopolska, which impregnates wood products with creosote oil. The developed technology, combining bioaugmentation and enzymatic bioremediation, takes into account all aspects of biological, physical, chemical and technical nature that are currently considered in professional literature. The schedule of tasks consists of ten steps assigned to joint research units: University of Technology of Lodz, Institute of Wood Technology, Poznań University of Technology, with many years of experience in solving microbiological, biochemical and technological problems in hydrocarbon biodegradation processes and industrial partner. Step 1.-Quality and quantitative analysis of the composition of impurity in soil contaminated with creosote oil. Step 2.-Isolation and characterisation of micro-organisms from areas contaminated with creosote oil. Stage 3 biochemical analysis of the contamination site. Step 4.-Skrining fungal enzyme preparations, selection of biopreparates. Stage 5.-Developing modern bioremediation technology of contaminated land. Stage 6-Pilot bioremediation under laboratory conditions, including different variants of bioremediation solutions. Step 7 – Field research on the bioremediation of creosote-polluted land at the Podkład S.A. saturated area (quarter-technical studies and tests on the technical scale – area 818 m²) Step 8.-Monitoring biochemical and microbiological parameters during the cleaning process of soil contaminated with creosote oil. Stage 9 – Substantive and technological supervision over the production of biopreparations in the Technology Park and field works in the saturated area. Step 10.-Research changes in oil content kr (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 | A modern technology for the bioremediation of creosote oil on the premises of the Nasicalan Podlinów Spółka Akcyjna in Koźna Wielkopolski |
Project in Poland financed by DG Regio |
Statements
920,997.22 zloty
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1,129,224.52 zloty
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81.56 percent
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2 May 2018
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30 April 2021
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INSTYTUT TECHNOLOGII DREWNA
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Przedmiotem projektu jest oryginalna nowatorska technologia bioremediacji skażonych gruntów na terenie Nasycalni Podkładów S.A. w Koźminie Wielkopolskim impregnującej ciśnieniowo wyroby z drewna olejem kreozotowym. Opracowana technologia, łącząca bioaugmentację i bioremediację enzymatyczną, uwzględnia wszystkie aspekty natury biologicznej, fizycznej, chemicznej i technicznej, rozważane aktualnie w literaturze fachowej. Harmonogram zadań zakłada dziesięć etapów przypisanych do wspólnie działających jednostek naukowych: Politechniki Łódzkiej, Instytutu Technologii Drewna, Politechniki Poznańskiej, posiadających wieloletnie doświadczenie w rozwiązywaniu problemów mikrobiologicznych, biochemicznych i technologicznych w procesach biodegradacji węglowodorów oraz partnera przemysłowego. Etap 1.-Analizy jakościowe i ilościowe składu zanieczyszczenia w glebie skażonej olejem kreozotowym. Etap 2.-Izolacja i charakterystyka mikroorganizmów z terenów zanieczyszczonych olejem kreozotowym. Etap 3.-Analizy biochemiczne miejsca skażenia. Etap 4.-Skrining grzybowych preparatów enzymatycznych, dobór biopreparatów. Etap 5.-Opracowanie nowoczesnej technologii bioremediacji skażonego terenu. Etap 6.-Pilotażowa bioremediacja w warunkach laboratoryjnych, obejmująca różne warianty rozwiązań bioremediacyjnych. Etap 7.-Badania terenowe bioremediacji gruntów zanieczyszczonych kreozotem na terenie Nasycalni Podkładów S.A (badania w skali ćwierćtechnicznej i testy w skali technicznej – obszar 818 m2) Etap 8.-Monitorowanie parametrów biochemicznych i mikrobiologicznych podczas procesu oczyszczania gruntu skażonego olejem kreozotowym. Etap 9.-Nadzór merytoryczny i technologiczny nad produkcją biopreparatów w Parku Technologicznym i pracami polowymi na terenie Nasycalni. Etap 10.-Badania zmian zawartości oleju kr (Polish)
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The subject of the project is the original innovative technology of bioremediation of contaminated land in the saturated area of Podkładów S.A. in Koźmin Wielkopolska, which impregnates wood products with creosote oil. The developed technology, combining bioaugmentation and enzymatic bioremediation, takes into account all aspects of biological, physical, chemical and technical nature that are currently considered in professional literature. The schedule of tasks consists of ten steps assigned to joint research units: University of Technology of Lodz, Institute of Wood Technology, Poznań University of Technology, with many years of experience in solving microbiological, biochemical and technological problems in hydrocarbon biodegradation processes and industrial partner. Step 1.-Quality and quantitative analysis of the composition of impurity in soil contaminated with creosote oil. Step 2.-Isolation and characterisation of micro-organisms from areas contaminated with creosote oil. Stage 3 biochemical analysis of the contamination site. Step 4.-Skrining fungal enzyme preparations, selection of biopreparates. Stage 5.-Developing modern bioremediation technology of contaminated land. Stage 6-Pilot bioremediation under laboratory conditions, including different variants of bioremediation solutions. Step 7 – Field research on the bioremediation of creosote-polluted land at the Podkład S.A. saturated area (quarter-technical studies and tests on the technical scale – area 818 m²) Step 8.-Monitoring biochemical and microbiological parameters during the cleaning process of soil contaminated with creosote oil. Stage 9 – Substantive and technological supervision over the production of biopreparations in the Technology Park and field works in the saturated area. Step 10.-Research changes in oil content kr (English)
14 October 2020
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Identifiers
POIR.04.01.02-00-0057/17
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