Implementation of the new intensive waste heap in the opencast mines at “SZAREK” Building plant “SZAREK”, Czesław Szrek (Q82498): Difference between revisions
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(Removed claim: summary (P836): The project consists of the implementation of innovative waste heap treatment technology of high concentration in surface mines for the deposits of sedimentary rock.As a result of the project, a new product will be offered to the extent that the weight of stabilisation will be at different degrees of fragmentation.The technology is:To increase the efficiency of the processing of spoils, all waste will be transformed into a commercial product,...) |
(Created claim: summary (P836): The subject of the project is the implementation of an innovative technology for processing heaps with high clay in opencast mines for deposits of sedimentary rocks. As a result of the project, a new product will be offered, which will be stabilisation masses with continuous grains with varying degrees of fragmentation. The essence of technology is: — increasing the efficiency of processing of the debris, – the entire waste will be transformed i...) |
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The subject of the project is the implementation of an innovative technology for processing heaps with high clay in opencast mines for deposits of sedimentary rocks. As a result of the project, a new product will be offered, which will be stabilisation masses with continuous grains with varying degrees of fragmentation. The essence of technology is: — increasing the efficiency of processing of the debris, – the entire waste will be transformed into commercial products, – minimising the environmental impact, – enabling access to the deposit on which old heaps are located. The developed “new intensive heap processing technology with high melting in opencast mines for deposits of sedimentary rocks” is a completely waste-free technology. The application of which the mine area will not leave a tonne of material in the form of unprocessed material, located so far on the slide, and the production of new goods will become a source of additional revenue instead of the previous cost. By implementing a policy of reducing the amount of waste generated, the mine becomes an environmentally friendly company. The unconventional approach to solving the problem of mining heaps, creating new goods, finding a market for manufactured products from after-care waste is a breakthrough. (English) | |||||||||||||||
| Property / summary: The subject of the project is the implementation of an innovative technology for processing heaps with high clay in opencast mines for deposits of sedimentary rocks. As a result of the project, a new product will be offered, which will be stabilisation masses with continuous grains with varying degrees of fragmentation. The essence of technology is: — increasing the efficiency of processing of the debris, – the entire waste will be transformed into commercial products, – minimising the environmental impact, – enabling access to the deposit on which old heaps are located. The developed “new intensive heap processing technology with high melting in opencast mines for deposits of sedimentary rocks” is a completely waste-free technology. The application of which the mine area will not leave a tonne of material in the form of unprocessed material, located so far on the slide, and the production of new goods will become a source of additional revenue instead of the previous cost. By implementing a policy of reducing the amount of waste generated, the mine becomes an environmentally friendly company. The unconventional approach to solving the problem of mining heaps, creating new goods, finding a market for manufactured products from after-care waste is a breakthrough. (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: The subject of the project is the implementation of an innovative technology for processing heaps with high clay in opencast mines for deposits of sedimentary rocks. As a result of the project, a new product will be offered, which will be stabilisation masses with continuous grains with varying degrees of fragmentation. The essence of technology is: — increasing the efficiency of processing of the debris, – the entire waste will be transformed into commercial products, – minimising the environmental impact, – enabling access to the deposit on which old heaps are located. The developed “new intensive heap processing technology with high melting in opencast mines for deposits of sedimentary rocks” is a completely waste-free technology. The application of which the mine area will not leave a tonne of material in the form of unprocessed material, located so far on the slide, and the production of new goods will become a source of additional revenue instead of the previous cost. By implementing a policy of reducing the amount of waste generated, the mine becomes an environmentally friendly company. The unconventional approach to solving the problem of mining heaps, creating new goods, finding a market for manufactured products from after-care waste is a breakthrough. (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 11:41, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Implementation of the new intensive waste heap in the opencast mines at “SZAREK” Building plant “SZAREK”, Czesław Szrek |
Project in Poland financed by DG Regio |
Statements
6,000,000.0 zloty
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10,980,000.0 zloty
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54.64 percent
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1 August 2016
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31 March 2017
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ZAKŁAD BUDOWLANY „SZAREK” CZESŁAW SZAREK
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Przedmiotem projektu jest wdrożenie innowacyjnej technologii przerobu hałd o dużym zaglinieniu w kopalniach odkrywkowych dla złóż skał osadowych. W wyniku realizacji projektu będzie oferowany nowy produkt jakim będą masy stabilizacyjne o uziarnieniu ciągłym o różnym stopniu rozdrobnienia. Istotą technologii jest: - zwiększenie efektywności przetworzenia urobku ze zwałowisk, - całość odpadów zostanie przekształcona w produkty handlowe, - minimalizacja oddziaływania na środowisko, - umożliwienie dostępu do złoża, na którym znajdują się stare hałdy. Opracowana „nowa intensywna technologia przerobu hałd o dużym zaglinieniu w kopalniach odkrywkowych dla złóż skał osadowych” jest technologią całkowicie bezodpadową. Przy zastosowaniu której terenu kopalni nie będzie opuszczać ani jedna tona materiału w postaci nieprzerobionej, lokowanej dotychczas na zwałowisku, zaś produkcja nowych towarów stanie się źródłem dodatkowego przychodu w miejsce dotychczasowego kosztu. Realizując politykę ograniczania ilości wytwarzanych odpadów, kopalnia staje się przedsiębiorstwem proekologicznym i przyjaznym otoczeniu. Niekonwencjonalne podejście do rozwiązania problemu, jakim są kopalniane hałdy, wytworzenie nowych towarów, znalezienie rynku zbytu na wytworzone produkty z odpadu poeksploatacyjnego, jest przełomowym rozwiązaniem. (Polish)
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The subject of the project is the implementation of an innovative technology for processing heaps with high clay in opencast mines for deposits of sedimentary rocks. As a result of the project, a new product will be offered, which will be stabilisation masses with continuous grains with varying degrees of fragmentation. The essence of technology is: — increasing the efficiency of processing of the debris, – the entire waste will be transformed into commercial products, – minimising the environmental impact, – enabling access to the deposit on which old heaps are located. The developed “new intensive heap processing technology with high melting in opencast mines for deposits of sedimentary rocks” is a completely waste-free technology. The application of which the mine area will not leave a tonne of material in the form of unprocessed material, located so far on the slide, and the production of new goods will become a source of additional revenue instead of the previous cost. By implementing a policy of reducing the amount of waste generated, the mine becomes an environmentally friendly company. The unconventional approach to solving the problem of mining heaps, creating new goods, finding a market for manufactured products from after-care waste is a breakthrough. (English)
14 October 2020
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Identifiers
POIR.03.02.02-00-0361/16
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