Innovative technology for the comprehensive management of the different fractions of the construction of the construction spoil of demolition waste from demolition waste (Q80009): Difference between revisions
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(Removed claim: summary (P836): The project is a response to the problem of construction and demolition waste, one of Europe’s largest waste stream and technical constraints that do not allow them to be processed fully.It concerns the development and testing of a large-scale construction technology of a rich construction fraction of construction spoil from the total mass of demolition waste and the selection of the method of cleaning the thick fraction.The planned part of th...) |
(Created claim: summary (P836): The project responds to the problem of construction and demolition waste, which is one of the largest waste streams in Europe and the existing technical constraints that do not allow it to be fully processed. It concerns the development and testing of the proprietary technology of comprehensive management of building debris grain fractions separated from the total mass of demolition waste and selection of the method of purification of thick frac...) |
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The project responds to the problem of construction and demolition waste, which is one of the largest waste streams in Europe and the existing technical constraints that do not allow it to be fully processed. It concerns the development and testing of the proprietary technology of comprehensive management of building debris grain fractions separated from the total mass of demolition waste and selection of the method of purification of thick fractions. The planned research part of the project includes comprehensive development of all material fractions obtained from debris. Testing of coarse grain fractions will be aimed at assessing their suitability as an alternative aggregate for high-strength construction concrete that meets the requirements of PN EN standard. The second challenge will be the development of small fractions. At present, they are treated as a low-use waste material. The study assumes that these fractions can be used as: a wholesome component of the raw material bearing for the production of Portland clinker, heavy metal sorbent and other impurities in the aquatic environment; sorbent acidic impurities for the treatment of industrial waste gases; hydraulically active component of building mortar; materials for antacid industrial waste water; This will increase the use of secondary raw materials, which are currently minimally used in industry. In the case of raw materials such as building debris, slabs and plaster mortars for re-use, it is necessary to sort them and appropriate fragmentation. The applicant shall have the experience, technical and personnel resources to implement the project. As part of subcontracting, the involvement of the scientific unit is planned. The funding will contribute to the implementation of technology, which will result in improving the competitiveness of the Polish economy. (English) | |||||||||||||||
| Property / summary: The project responds to the problem of construction and demolition waste, which is one of the largest waste streams in Europe and the existing technical constraints that do not allow it to be fully processed. It concerns the development and testing of the proprietary technology of comprehensive management of building debris grain fractions separated from the total mass of demolition waste and selection of the method of purification of thick fractions. The planned research part of the project includes comprehensive development of all material fractions obtained from debris. Testing of coarse grain fractions will be aimed at assessing their suitability as an alternative aggregate for high-strength construction concrete that meets the requirements of PN EN standard. The second challenge will be the development of small fractions. At present, they are treated as a low-use waste material. The study assumes that these fractions can be used as: a wholesome component of the raw material bearing for the production of Portland clinker, heavy metal sorbent and other impurities in the aquatic environment; sorbent acidic impurities for the treatment of industrial waste gases; hydraulically active component of building mortar; materials for antacid industrial waste water; This will increase the use of secondary raw materials, which are currently minimally used in industry. In the case of raw materials such as building debris, slabs and plaster mortars for re-use, it is necessary to sort them and appropriate fragmentation. The applicant shall have the experience, technical and personnel resources to implement the project. As part of subcontracting, the involvement of the scientific unit is planned. The funding will contribute to the implementation of technology, which will result in improving the competitiveness of the Polish economy. (English) / rank | |||||||||||||||
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| Property / summary: The project responds to the problem of construction and demolition waste, which is one of the largest waste streams in Europe and the existing technical constraints that do not allow it to be fully processed. It concerns the development and testing of the proprietary technology of comprehensive management of building debris grain fractions separated from the total mass of demolition waste and selection of the method of purification of thick fractions. The planned research part of the project includes comprehensive development of all material fractions obtained from debris. Testing of coarse grain fractions will be aimed at assessing their suitability as an alternative aggregate for high-strength construction concrete that meets the requirements of PN EN standard. The second challenge will be the development of small fractions. At present, they are treated as a low-use waste material. The study assumes that these fractions can be used as: a wholesome component of the raw material bearing for the production of Portland clinker, heavy metal sorbent and other impurities in the aquatic environment; sorbent acidic impurities for the treatment of industrial waste gases; hydraulically active component of building mortar; materials for antacid industrial waste water; This will increase the use of secondary raw materials, which are currently minimally used in industry. In the case of raw materials such as building debris, slabs and plaster mortars for re-use, it is necessary to sort them and appropriate fragmentation. The applicant shall have the experience, technical and personnel resources to implement the project. As part of subcontracting, the involvement of the scientific unit is planned. The funding will contribute to the implementation of technology, which will result in improving the competitiveness of the Polish economy. (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 10:49, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Innovative technology for the comprehensive management of the different fractions of the construction of the construction spoil of demolition waste from demolition waste |
Project in Poland financed by DG Regio |
Statements
5,434,979.28 zloty
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13,258,967.3 zloty
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40.99 percent
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1 October 2017
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31 July 2020
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REMONDIS SPÓŁKA Z OGRANICZONA ODPOWIEDZIALNOSCIA
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50°16'16.3"N, 19°12'56.2"E
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Projekt jest odpowiedzią na problem odpadów budowlanych i rozbiórkowych, stanowiących jeden z największych strumieniu odpadów w Europie oraz istniejące techniczne ograniczenia niepozwalające na ich pełne przetworzenie. Dotyczy opracowania i przetestowania autorskiej technologii kompleksowego zagospodarowania frakcji ziarnowych gruzu budowlanego wydzielonego z całkowitej masy odpadów rozbiórkowych oraz doboru sposobu oczyszczania grubych frakcji. Zaplanowana część badawcza projektu obejmuje kompleksowe zagospodarowanie wszystkich frakcji materiałowych uzyskiwanych z gruzu. Badania grubych frakcji ziarnowych ukierunkowane będą na ocenę ich przydatności jako alternatywnego kruszywa do betonów konstrukcyjnych o wysokiej wytrzymałości, spełniających wymagania normy PN EN. Drugim wyzwaniem będzie zagospodarowanie frakcji drobnych. Obecnie, traktowane są one jako nisko użyteczny materiał odpadowy. Badania zakładają możliwość wykorzystania tych frakcji jako: o pełnowartościowego składnika namiaru surowcowego do produkcji klinkieru portlandzkiego, o sorbentu metali ciężkich i innych zanieczyszczeń w środowisku wodnym; o sorbentu kwaśnych zanieczyszczeń do oczyszczania przemysłowych gazów odlotowych; o aktywnego hydraulicznie składnika zapraw budowlanych; o materiału do zobojętniania kwaśnych ścieków przemysłowych; Pozwoli to na zwiększenie wykorzystania wtórnego surowców, które obecnie znajdują minimalne zastosowanie w przemyśle. W przypadku surowców takich jak np. gruz budowlany, płyty i zaprawy gipsowe w celu ich ponownego wykorzystania niezbędne jest ich posortowanie oraz odpowiednie rozdrobnienie. Wnioskodawca posiada doświadczenie, zasoby techniczne i kadrowe do realizacji projektu. W ramach podwykonawstwa planowane jest zaangażowanie jednostki naukowej. Dofinansowanie przyczyni się do wdrożenia technologii, której efektem będzie poprawa konkurencyjności polskiej gospodarki. (Polish)
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The project responds to the problem of construction and demolition waste, which is one of the largest waste streams in Europe and the existing technical constraints that do not allow it to be fully processed. It concerns the development and testing of the proprietary technology of comprehensive management of building debris grain fractions separated from the total mass of demolition waste and selection of the method of purification of thick fractions. The planned research part of the project includes comprehensive development of all material fractions obtained from debris. Testing of coarse grain fractions will be aimed at assessing their suitability as an alternative aggregate for high-strength construction concrete that meets the requirements of PN EN standard. The second challenge will be the development of small fractions. At present, they are treated as a low-use waste material. The study assumes that these fractions can be used as: a wholesome component of the raw material bearing for the production of Portland clinker, heavy metal sorbent and other impurities in the aquatic environment; sorbent acidic impurities for the treatment of industrial waste gases; hydraulically active component of building mortar; materials for antacid industrial waste water; This will increase the use of secondary raw materials, which are currently minimally used in industry. In the case of raw materials such as building debris, slabs and plaster mortars for re-use, it is necessary to sort them and appropriate fragmentation. The applicant shall have the experience, technical and personnel resources to implement the project. As part of subcontracting, the involvement of the scientific unit is planned. The funding will contribute to the implementation of technology, which will result in improving the competitiveness of the Polish economy. (English)
14 October 2020
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Identifiers
POIR.01.02.00-00-0087/17
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