Increasing the competitiveness and export potential of the company EKAGRO of Słupsk, through the use of eco-efficient technologies in the earthworm culture process. (Q121024): Difference between revisions
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(Removed claim: summary (P836): The transfer of earthworm farms, which are fishing bait from the open air system, to the passive station and the host tunnel, which can be reared throughout the year without seasonal fluctuations. Therefore, there will be more than a 300 % increase in production. The walls and the roof of the arena will be covered with a 12-14 cm layer of polyurethane as insulator, which will enable the heating system to be eliminated from the heating system,...) |
(Created claim: summary (P836): Transfer of earthworm farming, which is a fishing lure from an outdoor channel system, into a passive hall and an incubatory breeding tunnel, in which breeding can be carried out throughout the year without hesitation due to seasonality. In view of the above, there will be a more than 300 % increase in production. The walls and roof of the hall will be covered with a layer of polyurethane as an insulator, which will enable the heating system to...) |
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Transfer of earthworm farming, which is a fishing lure from an outdoor channel system, into a passive hall and an incubatory breeding tunnel, in which breeding can be carried out throughout the year without hesitation due to seasonality. In view of the above, there will be a more than 300 % increase in production. The walls and roof of the hall will be covered with a layer of polyurethane as an insulator, which will enable the heating system to be eliminated from the process, because the heat emitted by earthworms will be sufficient to maintain optimal climatic conditions (intensification of farming on a small surface affects heat generation). The use of innovative ventilation systems, recuperation system, water mist system for cooling and monitoring of climatic conditions in the hall and incubator tunnel will allow breeding in the most optimal conditions for earthworm growth. The specification of these conditions was developed as a result of the R & D work. (English) | |||||||||||||||
| Property / summary: Transfer of earthworm farming, which is a fishing lure from an outdoor channel system, into a passive hall and an incubatory breeding tunnel, in which breeding can be carried out throughout the year without hesitation due to seasonality. In view of the above, there will be a more than 300 % increase in production. The walls and roof of the hall will be covered with a layer of polyurethane as an insulator, which will enable the heating system to be eliminated from the process, because the heat emitted by earthworms will be sufficient to maintain optimal climatic conditions (intensification of farming on a small surface affects heat generation). The use of innovative ventilation systems, recuperation system, water mist system for cooling and monitoring of climatic conditions in the hall and incubator tunnel will allow breeding in the most optimal conditions for earthworm growth. The specification of these conditions was developed as a result of the R & D work. (English) / rank | |||||||||||||||
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| Property / summary: Transfer of earthworm farming, which is a fishing lure from an outdoor channel system, into a passive hall and an incubatory breeding tunnel, in which breeding can be carried out throughout the year without hesitation due to seasonality. In view of the above, there will be a more than 300 % increase in production. The walls and roof of the hall will be covered with a layer of polyurethane as an insulator, which will enable the heating system to be eliminated from the process, because the heat emitted by earthworms will be sufficient to maintain optimal climatic conditions (intensification of farming on a small surface affects heat generation). The use of innovative ventilation systems, recuperation system, water mist system for cooling and monitoring of climatic conditions in the hall and incubator tunnel will allow breeding in the most optimal conditions for earthworm growth. The specification of these conditions was developed as a result of the R & D work. (English) / qualifier | |||||||||||||||
point in time: 21 October 2020
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Revision as of 09:14, 21 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Increasing the competitiveness and export potential of the company EKAGRO of Słupsk, through the use of eco-efficient technologies in the earthworm culture process. |
Project in Poland financed by DG Regio |
Statements
769,300.0 zloty
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1,570,000.0 zloty
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49.0 percent
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1 May 2016
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31 December 2021
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"EKAGRO" PRZEDSIĘBIORSTWO ROLNO-PRZEMYSŁOWE MIROSŁAW HANUSZEWICZ
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Przeniesienie hodowli dżdżownic, stanowiących przynętę wędkarską z systemu korytowego na świeżym powietrzu, do hali pasywnej i tunelu hodowlanego inkubatoryjnego, w których hodowla będzie mogła być prowadzona przez cały rok bez wahań spowodowanych sezonowością. W związku z powyższym, nastąpi ponad 300% wzrost produkcji. Ściany i dach hali pokryte będą 12-14 cm warstwą poliuretanu jako izolatora, co umożliwi wyeliminowanie z procesu systemu grzewczego, ponieważ ciepło wydzielane przez dżdżownice będzie wystarczające do utrzymania optymalnych warunków klimatycznych (intensyfikacja hodowli na małej powierzchni wpływa na wydzielanie przez nie ciepła). Zastosowanie innowacyjnych systemów wentylacji, systemu rekuperacji, systemu mgiełki wodnej do chłodzenia i systemu monitoringu warunków klimatycznych w hali i tunelu inkubatoryjnym, pozwoli na prowadzenie hodowli w warunkach najbardziej optymalnych dla wzrostu dżdżownic. Specyfikacja tych warunków została opracowana w wyniku prac B+R. (Polish)
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Transfer of earthworm farming, which is a fishing lure from an outdoor channel system, into a passive hall and an incubatory breeding tunnel, in which breeding can be carried out throughout the year without hesitation due to seasonality. In view of the above, there will be a more than 300 % increase in production. The walls and roof of the hall will be covered with a layer of polyurethane as an insulator, which will enable the heating system to be eliminated from the process, because the heat emitted by earthworms will be sufficient to maintain optimal climatic conditions (intensification of farming on a small surface affects heat generation). The use of innovative ventilation systems, recuperation system, water mist system for cooling and monitoring of climatic conditions in the hall and incubator tunnel will allow breeding in the most optimal conditions for earthworm growth. The specification of these conditions was developed as a result of the R & D work. (English)
21 October 2020
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Identifiers
RPPM.02.02.01-22-0313/16
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