Agro-activ: activator soil fertility (Q127191): Difference between revisions
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(Removed claim: summary (P836): Traditional mineral fertilisation moves to the lagoon. The project responds to the challenges of modern agriculture, which, despite increasing production levels, cannot lead to a devastating impact on the environment. The research carried out so far confirms the validity of our approach and the implementation of the project will allow them to continue and implement a product with a high potential. The objectives are to: (1) minimise environmen...) |
(Created claim: summary (P836): Traditional mineral fertilisation goes to the lamus. The project is a response to the challenges facing modern agriculture, which, despite increasing the level of production, cannot produce destructive effects on the environment. The research carried out so far confirms the rightness of our concept, and the implementation of the Project will allow them to continue and implement a product with high potential. The objectives shall be: (1) minimise...) |
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Traditional mineral fertilisation goes to the lamus. The project is a response to the challenges facing modern agriculture, which, despite increasing the level of production, cannot produce destructive effects on the environment. The research carried out so far confirms the rightness of our concept, and the implementation of the Project will allow them to continue and implement a product with high potential. The objectives shall be: (1) minimise environmental pollution through efficient management of waste (including those generated in the agricultural sector), (2) bring benefits in the form of an environmentally friendly product (organic mineral fertiliser) preventing soil degradation. Fertiliser will be an innovative solution for ‘tired’ soils where physical properties have deteriorated, negative changes in the biological state have occurred, yields have been reduced despite intensive cultivation and high doses of mineral fertilisers. Thanks to the content of organic compounds, the fertiliser will have a decaying effect. Innovation is also a form of fertiliser – it will be the first granulated fertiliser containing Effective Microorganisms. The project covers 3 tasks: industrial research, development, implementation work – research stages (1) development of waste treatment with the development of fertiliser composition, (2) development of fertiliser granulation and (3) field studies verifying the effectiveness of its operation. As part of the implementation of the project, research posts will be created. The project’s objective is in line with the objective of Measure 1.2 of the WWW ROP – it concerns the development of an innovative product. The scope of the project is compatible with RIS “Modern agriculture and food processing”. The product resulting from the project – made on the basis of waste for fertilising purposes – fits perfectly in the sub-area “Optimising methods for the disposal of by-products and industrial waste (...) allowing their use in the field of energy, fertilisation.” (English) | |||||||||||||||
| Property / summary: Traditional mineral fertilisation goes to the lamus. The project is a response to the challenges facing modern agriculture, which, despite increasing the level of production, cannot produce destructive effects on the environment. The research carried out so far confirms the rightness of our concept, and the implementation of the Project will allow them to continue and implement a product with high potential. The objectives shall be: (1) minimise environmental pollution through efficient management of waste (including those generated in the agricultural sector), (2) bring benefits in the form of an environmentally friendly product (organic mineral fertiliser) preventing soil degradation. Fertiliser will be an innovative solution for ‘tired’ soils where physical properties have deteriorated, negative changes in the biological state have occurred, yields have been reduced despite intensive cultivation and high doses of mineral fertilisers. Thanks to the content of organic compounds, the fertiliser will have a decaying effect. Innovation is also a form of fertiliser – it will be the first granulated fertiliser containing Effective Microorganisms. The project covers 3 tasks: industrial research, development, implementation work – research stages (1) development of waste treatment with the development of fertiliser composition, (2) development of fertiliser granulation and (3) field studies verifying the effectiveness of its operation. As part of the implementation of the project, research posts will be created. The project’s objective is in line with the objective of Measure 1.2 of the WWW ROP – it concerns the development of an innovative product. The scope of the project is compatible with RIS “Modern agriculture and food processing”. The product resulting from the project – made on the basis of waste for fertilising purposes – fits perfectly in the sub-area “Optimising methods for the disposal of by-products and industrial waste (...) allowing their use in the field of energy, fertilisation.” (English) / rank | |||||||||||||||
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| Property / summary: Traditional mineral fertilisation goes to the lamus. The project is a response to the challenges facing modern agriculture, which, despite increasing the level of production, cannot produce destructive effects on the environment. The research carried out so far confirms the rightness of our concept, and the implementation of the Project will allow them to continue and implement a product with high potential. The objectives shall be: (1) minimise environmental pollution through efficient management of waste (including those generated in the agricultural sector), (2) bring benefits in the form of an environmentally friendly product (organic mineral fertiliser) preventing soil degradation. Fertiliser will be an innovative solution for ‘tired’ soils where physical properties have deteriorated, negative changes in the biological state have occurred, yields have been reduced despite intensive cultivation and high doses of mineral fertilisers. Thanks to the content of organic compounds, the fertiliser will have a decaying effect. Innovation is also a form of fertiliser – it will be the first granulated fertiliser containing Effective Microorganisms. The project covers 3 tasks: industrial research, development, implementation work – research stages (1) development of waste treatment with the development of fertiliser composition, (2) development of fertiliser granulation and (3) field studies verifying the effectiveness of its operation. As part of the implementation of the project, research posts will be created. The project’s objective is in line with the objective of Measure 1.2 of the WWW ROP – it concerns the development of an innovative product. The scope of the project is compatible with RIS “Modern agriculture and food processing”. The product resulting from the project – made on the basis of waste for fertilising purposes – fits perfectly in the sub-area “Optimising methods for the disposal of by-products and industrial waste (...) allowing their use in the field of energy, fertilisation.” (English) / qualifier | |||||||||||||||
point in time: 21 October 2020
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Revision as of 11:10, 21 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Agro-activ: activator soil fertility |
Project in Poland financed by DG Regio |
Statements
2,316,912.0 zloty
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3,304,940.0 zloty
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70.1 percent
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2 January 2019
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30 April 2021
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AGRO-ACTIV SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ
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Tradycyjne nawożenie mineralne odchodzi do lamusa. Projekt jest odpowiedzią na wyzwania stojące przed nowoczesnym rolnictwem, które mimo zwiększania poziomu produkcji nie może generować destrukcyjnego wpływu na środowisko. Dotychczas przeprowadzone badania potwierdzają słuszność naszej koncepcji, a realizacja Projektu pozwoli na ich kontynuację i wdrożenie produktu o dużym potencjale. Celami są: (1) zminimalizować zanieczyszczenie środowiska dzięki efektywnemu zagospodarowaniu odpadów (w tym generowanych w sektorze rolnictwa), (2) przynieść korzyści w postaci przyjaznego środowisku produktu (nawozu organiczno-mineralnego) zapobiegającego degradacji gleb. Nawóz będzie stanowił innowacyjne rozwiązanie dla gleb "zmęczonych", w których nastąpiło pogorszenie właściwości fizycznych, zaszły negatywne zmiany w stanie biologicznym, doszło do zmniejszenia plonów mimo intensywnej uprawy i stosowania wysokich dawek nawozów mineralnych. Dzięki zawartości związków organicznych, nawóz będzie miał działanie próchnicotwórcze. Innowację stanowi również forma nawozu – będzie to pierwszy nawóz granulowany zawierający Efektywne Mikroorganizmy. Projekt obejmuje realizację 3 zadań: badań przemysłowych, prac rozwojowych, prac wdrożeniowych – etapy badawcze (1) opracowanie sposobu przetwarzania odpadów wraz z opracowaniem składu nawozu, (2) opracowanie sposobu granulacji nawozu i (3) badania polowe weryfikujące skuteczność jego działania. W ramach realizacji projektu utworzone zostaną stanowiska badawcze. Cel Projektu jest zgodny z celem Działania 1.2 RPO WŚ – dotyczy opracowania innowacyjnego produktu. Zakres Projektu jest zgodny z RIS „Nowoczesne rolnictwo i przetwórstwo spożywcze”. Produkt będący rezultatem Projektu – wytworzony na bazie odpadów z przeznaczeniem do celów nawozowych – idealnie wpisuje się w podobszar „Optymalizacja metod utylizacji produktów ubocznych i odpadów przemysłowych (...) pozwalających na ich wykorzystanie w zakresie energetyki, nawożenia.” (Polish)
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Traditional mineral fertilisation goes to the lamus. The project is a response to the challenges facing modern agriculture, which, despite increasing the level of production, cannot produce destructive effects on the environment. The research carried out so far confirms the rightness of our concept, and the implementation of the Project will allow them to continue and implement a product with high potential. The objectives shall be: (1) minimise environmental pollution through efficient management of waste (including those generated in the agricultural sector), (2) bring benefits in the form of an environmentally friendly product (organic mineral fertiliser) preventing soil degradation. Fertiliser will be an innovative solution for ‘tired’ soils where physical properties have deteriorated, negative changes in the biological state have occurred, yields have been reduced despite intensive cultivation and high doses of mineral fertilisers. Thanks to the content of organic compounds, the fertiliser will have a decaying effect. Innovation is also a form of fertiliser – it will be the first granulated fertiliser containing Effective Microorganisms. The project covers 3 tasks: industrial research, development, implementation work – research stages (1) development of waste treatment with the development of fertiliser composition, (2) development of fertiliser granulation and (3) field studies verifying the effectiveness of its operation. As part of the implementation of the project, research posts will be created. The project’s objective is in line with the objective of Measure 1.2 of the WWW ROP – it concerns the development of an innovative product. The scope of the project is compatible with RIS “Modern agriculture and food processing”. The product resulting from the project – made on the basis of waste for fertilising purposes – fits perfectly in the sub-area “Optimising methods for the disposal of by-products and industrial waste (...) allowing their use in the field of energy, fertilisation.” (English)
21 October 2020
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Identifiers
RPSW.01.02.00-26-0045/18
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