Monitoring of corrosion and control corrosion by an integrated dual corrosion system (Q78902): Difference between revisions
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(Created claim: summary (P836): The project aims to carry out research and development (R & D) on the development, innovative at the world and country level, an integrated dual monitoring system for corrosion and the uptake of hydrogen in oil refining.The objectives of the project are:1.Achieve the Level IX of the Technology Readiness Level.2.The implementation of research results after the R & D project is now completed, the concept and the future use of technology are define...) |
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Property / summary | |||
The project aims to carry out research and development (R & D) on the development, innovative at the world and country level, an integrated dual monitoring system for corrosion and the uptake of hydrogen in oil refining.The objectives of the project are:1.Achieve the Level IX of the Technology Readiness Level.2.The implementation of research results after the R & D project is now completed, the concept and the future use of technology are defined, and the basic technology components are also known.The aim of the project will be achieved through the design of industrial research and development.The project will be implemented over a 36-month period, as part of the three stages of work:Upstream research (24 m):Step 1 & rest;laboratory tests, 18 m;Step 2 & rest;prototype testing of a laboratory scale, 12 m, including part parallel with phase 1;DEVELOPMENT:Step 3 & rest;development of a full prototype monitoring system, demonstration, validation and optimisation in real conditions, 12 m;PKN ORLEN will provide a resource for the project to complete the work successfully, such as:— experienced in the implementation of R & D projects by researchers and managers;— the testing laboratory and the necessary equipment;— cooperation with the subcontractors of the R & D part of the work (Faculty of Chemiczne Politechnika Gdańska);— the necessary financial resources.The project will lead to the implementation, within the activities of PKN ORLEN, of the first in the world, of the integrated system of dual monitoring of corrosion and hydrogenation process for the refinery industry.Through the innovations developed, it will be possible to reduce or completely eliminate the risk of corrosion and/or hydrogen absorption due to corrosion and/or hydrogen absorption.The technology of the pos (English) | |||
Property / summary: The project aims to carry out research and development (R & D) on the development, innovative at the world and country level, an integrated dual monitoring system for corrosion and the uptake of hydrogen in oil refining.The objectives of the project are:1.Achieve the Level IX of the Technology Readiness Level.2.The implementation of research results after the R & D project is now completed, the concept and the future use of technology are defined, and the basic technology components are also known.The aim of the project will be achieved through the design of industrial research and development.The project will be implemented over a 36-month period, as part of the three stages of work:Upstream research (24 m):Step 1 & rest;laboratory tests, 18 m;Step 2 & rest;prototype testing of a laboratory scale, 12 m, including part parallel with phase 1;DEVELOPMENT:Step 3 & rest;development of a full prototype monitoring system, demonstration, validation and optimisation in real conditions, 12 m;PKN ORLEN will provide a resource for the project to complete the work successfully, such as:— experienced in the implementation of R & D projects by researchers and managers;— the testing laboratory and the necessary equipment;— cooperation with the subcontractors of the R & D part of the work (Faculty of Chemiczne Politechnika Gdańska);— the necessary financial resources.The project will lead to the implementation, within the activities of PKN ORLEN, of the first in the world, of the integrated system of dual monitoring of corrosion and hydrogenation process for the refinery industry.Through the innovations developed, it will be possible to reduce or completely eliminate the risk of corrosion and/or hydrogen absorption due to corrosion and/or hydrogen absorption.The technology of the pos (English) / rank | |||
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Revision as of 08:53, 4 March 2020
Project in Poland financed by DG Regio
Language | Label | Description | Also known as |
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English | Monitoring of corrosion and control corrosion by an integrated dual corrosion system |
Project in Poland financed by DG Regio |
Statements
1,893,254.64 zloty
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3,341,037.6 zloty
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56.67 percent
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1 September 2017
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31 August 2020
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POLSKI KONCERN NAFTOWY ORLEN SPÓŁKA AKCYJNA
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Przedmiotem projektu jest przeprowadzenie prac badawczo-rozwojowych dotyczących opracowania, innowacyjnego w skali świata i kraju, zintegrowanego systemu dualnego monitorowania zagrożenia związanego z korozją i absorbcją wodoru w rafinacji ropy naftowej. Cele projektu to: 1. Osiągnięcie IX poziomu gotowości technologicznej. 2. Wdrożenie rezultatów badań po zakończeniu projektu B+R. Obecnie, określona została koncepcja oraz przyszłe zastosowanie technologii, znane są również podstawowe komponenty technologii. Cel projektu zostanie osiągnięty dzięki zaplanowanym w projekcie badaniom przemysłowym i pracom rozwojowym. Projekt realizowany będzie w okresie 36 miesięcy, w ramach trzech etapów prac: BADANIA PRZEMYSŁOWE (24m): Etap 1 – badania laboratoryjne, 18m; Etap 2 – badania prototypu w skali laboratoryjnej, 12m, w tym część równolegle z Etapem 1; PRACE ROZWOJOWE: Etap 3 – opracowanie pełnego prototypowego systemu monitorowania, demonstracja, walidacja i optymalizacja w warunkach rzeczywistych, 12m; PKN ORLEN zapewni na potrzeby projektu zasoby, dzięki którym możliwe będzie zakończenie prac z sukcesem, takich jak: - doświadczona w realizacji projektów B+R kadra badawcza i zarządzająca; - laboratorium badawcze wraz z niezbędnym wyposażeniem; - współpraca z podwykonawcami części prac B+R (Wydział Chemiczny Politechniki Gdańskiej); - niezbędne środki finansowe. Efektem realizacji projektu będzie wdrożenie, w działalności PKN ORLEN, pierwszego na świecie, zintegrowanego systemu dualnego monitorowania procesu korozji i uwodornienia dla przemysłu rafineryjnego. Dzięki opracowanej innowacji, stworzona zostanie możliwość redukcji lub całkowitego wyeliminowania prawdopodobieństwa awaryjnego zatrzymania instalacji spowodowanego korozją i/lub absorpcją wodoru. Technologia pos (Polish)
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The project aims to carry out research and development (R & D) on the development, innovative at the world and country level, an integrated dual monitoring system for corrosion and the uptake of hydrogen in oil refining.The objectives of the project are:1.Achieve the Level IX of the Technology Readiness Level.2.The implementation of research results after the R & D project is now completed, the concept and the future use of technology are defined, and the basic technology components are also known.The aim of the project will be achieved through the design of industrial research and development.The project will be implemented over a 36-month period, as part of the three stages of work:Upstream research (24 m):Step 1 & rest;laboratory tests, 18 m;Step 2 & rest;prototype testing of a laboratory scale, 12 m, including part parallel with phase 1;DEVELOPMENT:Step 3 & rest;development of a full prototype monitoring system, demonstration, validation and optimisation in real conditions, 12 m;PKN ORLEN will provide a resource for the project to complete the work successfully, such as:— experienced in the implementation of R & D projects by researchers and managers;— the testing laboratory and the necessary equipment;— cooperation with the subcontractors of the R & D part of the work (Faculty of Chemiczne Politechnika Gdańska);— the necessary financial resources.The project will lead to the implementation, within the activities of PKN ORLEN, of the first in the world, of the integrated system of dual monitoring of corrosion and hydrogenation process for the refinery industry.Through the innovations developed, it will be possible to reduce or completely eliminate the risk of corrosion and/or hydrogen absorption due to corrosion and/or hydrogen absorption.The technology of the pos (English)
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Identifiers
POIR.01.02.00-00-0025/17
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