Implement an innovative production technology in order to introduce in the offer of the firm of fittings for automatic regulation of media flows under supercritical conditions. (Q114731): Difference between revisions
Jump to navigation
Jump to search
(Removed claim: summary (P836): The project applicant intends to buy innovative CNC lathes which, together with the 3D scanner purchased, will allow the introduction of an innovative manufacturing process (global innovation). As a result of this process, the company will be able to make an international offer of innovative product in the form of automatic flow control in supercritical conditions in order to maintain efficiency at the correct CO2 capture. The first solution i...) |
(Created claim: summary (P836): As part of the project, the applicant intends to purchase innovative CNC lathes, which together with the purchased 3D scanner will allow the introduction of an innovative manufacturing process (innovation on a global scale). Thanks to the process introduced, the company will be able to introduce an internationally innovative product in the form of fittings for automatic flow regulation in supercritical conditions to maintain efficiency with impr...) |
||||||||||||||
| Property / summary | |||||||||||||||
As part of the project, the applicant intends to purchase innovative CNC lathes, which together with the purchased 3D scanner will allow the introduction of an innovative manufacturing process (innovation on a global scale). Thanks to the process introduced, the company will be able to introduce an internationally innovative product in the form of fittings for automatic flow regulation in supercritical conditions to maintain efficiency with improved CO2 capture. The world’s first such solution combines the highest material parameters and the accuracy of the workpieces not yet used in the fittings to preserve the desired flow parameters, while limiting the use of welding techniques. The product introduced will significantly increase the company’s competitive opportunities. (English) | |||||||||||||||
| Property / summary: As part of the project, the applicant intends to purchase innovative CNC lathes, which together with the purchased 3D scanner will allow the introduction of an innovative manufacturing process (innovation on a global scale). Thanks to the process introduced, the company will be able to introduce an internationally innovative product in the form of fittings for automatic flow regulation in supercritical conditions to maintain efficiency with improved CO2 capture. The world’s first such solution combines the highest material parameters and the accuracy of the workpieces not yet used in the fittings to preserve the desired flow parameters, while limiting the use of welding techniques. The product introduced will significantly increase the company’s competitive opportunities. (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: As part of the project, the applicant intends to purchase innovative CNC lathes, which together with the purchased 3D scanner will allow the introduction of an innovative manufacturing process (innovation on a global scale). Thanks to the process introduced, the company will be able to introduce an internationally innovative product in the form of fittings for automatic flow regulation in supercritical conditions to maintain efficiency with improved CO2 capture. The world’s first such solution combines the highest material parameters and the accuracy of the workpieces not yet used in the fittings to preserve the desired flow parameters, while limiting the use of welding techniques. The product introduced will significantly increase the company’s competitive opportunities. (English) / qualifier | |||||||||||||||
point in time: 20 October 2020
| |||||||||||||||
Revision as of 15:20, 20 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Implement an innovative production technology in order to introduce in the offer of the firm of fittings for automatic regulation of media flows under supercritical conditions. |
Project in Poland financed by DG Regio |
Statements
805,000.0 zloty
0 references
1,150,000.0 zloty
0 references
70.0 percent
0 references
2 January 2017
0 references
31 December 2017
0 references
FABRYKA ARMATURY PRZEMYSŁOWEJ WAKMET SPÓŁKA JAWNA KACZMAREK, KRZYWDZINSKI, WACHOWSKI, WILCZYNSKI
0 references
Wnioskodawca w ramach projektu zamierza zakupić innowacyjne tokarki CNC , które wraz zakupionym skanerem 3D pozwolą na wprowadzenie innowacyjnego procesu produkcyjnego (innowacja na skalę światową). Dzięki wprowadzonemu procesowi firma będzie mogła wprowadzić do oferty innowacyjny na skalę międzynarodową produkt w postaci armatury do automatycznej regulacji przepływu w warunkach nadkrytycznych dla utrzymania sprawności przy poprawionym wychwycie CO2. Pierwsze na świecie tego typu rozwiązanie łączy w sobie najwyższe parametry materiałowe i dotychczas niestosowane w armaturze dokładności wykonania elementów dla zachowania pożądanych parametrów przepływu, przy jednoczesnym ograniczeniustosowania technik spawalniczych. Wprowadzony produkt znacznie zwiększy możliwości konkurencyjne firmy. (Polish)
0 references
As part of the project, the applicant intends to purchase innovative CNC lathes, which together with the purchased 3D scanner will allow the introduction of an innovative manufacturing process (innovation on a global scale). Thanks to the process introduced, the company will be able to introduce an internationally innovative product in the form of fittings for automatic flow regulation in supercritical conditions to maintain efficiency with improved CO2 capture. The world’s first such solution combines the highest material parameters and the accuracy of the workpieces not yet used in the fittings to preserve the desired flow parameters, while limiting the use of welding techniques. The product introduced will significantly increase the company’s competitive opportunities. (English)
20 October 2020
0 references
Identifiers
RPOP.02.01.03-16-0028/16
0 references