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Project calendar

27-03-2019

On 27th of March, 2017, at Patentus SA headquarter in Pszczyna, another meeting of the Steering Committee with the project manager, managers and team members took place. During the meeting, the current achievements of the teams were summarized, current activities were defined and the schedule of activities for the second quarter of 2017 was discussed. The Steering Committee approved the current stage of work progress in the project.

12-12-2016

On 8th of September, 2016, in the Council Room of the Faculty of Materials Science and Engineering, the first meeting of the Project Steering Committee was held, composed of President of Patentus SA, M.Sc. Józef Duda, Deputy Director of ITeE-PIB Prof. Marian Szczerek and Dean of the Faculty of Materials Science and Engineering, Prof. Jarosław Mizera with the project manager, managers and team members. During the meeting, the current achievements of the teams were summarized, current activities were defined and the possibilities of achieving the partial goals planned for 2016 were discussed. The Steering Committee approved the current stage of advancement of works in the project.

29-06-2016

On 29th of June, 2016, an agreement was signed on co-financing the project "Development of an innovative technology for the production of toothed elements with hybrid surface layers with a nano-structured base for drive units of conveyors intended for operation in extreme operating conditions" between the National Center for Research and Development and the Project Leader representing the entire Consortium.

18-05-2016

On 18th of May, 2016, at the Institute of Sustainable Technologies in Radom, another working meeting was held as part of the project "Development of an innovative technology for the production of toothed elements with hybrid surface layers with a nano-structured base for drive units of conveyors intended for operation in extreme operating conditions". It was attended by project managers from Patentus SA and managers of Consortium teams along with key members of these teams. The subject of the meeting was to approve the detailed schedule of activities under the project and to define the technical details of the next tasks.

03-03-2016

On 3rd of March, 2016, the first working meeting regarding the project took place at the Patentus SA headquarter. Substantive contractors as well as financial and administrative staff - representing all Consortium members participated. The subject of the meeting was to discuss organizational issues related to the project being implemented. At the meeting, the composition of the Project Steering Committee was also established, which will be composed of the President of the Patentus SA company, M.Sc. Józef Duda, Deputy Director of ITeE-PIB, Professor Marian Szczerek and Dean of the Faculty of Materials Science and Engineering Professor Jarosław Mizera.

17-02-2016

On 17th of February, 2016, the National Center for Research and Development announced that the joint project of the Consortium of Patentus SA (Project Leader) together with the Warsaw University of Technology, the Institute of Sustainable Technologies in Radom and the company NanoStal sp.z o.o. "Development of an innovative technology for the production of toothed elements with hybrid surface layers with a nano-structured base for conveyor drive units intended for operation in extreme operating conditions". We are especially pleased to inform you that the project has been classified on the 1st place in the ranking list of the Smart Growth Operational Program, measure 4.1.4 recommended for financing.

The aim of the project is to design and produce - so far not having their equivalent in technology - planetary toothed gears of very high power for drive units of mining conveyors, with unique features, predestining them to work in difficult operating conditions, due to the size and dynamics of loads, high and low (down to -35 ° C) temperatures and pollution. The project will use the latest achievements in the field of material technologies and tribology, enabling the achievement of the best operational properties of toothed gears.