Implementation of an innovative process for maximum disclosure of ore mineral phases

The current project proposal is aimed at implementation of innovative process in the production of the applicant which is protected by a utility model and will lead to the production of high-quality concentrates with high content of non-ferrous metals, reduction of heavy metals in the final waste and the possibility of its use in construction in the mining industry. This project proposal falls within the thematic area "Mechatronics and clean technologies" of the Innovation Strategy for smart specialization and more specifically within "Clean technologies with a focus on transport and energy (storage, saving and efficient distribution of energy, electric vehicles and eco-mobility, hydrogen-based models and technologies, waste technologies, technologies and methods to include production waste materials in other industries)". The innovative process will enable the reduction of production costs, since its implementation requires significantly reduced supporting resources. As a result Rodopi Eko Prodjekts will expand its production capacity and diversify its production as the innovative process will enable the production of copper concentrate, which is not produced so far. The candidate possess an utility model for an innovative process related to flotation processes in the company, which at this stage cannot be implemented due to inappropriate grain size composition of the ore coming from the processes granulometric preparation. The inability to achieve the desired grain size composition is due to the high level of depreciation of part of the equipment, as well as lack of certain machines. Therefore, the project provides the purchase of machinery and equipment for effective processes related to granulometric preparation and achievement of the desired results from the implementation of the innovation process.

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Overview

Status Closed (completion date)
Start date 18 Jan, 2017
End date 31 Jul, 2018
Contract date 18 Jan, 2017
View in UMIS

Financial information

Total cost 2,996,987.00
Grant 1,498,493.50
Self finance 1,498,493.50
Total paid 1,498,493.48
EU participation percent 85.0%

Location