European Solutions also provides advisory services in terms of preparation of applications for co-financing and settlement of projects implemented by EU funds, as well as by national sources.
European Solutions also provides advisory services in terms of preparation of applications for co-financing and settlement of projects implemented by EU funds, as well as by national sources.
Moreover, the company associates partners and provides advisory services within European-level programmes, such as: KIC Raw Materials within EIT, or Horizon 2020.
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Operational Programme Innovative Economy
Measure 1.4-4.1
Value of the project
PLN 66,1 m
Value of the subsidy
PLN 20,1 m
Since 2008 the company has worked on a new, innovative solution enabling electricity production from post-production gases heat coming from ferrosilicon production. The solution at its pre-implementation stage obtained a honourable mention in a competition called: “the Polish Product of the Future”.
In 2009 the company’s specialists gained a subsidy for the Investor (RE Alloys) from the Operational Programme Innovative Economy, measure 1.4-4.1, in the amount more than PLN 20 m.
In 2009-2015 realisation of a research and implementation stage was conducted, where the company played a role of the General Contractor of an innovative part of the project. The company was responsible for designing, supply, and supervision over a gas turbine installation, recovery boiler, and a whole installation of compressed air, attachments and supports, as well as the instrumentation and automated control systems (AKPiA). The whole was connected by means of the DCS system with the use of the most modern instrumentation and automated control systems.
August 2015 – implementation and launching the installation for a full exploitation, the company granted a licence for use of the innovative installation of own solution.
Operational Programme Smart Growth
Measure 1.1.2
Value of the project
PLN 26,2 m
Value of the subsidy
PLN 10,4 m
The company prepared the application for subsidy and is responsible for the project management and its proper settlement before the subsiding entity. If the project assumptions are fulfilled, the company will grant the Investor with a licence for using the patent-pending solution which is the company’s property.
February 2015 – the company’s specialists participated in development of an innovative technology of low-carbon ferro-silico-chromium production in electric arc-resistance furnaces, what resulted in a patent application no. P-411272. The subject of the application has been a technology of refining allowing obtaining low carbon content, thus giving the producer a possibility of receive a bonus for an alloy of the above-average quality desirable by recipients.
February 2016 – with the active contribution of the company’s employees the Investor, who is interested in an innovative solution implementation, submitted an application for co-financing within the Operational Programme Smart Growth, measure 1.1.2, and he obtained a grant in the amount of PLN 10.4 m.
July 2016 – the implementation of the project commenced, it consisted of R&D works related to ferro-silico- chromium FeSiCr and use of their results in order to manufacture a product of unique quality parameters, achieved nowhere in the world, including especially of as low as possible content of carbon (≤ 0,02%), phosphorus (≤ 0,02%), nitrogen (≤ 0,02%), hydrogen (≤ 0,03%), oxygen (≤ 0,4%), and sulphur (≤ 0,01%).
September 2017 – a planned end date of the project
Operational Programme Smart Growth
Measure 1.2
Value of the project
PLN 23 m
Value of the subsidy
PLN 9,3 m
The company prepared the application for subsidy and is responsible for the project management and its proper settlement before the subsiding entity.
September 2016 – submission of the application within the Operation Programme Smart Growth, measure 1.2 INNOSTAL
December 2016 – the Investor obtained a grant in the amount of PLN 9.3 m
Since November 2016 the project implementation has started and it aims at development of production technology for new ferroalloys with silicon and aluminium on the basis of industrial wastes, especially from mining, a technology enabling production of alloy of 15-20% Al content.
Within an industrial research qualitative and quantitative parameters of waste materials will be defined and influence of additives modifying the ferroalloys smelting process in arc-resistance, six-electrodes furnaces on the obtained materials’ properties will be examined. Construction of a pilot installation including an electric arc-resistance furnace will be realised and technological tests of FeSiAl production based on guidelines and assumptions specified at the stage of industrial research will be conducted within development works.
March 2018 – a planned end date of the project