Separation and purification of biological solutions through electromembrane processes (Q11213)

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Revision as of 07:38, 26 February 2020 by DG Regio (talk | contribs) (‎Created claim: summary (P836): Application of electro-chemical membrane separation processes, or purification of solutions containing valuable substances, allows products to be obtained with a higher added value. These application processes are linked to the hydrolysis and enzymatic processes required for effective conversion and synthesis of the terminal components. This is the use of biomass as a source of chemicals, which in the end increases the overall yield of technolog...)
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Project in Czech Republic financed by DG Regio
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English
Separation and purification of biological solutions through electromembrane processes
Project in Czech Republic financed by DG Regio

    Statements

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    16,769,196.1 Czech koruna
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    670,767.844 Euro
    10 January 2020
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    27,382,750.0 Czech koruna
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    1,095,310.0 Euro
    10 January 2020
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    61.24 percent
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    1 January 2018
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    19 April 2020
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    MEGA a.s.
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    50°5'40.42"N, 14°30'4.14"E
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    50°6'45.79"N, 14°29'53.20"E
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    50°6'16.78"N, 14°28'53.51"E
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    19000
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    Aplikace elektrochemických membránových procesů separace nebo purifikace roztoků obsahujících cenné látky umožňuje získání produktů o vyšší přidané hodnotě. Tyto aplikační procesy navazují na hydrolytické a enzymatické procesy, které jsou nutné pro účinné konverze a syntézu koncových složek. Jde o využití biomasy jako zdroje chemických látek, které v konečném měřítku zvýší celkovou výtěžnost technologických proudů se sníženou spotřebou procesních aditiv. a. (Czech)
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    Application of electro-chemical membrane separation processes, or purification of solutions containing valuable substances, allows products to be obtained with a higher added value. These application processes are linked to the hydrolysis and enzymatic processes required for effective conversion and synthesis of the terminal components. This is the use of biomass as a source of chemicals, which in the end increases the overall yield of technology currents with reduced procedural requirements. (English)
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    Identifiers

    CZ.01.1.02/0.0/0.0/16_083/0010260
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