Synthesis of Polymer Particles by Emulsion Polymerization.
Strašák, Tomáš
2016 - Czech This report describes preparation of polystyrene particles with narrow size distribution by emulsion polymerization. These particles called also PS latex have size around 600-700 nm and serve as starting material for preparation of stationary phase for Ion Exchange Chromatography (IEC). Tato výzkumná zpráva popisuje přípravu polystyrenových (PS) částic s úzkou distribucí velikostí emulzní polymerací (Obr. 1). Tyto částice, nazývané také PS latex, mají velikost cca 600-700 nm a jsou výchozím substrátem pro přípravu stacionárních fází pro iontově výměnnou chromatografii (IEC). Keywords: chromatography; emulsion polymerization; polystyrene particles Available at various institutes of the ASCR Synthesis of Polymer Particles by Emulsion Polymerization.

This report describes preparation of polystyrene particles with narrow size distribution by emulsion polymerization. These particles called also PS latex have size around 600-700 nm and serve as ...

Strašák, Tomáš
Ústav chemických procesů, 2016

Thermal Destruction of Selected Ion Exchangers (Purolit A-400 MB OH a Purolit C-100 H) with Inactive Waste Nuclides in the Process of MSO.
Stanovský, Petr; Pohořelý, Michael; Krček, Martin; Tošnarová, Markéta; Šyc, Michal
2016 - Czech In the report, there are summarized the possibilities of thermal disposal of selected ion exchangers (Purolit A-400 MB OH a Purolit C-100 H). V předkládané zprávě jsou shrnuty možnosti termického likvidace iontoměničů (Purolit A-400 MB OH a Purolit C-100 H). Keywords: anion exchanger; cation exchanger; MSO Available at various institutes of the ASCR Thermal Destruction of Selected Ion Exchangers (Purolit A-400 MB OH a Purolit C-100 H) with Inactive Waste Nuclides in the Process of MSO.

In the report, there are summarized the possibilities of thermal disposal of selected ion exchangers (Purolit A-400 MB OH a Purolit C-100 H).

Stanovský, Petr; Pohořelý, Michael; Krček, Martin; Tošnarová, Markéta; Šyc, Michal
Ústav chemických procesů, 2016

A microreactor study for gas-phase catalytic oxidation, stage 3.1 and 3.4
Stavárek, Petr; Vajglová, Zuzana
2016 - Czech Report deals with design and construction of a microreactor apparatus applied to the gas-phase catalytic oxidation. Zpráva se zabývá návrhem a konstrukcí mikroreaktorové aparatury pro katalytickou oxidaci v plynné fázi. Keywords: microreactor apparatus; catalytic oxidation; gas Available at various institutes of the ASCR A microreactor study for gas-phase catalytic oxidation, stage 3.1 and 3.4

Report deals with design and construction of a microreactor apparatus applied to the gas-phase catalytic oxidation.

Stavárek, Petr; Vajglová, Zuzana
Ústav chemických procesů, 2016

Modern Trends in Waste-to-Energy.
Šyc, Michal
2016 - Czech Keywords: waste; energy; trends Available at various institutes of the ASCR Modern Trends in Waste-to-Energy.

Šyc, Michal
Ústav chemických procesů, 2016

The Use of Membrane Processes in the Energy Sector.
Izák, Pavel; Kárászová, Magda; Vejražka, Jiří; Veselý, Václav
2016 - Czech Keywords: membrane; energy sector Available at various institutes of the ASCR The Use of Membrane Processes in the Energy Sector.

Izák, Pavel; Kárászová, Magda; Vejražka, Jiří; Veselý, Václav
Ústav chemických procesů, 2016

Purification of Raw Biogas to CNG Quality by Norm 133/2010.
Izák, Pavel; Žitková, Andrea; Vejražka, Jiří; Sedláková, Zuzana; Morávková, Lenka
2016 - Czech Membrane separation processes have recently been increasingly used in the purification of various gases. Their involvement in the processes of upgrading biogas is the logical consequence of this development. The aim of the process is removed from a biogas carbon dioxide and other undesirable substances, eg. sulfur compounds and moisture, and thus obtain a gas with a high proportion of methane (> 95 vol.%), which could be used as a substitute for natural gas. As is evident from the results of our method, the selected RO membrane conforms 133/2010 CNG norm exept the amount of water. The amount of water in the retentate (product) is solved by classical dryer. Membránové separační procesy se v poslední době stále častěji používají v čištění různých plynů. Jejich zapojení do procesů zušlechťování bioplynu je logickým důsledkem tohoto vývoje. Cílem procesu je odstranit z bioplynu oxid uhličitý a další nežádoucí látky, mj, sloučeniny síry a vlhkost a získat tak plyn s vysokým podílem metanu (> 95 obj. %), který by bylo možno použít jako náhradu zemního plynu. Jak je z výsledků patrné, naše metoda se zvolenou RO membránou odpovídá normě 133/2010 pro CNG až na množství vody. Množství vody v retentátu (produkt) je však řešeno klasickou suškou. Keywords: membrane separation processes; gases; carbon dioxide Available at various institutes of the ASCR Purification of Raw Biogas to CNG Quality by Norm 133/2010.

Membrane separation processes have recently been increasingly used in the purification of various gases. Their involvement in the processes of upgrading biogas is the logical consequence of this ...

Izák, Pavel; Žitková, Andrea; Vejražka, Jiří; Sedláková, Zuzana; Morávková, Lenka
Ústav chemických procesů, 2016

Fluidized-bed Incineration of Dry Stabilized Sewage Sludge III.
Pohořelý, Michael; Moško, Jaroslav; Durda, Tomáš; Svoboda, Karel; Šyc, Michal; Hartman, Miloslav; Punčochář, Miroslav
2016 - Czech In the report, it has been shown how to effectively burn dry stabilized sewage sludge in the fluidized-bed reactor with a stationary bubbling bed in oxy-fuel process. Keywords: fluidized bed; incineration; sewage sludge Available at various institutes of the ASCR Fluidized-bed Incineration of Dry Stabilized Sewage Sludge III.

In the report, it has been shown how to effectively burn dry stabilized sewage sludge in the fluidized-bed reactor with a stationary bubbling bed in oxy-fuel process.

Pohořelý, Michael; Moško, Jaroslav; Durda, Tomáš; Svoboda, Karel; Šyc, Michal; Hartman, Miloslav; Punčochář, Miroslav
Ústav chemických procesů, 2016

A microreactor study for gas-phase catalytic oxidation, stage 4.1 and 4.2
Stavárek, Petr
2016 - Czech Report deals with utilization and experimental verification of a microreactor apparatus applied to the gas-phase catalytic oxidation. Zpráva se zabývá ověřením funkčnosti mikroreaktorové aparatury pro katalytickou oxidaci v plynné fázi. Keywords: microreactor apparatus; catalytic oxidation; gas Available at various institutes of the ASCR A microreactor study for gas-phase catalytic oxidation, stage 4.1 and 4.2

Report deals with utilization and experimental verification of a microreactor apparatus applied to the gas-phase catalytic oxidation.

Stavárek, Petr
Ústav chemických procesů, 2016

D4.2 Preliminary rate expressions based on initial data.
Stavárek, Petr; Lali, Farzad; Ujčič, Massimo; Grande, C.; Andreassen, K.A.; Zander, H.-J.
2016 - Czech Report focuses on preliminary kinetic rate expressions based on initial experimental data. Zpráva popisuje předběžné rychlostní rovnice chemických reakcí odvozených na základě úvodních experimentálních dat. Keywords: experimental data; kinetic rate; chemical equations Available at various institutes of the ASCR D4.2 Preliminary rate expressions based on initial data.

Report focuses on preliminary kinetic rate expressions based on initial experimental data.

Stavárek, Petr; Lali, Farzad; Ujčič, Massimo; Grande, C.; Andreassen, K.A.; Zander, H.-J.
Ústav chemických procesů, 2016

Modern Methods of Flue Gas Cleaning.
Svoboda, Karel; Hartman, Miloslav
2016 - Czech Keywords: cleaning; flue gas; new method Available at various institutes of the ASCR Modern Methods of Flue Gas Cleaning.

Svoboda, Karel; Hartman, Miloslav
Ústav chemických procesů, 2016