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  • In this paper we present experimental results of an attempt to integrate the electro-membrane enzyme reactor with a fuel cell stack in order to construct a multi-functional unit. The fuel cell stack generates electric current controlling the rate and yield of an enzyme biotransformation performed in the membrane reactor. The experimental fuel cell stack consists of 9 single polymer electrolyte membrane fuel cells using pure humidified hydrogen as the fuel. The stack is designed to deliver steady stack voltage of about 6 V at current of about 5 A. The electro-membrane enzyme reactor is composed of five flat-shaped compartments: the cathode and the anode compartments, two reactant stream compartments and the gel slab compartment. The active area of all compartments is 9 cm2. The operating curves (current- voltage and power-current curves) of both sub-units and their dynamical behaviours have been measured over a wide range of operating conditions. A comparison of the operating curves of the fuel cell st
  • In this paper we present experimental results of an attempt to integrate the electro-membrane enzyme reactor with a fuel cell stack in order to construct a multi-functional unit. The fuel cell stack generates electric current controlling the rate and yield of an enzyme biotransformation performed in the membrane reactor. The experimental fuel cell stack consists of 9 single polymer electrolyte membrane fuel cells using pure humidified hydrogen as the fuel. The stack is designed to deliver steady stack voltage of about 6 V at current of about 5 A. The electro-membrane enzyme reactor is composed of five flat-shaped compartments: the cathode and the anode compartments, two reactant stream compartments and the gel slab compartment. The active area of all compartments is 9 cm2. The operating curves (current- voltage and power-current curves) of both sub-units and their dynamical behaviours have been measured over a wide range of operating conditions. A comparison of the operating curves of the fuel cell st (en)
  • V práci jsou prezentovány výsledky experimentálního studia možností integrace elektro-membránového enzymového reaktoru s palivovým článkem do formy multifunkční jednotky pro autonomní provozování nezávislé na vnějším zdroji energie. (cs)
Title
  • An experimental study of the multi-functional unit combining an electromembrane enzyme reactor and a fuel cell stack.
  • An experimental study of the multi-functional unit combining an electromembrane enzyme reactor and a fuel cell stack. (en)
  • Experimentální studium multifunkční jednotky tvořené elektro-membránovým reaktorem a palivovým článkem. (cs)
skos:prefLabel
  • An experimental study of the multi-functional unit combining an electromembrane enzyme reactor and a fuel cell stack.
  • An experimental study of the multi-functional unit combining an electromembrane enzyme reactor and a fuel cell stack. (en)
  • Experimentální studium multifunkční jednotky tvořené elektro-membránovým reaktorem a palivovým článkem. (cs)
skos:notation
  • RIV/60461373:22340/06:00016713!RIV07-MSM-22340___
http://linked.open.../vavai/riv/strany
  • P7.60(1-14)
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  • P(ME 666), Z(MSM6046137306)
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  • 464805
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  • RIV/60461373:22340/06:00016713
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  • multi-functional unit; electro-membrane reactor; biotransformation; fuel cell (en)
http://linked.open.../riv/klicoveSlovo
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  • [17954B75BB40]
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  • Praha
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  • Praha
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  • Sborník 17th International Congress of Chemical and Process Engineering
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  • Hasal, Pavel
  • Kukuľa, Róbert
  • Schröder, Torsten
  • Schultz, Thorsten
  • Sundmacher, Kai
http://linked.open...vavai/riv/typAkce
http://linked.open.../riv/zahajeniAkce
http://linked.open...n/vavai/riv/zamer
number of pages
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  • Czech Society of Chemical Engineering
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  • 80-86059-45-6
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  • 22340
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