Q3153474 (Q3153474): Difference between revisions
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(Created claim: summary (P836): The Microactivity-Effi Dual/Parallel system is a bench of two reactors, which can be formed in different configurations (independent, serial or parallel), all inside a hot box to avoid possible condensation of volatile products, while allowing to preheat the reagents efficiently. You can operate in a wide range of operating conditions (temperature, pressure, nature, flow and feed composition). It is oriented to the test of solid catalysts synthe...) |
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The Microactivity-Effi Dual/Parallel system is a bench of two reactors, which can be formed in different configurations (independent, serial or parallel), all inside a hot box to avoid possible condensation of volatile products, while allowing to preheat the reagents efficiently. You can operate in a wide range of operating conditions (temperature, pressure, nature, flow and feed composition). It is oriented to the test of solid catalysts synthesised in scientific research, with a vocation of industrial application in processes of the chemical and petroleum industry. _x000D_ Microactivity-Effi systems stand out for their configuration and operation flexibility, complemented by the relative ease of including in the system specific adaptations to the specific needs of catalysts and processes under study. Universality in materials, reactor types, and control systems allow for major changes in operating conditions for current and future projects, without major modifications or additional cost overruns. On the other hand, the total versatility of unit configuration allows researchers to be prepared to work on any complex process/reaction, using standard tools with reduced runtime. (English) | |||||||||||||||
| Property / summary: The Microactivity-Effi Dual/Parallel system is a bench of two reactors, which can be formed in different configurations (independent, serial or parallel), all inside a hot box to avoid possible condensation of volatile products, while allowing to preheat the reagents efficiently. You can operate in a wide range of operating conditions (temperature, pressure, nature, flow and feed composition). It is oriented to the test of solid catalysts synthesised in scientific research, with a vocation of industrial application in processes of the chemical and petroleum industry. _x000D_ Microactivity-Effi systems stand out for their configuration and operation flexibility, complemented by the relative ease of including in the system specific adaptations to the specific needs of catalysts and processes under study. Universality in materials, reactor types, and control systems allow for major changes in operating conditions for current and future projects, without major modifications or additional cost overruns. On the other hand, the total versatility of unit configuration allows researchers to be prepared to work on any complex process/reaction, using standard tools with reduced runtime. (English) / rank | |||||||||||||||
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| Property / summary: The Microactivity-Effi Dual/Parallel system is a bench of two reactors, which can be formed in different configurations (independent, serial or parallel), all inside a hot box to avoid possible condensation of volatile products, while allowing to preheat the reagents efficiently. You can operate in a wide range of operating conditions (temperature, pressure, nature, flow and feed composition). It is oriented to the test of solid catalysts synthesised in scientific research, with a vocation of industrial application in processes of the chemical and petroleum industry. _x000D_ Microactivity-Effi systems stand out for their configuration and operation flexibility, complemented by the relative ease of including in the system specific adaptations to the specific needs of catalysts and processes under study. Universality in materials, reactor types, and control systems allow for major changes in operating conditions for current and future projects, without major modifications or additional cost overruns. On the other hand, the total versatility of unit configuration allows researchers to be prepared to work on any complex process/reaction, using standard tools with reduced runtime. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 15:11, 12 October 2021
Project Q3153474 in Spain
| Language | Label | Description | Also known as |
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| English | No label defined |
Project Q3153474 in Spain |
Statements
61,338.0 Euro
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122,676.0 Euro
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50.0 percent
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1 January 2016
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30 June 2018
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UNIVERSIDAD DEL PAIS VASCO/EUSKAL HERRIKO UNIBERTSITATEA
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43°19'37.56"N, 2°59'4.60"W
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48054
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El sistema Microactivity-Effi Dual/Parallel es una bancada de dos reactores, que pueden conformarse en distintas configuraciones (independientes, serie o paralelo), todo ello dentro de una caja caliente para evitar posibles condensaciones de productos volátiles, a la vez que permite precalentar los reactivos de una forma eficiente. Puede operar en un amplio intervalo de condiciones de operación (temperatura, presión, naturaleza, flujo y composición de alimentaciones, ¿). Está orientado a la prueba de catalizadores sólidos sintetizados en las investigaciones científicas, con vocación de aplicación industrial en procesos de la industria química y petroleoquímica. _x000D_ Los sistemas Microactivity-Effi destacan por su flexibilidad de configuración y operación, complementada con la facilidad relativa de incluir en el sistema adaptaciones específicas a las necesidades concretas de los catalizadores y procesos en estudio. La universalidad en materiales, tipos de reactores, y sistemas de control, permiten grandes cambios en las condiciones de operación para proyectos actuales y futuros, sin grandes modificaciones o sobrecostes adicionales. Por otro lado, la versatilidad total de la configuración de las unidades, permite a los investigadores estar preparados para trabajar en cualquier proceso/reacción complejo, usando herramientas estándar con un tiempo de ejecución reducido. (Spanish)
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The Microactivity-Effi Dual/Parallel system is a bench of two reactors, which can be formed in different configurations (independent, serial or parallel), all inside a hot box to avoid possible condensation of volatile products, while allowing to preheat the reagents efficiently. You can operate in a wide range of operating conditions (temperature, pressure, nature, flow and feed composition). It is oriented to the test of solid catalysts synthesised in scientific research, with a vocation of industrial application in processes of the chemical and petroleum industry. _x000D_ Microactivity-Effi systems stand out for their configuration and operation flexibility, complemented by the relative ease of including in the system specific adaptations to the specific needs of catalysts and processes under study. Universality in materials, reactor types, and control systems allow for major changes in operating conditions for current and future projects, without major modifications or additional cost overruns. On the other hand, the total versatility of unit configuration allows researchers to be prepared to work on any complex process/reaction, using standard tools with reduced runtime. (English)
12 October 2021
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Leioa
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Identifiers
UNPV15-EE-3047
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