RESEARCH AND DEVELOPMENT OF INNOVATIVE PRODUCT IN INDUSTRIAL REFRIGERATION WITH R-717 (NH3) (Q3192691): Difference between revisions
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(Removed claim: summary (P836): Research, development, design and construction of the first prototypes and pre-series of a new range of R717 compact chiller equipment with critical load, using semi-hermetic compressors with a wide range of capacity regulation, applying state-of-the-art technologies._x000D_ _x000D_ The project intends to develop the design of the equipment from the perspective of innovation and research:_x000D_ -Development and research of new technologies th...) |
(Created claim: summary (P836): Research, development, design and construction of the first prototypes and pre-series of a new range of R717 compact chiller equipment with critical load, using semi-hermetic compressors with a wide range of capacity regulation, applying state-of-the-art technologies._x000D_ _x000D_ The project intends to develop the design of the equipment from the perspective of innovation and research:_x000D_ -Development and research of new technologies that...) |
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Research, development, design and construction of the first prototypes and pre-series of a new range of R717 compact chiller equipment with critical load, using semi-hermetic compressors with a wide range of capacity regulation, applying state-of-the-art technologies._x000D_ _x000D_ The project intends to develop the design of the equipment from the perspective of innovation and research:_x000D_ -Development and research of new technologies that may be applied in the design and manufacture of refrigeration equipment based on R717._x000D_ -Design of equipment taking advantage of these technologies with own developments._x000D_ -Reducing greenhouse gas emissions through the use of ecological refrigerant._x000D_ -Optimisation of yields with the objective of energy saving_x000D_ -Reducing noise pollution levels._x000D_ -Adaptation of equipment operating limits to Mediterranean and subtropical climate countries._x000D_ _x000D_ Within the development of new technologies there are three clearly identified lines of research:_x000D_ 1. Research into the typology of cooling cycles using R-717, analysing the different alternatives that arise; type of evaporator: dry or flooded expansion, type of capacitor, types of oil: miscible or non-miscible, type of compressors: semi-hermetic or open, etc_x000D_ 2. Research into control strategies for process chillers with R-717 as refrigerant, analysing the different variables involved: Fan control, pumps, compressor stages, compressor speed, compression ratio, oil cooling and liquid and steam injection... Energy efficiency and reliability and robustness study for each control strategy proposed._x000D_ 3. Prototyping and testing of process chillers with R-717, reaching the critical load level and adjustment of all components involved in the system. (English) | |||||||||||||||
| Property / summary: Research, development, design and construction of the first prototypes and pre-series of a new range of R717 compact chiller equipment with critical load, using semi-hermetic compressors with a wide range of capacity regulation, applying state-of-the-art technologies._x000D_ _x000D_ The project intends to develop the design of the equipment from the perspective of innovation and research:_x000D_ -Development and research of new technologies that may be applied in the design and manufacture of refrigeration equipment based on R717._x000D_ -Design of equipment taking advantage of these technologies with own developments._x000D_ -Reducing greenhouse gas emissions through the use of ecological refrigerant._x000D_ -Optimisation of yields with the objective of energy saving_x000D_ -Reducing noise pollution levels._x000D_ -Adaptation of equipment operating limits to Mediterranean and subtropical climate countries._x000D_ _x000D_ Within the development of new technologies there are three clearly identified lines of research:_x000D_ 1. Research into the typology of cooling cycles using R-717, analysing the different alternatives that arise; type of evaporator: dry or flooded expansion, type of capacitor, types of oil: miscible or non-miscible, type of compressors: semi-hermetic or open, etc_x000D_ 2. Research into control strategies for process chillers with R-717 as refrigerant, analysing the different variables involved: Fan control, pumps, compressor stages, compressor speed, compression ratio, oil cooling and liquid and steam injection... Energy efficiency and reliability and robustness study for each control strategy proposed._x000D_ 3. Prototyping and testing of process chillers with R-717, reaching the critical load level and adjustment of all components involved in the system. (English) / rank | |||||||||||||||
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| Property / summary: Research, development, design and construction of the first prototypes and pre-series of a new range of R717 compact chiller equipment with critical load, using semi-hermetic compressors with a wide range of capacity regulation, applying state-of-the-art technologies._x000D_ _x000D_ The project intends to develop the design of the equipment from the perspective of innovation and research:_x000D_ -Development and research of new technologies that may be applied in the design and manufacture of refrigeration equipment based on R717._x000D_ -Design of equipment taking advantage of these technologies with own developments._x000D_ -Reducing greenhouse gas emissions through the use of ecological refrigerant._x000D_ -Optimisation of yields with the objective of energy saving_x000D_ -Reducing noise pollution levels._x000D_ -Adaptation of equipment operating limits to Mediterranean and subtropical climate countries._x000D_ _x000D_ Within the development of new technologies there are three clearly identified lines of research:_x000D_ 1. Research into the typology of cooling cycles using R-717, analysing the different alternatives that arise; type of evaporator: dry or flooded expansion, type of capacitor, types of oil: miscible or non-miscible, type of compressors: semi-hermetic or open, etc_x000D_ 2. Research into control strategies for process chillers with R-717 as refrigerant, analysing the different variables involved: Fan control, pumps, compressor stages, compressor speed, compression ratio, oil cooling and liquid and steam injection... Energy efficiency and reliability and robustness study for each control strategy proposed._x000D_ 3. Prototyping and testing of process chillers with R-717, reaching the critical load level and adjustment of all components involved in the system. (English) / qualifier | |||||||||||||||
point in time: 13 October 2021
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Revision as of 22:20, 12 October 2021
Project Q3192691 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | RESEARCH AND DEVELOPMENT OF INNOVATIVE PRODUCT IN INDUSTRIAL REFRIGERATION WITH R-717 (NH3) |
Project Q3192691 in Spain |
Statements
1,227,100.0 Euro
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1,533,875.0 Euro
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80.0 percent
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8 July 2019
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7 July 2021
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INDUSTRIAS DE TECNOLOGIAS APLICADAS DE REFRIGERACION Y CONSERVACION SL
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37°24'32.87"N, 4°29'9.64"W
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14038
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Investigación, desarrollo, diseño y construcción de los primeros prototipos y pre series de una nueva gama de equipos de enfriadoras compactas de R717, con carga crítica, utilizando compresores semiherméticos con un amplio rango de regulación de capacidad, aplicando tecnologías de última generación._x000D_ _x000D_ En el proyecto se plantea desarrollar el diseño de los equipos desde la perspectiva de la innovación y la investigación:_x000D_ -Desarrollo e investigación de nuevas tecnologías que puedan ser aplicadas en el diseño y fabricación de equipos de refrigeración basados en R717._x000D_ -Diseño de equipos aprovechando estas tecnologías con desarrollos propios._x000D_ -Reducción de la emisión de gases de efecto invernadero mediante utilización de refrigerante ecológico._x000D_ -Optimización de los rendimientos con el objetivo de ahorro de energía_x000D_ -Reducción de los niveles de contaminación acústica._x000D_ -Adaptación de los límites de funcionamiento de los equipos a países de clima mediterráneo y subtropical._x000D_ _x000D_ Dentro de los desarrollos de nuevas tecnologías hay tres líneas de investigación claramente identificadas:_x000D_ 1. Investigación de la tipología de ciclos de refrigeración que utilizan R-717, analizando las distintas alternativas que se plantean; tipo de evaporador: expansión seca o inundado, tipo de condensador, tipos de aceite: miscible o no miscible, tipo de compresores: semiherméticos o abiertos, etc_x000D_ 2. Investigación en estrategias de control para enfriadoras de procesos con R-717 como refrigerante, analizando las distintas variables que intervienen: Control de ventiladores, bombas, etapas de compresores, velocidad de giro del compresor, relación de compresión, enfriamiento de aceite e inyección de líquido y vapor… Estudio de eficiencia energética y de fiabilidad y robustez para cada estrategia de control planteada._x000D_ 3. Prototipado y ensayo de enfriadoras de procesos con R-717, alcanzando el nivel de de carga crítico y ajuste de todos los componentes que intervienen en el sistema. (Spanish)
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Research, development, design and construction of the first prototypes and pre-series of a new range of R717 compact chiller equipment with critical load, using semi-hermetic compressors with a wide range of capacity regulation, applying state-of-the-art technologies._x000D_ _x000D_ The project intends to develop the design of the equipment from the perspective of innovation and research:_x000D_ -Development and research of new technologies that may be applied in the design and manufacture of refrigeration equipment based on R717._x000D_ -Design of equipment taking advantage of these technologies with own developments._x000D_ -Reducing greenhouse gas emissions through the use of ecological refrigerant._x000D_ -Optimisation of yields with the objective of energy saving_x000D_ -Reducing noise pollution levels._x000D_ -Adaptation of equipment operating limits to Mediterranean and subtropical climate countries._x000D_ _x000D_ Within the development of new technologies there are three clearly identified lines of research:_x000D_ 1. Research into the typology of cooling cycles using R-717, analysing the different alternatives that arise; type of evaporator: dry or flooded expansion, type of capacitor, types of oil: miscible or non-miscible, type of compressors: semi-hermetic or open, etc_x000D_ 2. Research into control strategies for process chillers with R-717 as refrigerant, analysing the different variables involved: Fan control, pumps, compressor stages, compressor speed, compression ratio, oil cooling and liquid and steam injection... Energy efficiency and reliability and robustness study for each control strategy proposed._x000D_ 3. Prototyping and testing of process chillers with R-717, reaching the critical load level and adjustment of all components involved in the system. (English)
13 October 2021
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Lucena
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Identifiers
IDI-20191161
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