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Refrigeration for breweries.
IIR document
Heat pumps for energy efficient breweries.
Investigation of industrial high-temperature heat pumps for simultaneous heating and cooling: a brewery case study.
Recommended by the IIR / IIR document
Integration of solar-assisted cooling and freezing into a micro-brewery process using a hybrid vapour-compression/sorption system.
Reducing energy consumption of refrigeration compressors in large breweries.
CO2 liquefaction in beer plant.
[In Japanese. / En japonais.]
Saving energy with cogeneration in a brewery.
Refrigeración con hidrocarburo en una cervecera.
Refrigeration with a hydrocarbon for a brewery.
La fabrication de la bière.
Manufacturing of beer.
Optimización del ratio potencia total consumida en planta frigorífico con relación a la unidad de producto elaborado/tonelada de Malta, hectolitro de cerveza, etc.
Optimizing the energy consumption in refrigeration plants related to malt, beer, etc. production units.
Labortemperiereinrichtung: Hochpräziser TFT Forciertester zur künstlichen Alterung.
Thermostat-equipped laboratory device: high-precision test for artificial aging.
Duurzaam omgaan met kooldioxide: baanbrekende technologieën voor terugwinning CO2.
Sustainable handling of CO2: pioneering technologies for carbon dioxide recovery.
Labortemperiereinrichtung: Hochpräziser TFT Forciertester zur Künstlichen Alterung.
Laboratory tempering equipment: highly precise "TFT" testing equipment on artificial aging of beer.
Produção de cerveja utilizando cevada e maltose de milho comoadjunto de malte: análises físico-química, sensorial e isotópica.
Beer production using barley and corn maltose as malt adjuncts: physicochemical, sensory and isotopic analyses.
IIR news
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Experience the unforgettable in Japan at ICR2015: It’s not just about refrigeration, it’s also about fun!
ICR2015: Discover the plenary speakers, technical tours, and popular tours and activities