Liquid chiller Blu-Red
for pasteurizationwater-cooled

Liquid chiller - Blu-Red - Grasso International - for pasteurization / water-cooled
Liquid chiller - Blu-Red - Grasso International - for pasteurization / water-cooled
Liquid chiller - Blu-Red - Grasso International - for pasteurization / water-cooled - image - 2
Liquid chiller - Blu-Red - Grasso International - for pasteurization / water-cooled - image - 3
Liquid chiller - Blu-Red - Grasso International - for pasteurization / water-cooled - image - 4
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Characteristics

Material
liquid
Applications
for pasteurization
Other characteristics
water-cooled
Power

Min.: 325 kW

Max.: 2,425 kW

Maximum temperature

Min.: -15 °C
(5 °F)

Max.: 80 °C
(176 °F)

Description

At best-in-class efficiency, the GEA Blu-Red Fusion is particularly suited for combined cooling and heating applications with high temperature lifts between heat source and heat sink, where single stage compression would otherwise be inefficient or impossible. Whether in the food, dairy or beverage industry, the GEA Blu-Red Fusion is ideal for cooling and heating applications such as hot water washdown for abattoirs or pasteurization processes. The Fusion is also the first choice for heating only applications, such as district and facility heating, using low-temperature heat sources including water from the environment or sewage and wastewater. GEA Blu-Red Fusion models are based on the existing Blu chiller (BluAstrum or BluGenium) and Red heat pump (RedAstrum or RedGenium) family and offer the same features and benefits. The Blu-Red Fusion can be easily configured as one product in the product selection and configuration tool GEA RT Select which perfectly matches Blu chiller and Red heat pump modules with respect to the project specific requirements. Efficiency-optimized configuration minimizes total costs and CO₂ emissions The intermediate stage is equipped with a single, high-efficient ammonia - ammonia ’cascade’ heat exchanger. This connection of the low and high stage, with two separated refrigeration circuits, allows the free combination of different models and minimizes the total refrigerant charge. The absence of an intermediate liquid circuit reduces the equipment effort and capital investment, reduces the differential pressure of both stages, and does not waste power on glycol or water pumps.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.