Anhydro Evaporation Process
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Anhydro Evaporation Process

SPX Flow Technology Danmark A/S is an international engineering company with a Anhydro Evaporation Technologies consistent goal to provide our customers with the optimal processing technology and the highest plant performance standards. We have specialised in supplying the optimal design Industrial evaporation is normally used in the dairy, food, pharmaceutical, and chemical industries to obtain a significant reduction in liquid content prior ­ and engineering with respect to production to a liquid-to-powder drying process. This results in a more efficient drying performance, flexibility,...

Based on a simple operation principle, rising film evaporation requires no pumping energy as vapour is used as the transport medium. Rising film evaporation is often used as a finishing process following a multi- Typical Product Applications effect TVR evaporator or an MVR evaporator. With the Anhydro evaporation equipment, F I N I S H I N G P R O C E S S – F O R C E D C I R C U L AT I O N you can produce a wide range of powders for various industries. Forced circulation evaporation is suitable for high-viscosity products. Hydrostatic pressure is applied in the heat exchanger in order to...

FALLING FILM EVAPORATION USING MECHANICAL VAPOUR RECOMPRESSION (MVR) Mechanical vapour recompression delivers substantial operational cost savings in areas with an ample supply of electrical energy. Once an MVR evaporator is running, little or no additional steam is required. In MVR, a high-pressure fan is used to recompress the vapour to a higher pressure, resulting in a rise in temperature. This means that the recompressed vapour can be used as the evaporator heating medium, while the condensate is ideal for preheating of the feed product. The high-pressure fan can be powered by an...

FALLING FILM EVAPORATION USING THERMAL VAPOUR RECOMPRESSION (TVR) Steam-heated falling film evaporators require an ample supply of live steam to drive the evaporation process through multiple effects. Multi-effect evaporation uses vapour from one effect as the heating medium in a subsequent effect, operating at a lower pressure and temperature. This procedure can be repeated a number of times, depending on the available overall temperature difference of the system and the return on investment of additional effects. Evaporation temperature is determined largely by the heat sensitivity and...

Design Characteristics and Special Features Special design characteristics and features maximize uptime and output by preventing fouling and reducing cleaning time, and Steam jet compressors – also known as thermo­ compressors - minimize operational costs through optimum energy utilization. – are used in a wide range of processes to save energy. The motive steam expands through a nozzle, which converts pressure L I Q U I D D I S T R I B U T I O N SYS T E M The wetting rate of every individual tube is critical in preventing product fouling. Liquid distribution is based on the static...

Process Line Expertise and Service P R E - H E AT E R S A N D PA S T E U R I Z E R S SPX FLOW can provide pre-heaters and pasteurizing units for After concentration, the product can be cooled in tubular, plate, or flash design cooling units. The flash design can be combined with a • Direct or indirect steam heating crystallization process. • Tubular and plate designs • With or without heat regeneration CON D E N S E R S Surplus vapour from the final evaporation stage must be Very gentle pre-heating can be achieved in systems with very condensed. For this purpose SPX FLOW offers various...

Anhydro Evaporation Process Peoples Republic of China Based in Charlotte, North Carolina, SPX FLOW, Inc. (NYSE: FLOW) is a multi-industry manufacturing leader. For more information, please visit www.spxflow.com S P X F L OW T E C H N O LO GY DA N M A R K A / S SPX FLOW, Inc. reserves the right to incorporate our latest design and material changes without notice or obligation. Design features, materials of construction and dimensional data, as described in this bulletin, are provided for your information only and should not be relied upon unless confirmed in writing. Please contact your...