Food & beverage concentration
Practical equipment notes for matching feed, concentration, utilities and maintenance to a complete evaporation system.
A single-effect arrangement concentrates the prepared liquid in one effect, with a dedicated heating and vapour-handling circuit. It is a useful starting point when a simpler process arrangement matters more than staged heat recovery.
Read the equipment note →A multi-effect system uses secondary vapour from one effect to heat a subsequent effect at a lower operating pressure. The number of effects is selected around water removal, product behaviour and the available thermal conditions.
Read the equipment note →Three connected evaporation effects recover heat through successive vapour duties. The two coconut water installations provide real equipment and project references for this arrangement, including one with TVR.
Read the equipment note →TVR uses a steam-driven thermocompressor to recover part of the secondary vapour for a heating duty. It can be integrated with a selected effect arrangement when the available steam and process conditions support it.
Read the equipment note →Coconut water is a documented application for the plate evaporation system. The equipment concentrates a prepared aqueous stream; the feed preparation and target concentration determine the selected evaporation duty.
Read the equipment note →Clarified fruit juice can suit plate evaporation when its residual solids and viscosity remain compatible with the selected passages throughout concentration. The assessment begins with the actual prepared juice and its intended concentrate.
Read the equipment note →Selected dairy liquids can be assessed for plate evaporation. Whey and permeate require separate composition and operating data: their protein, mineral and residual-fat profiles influence heat transfer and cleaning.
Read the equipment note →Prepared aqueous extracts create a concentration duty with product-specific solids, aroma and thermal requirements. The plate arrangement is assessed with both the incoming extract and the target concentrate in view.
Read the equipment note →An aqueous botanical extract can be assessed for plate evaporation after its feed composition and residual solids are defined. Different plant materials and extraction methods create different thermal and cleaning requirements.
Read the equipment note →Liquid seasonings can create a concentration duty with substantial dissolved constituents. Select the plate system around actual salts, acidity, suspended material and outlet behaviour rather than the product name alone.
Read the equipment note →The evaporation duty must fit the utilities available at the site. Confirm supply conditions and receiving capacity before selecting the effect arrangement, recovery option or terminal vapour-handling duty.
Read the equipment note →Material selection covers the whole wetted circuit: plates, separators, pipes, valves and pumps. The food liquid and cleaning exposure determine the specification of each component, together with its operating limits.
Read the equipment note →Start with your liquid and what you need to achieve. A short initial message is enough; the following inputs make the later equipment and utility proposal more specific.
Read the equipment note →The plate assembly transfers heat into the food liquid. The evaporation and separation arrangement removes water as vapour and sends concentrate onward. A vacuum and condensing circuit maintains the selected operating condition, while pumps and controls coordinate the feed, liquid inventory and discharge.
Read the equipment note →Plate evaporation is used to remove water from a prepared food-liquid stream. Coconut water provides two documented installation examples. Clarified juice, selected dairy liquids, tea, coffee and plant extracts create additional application duties whose composition, flow behaviour and cleaning needs determine the configuration.
Read the equipment note →The selected plate system must transfer enough heat, separate the generated vapour and discharge the concentrate under the intended operating conditions. A useful starting point is a consistent mass balance. Product behaviour, utilities, fouling and the working range then determine how the equipment is configured.
Read the equipment note →Plate and tubular describe the surfaces through which heat is transferred. Film distribution and circulation describe how the liquid moves. A fair equipment comparison keeps these ideas separate, then evaluates the actual product, concentration range, utilities and cleaning arrangement.
Read the equipment note →Single-, double- and multi-effect arrangements organise the use of heating energy through the evaporator. TVR adds a steam-driven vapour-recompression function. The appropriate combination follows the water-removal duty, product limits and services available at the site.
Read the equipment note →Deposits change the surface through which heat must pass and can alter the liquid path. A plate evaporation cleaning plan therefore considers the feed, concentration range, heating conditions and every product-contact connection. Closed cleaning circulation and physical inspection perform different parts of that work.
Read the equipment note →Product behaviour, machine construction and an installed process are evaluated in different ways. A trial can investigate concentration behaviour. A factory check examines the supplied equipment and agreed functions. Site acceptance assesses the system with its actual connections, services and operating conditions.
Read the equipment note →An installed plate evaporation system needs a stable feed, usable heating and cooling services, controlled concentrate collection and defined cleaning routes. Layout and controls coordinate those connections through production and planned stops. The equipment boundary should be visible in both the process arrangement and the site plan.
Read the equipment note →The equipment brings plate heat-transfer assemblies, separation vessels, pumps, vacuum and condensing functions, and controls into one process package. Workshop and installed-system photographs show how these parts connect. Delivery information links the supplied configuration to installation, operation and maintenance.
Read the equipment note →YOUR PRODUCT. YOUR PROCESS.
Discuss the liquid, the concentration duty and how the equipment will connect to your operation.
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