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Evaporators

Energy Efficiency of Evaporator

Energy Efficiency of Evaporator

Energy Efficiency of Evaporator is a key consideration in the design and operation for each customer’s particular application.

The energy input must also be available at a higher temperature (pressure) than the boiling product. The heating media, almost exclusively, consists of condensing water vapor.

Evaporating Plant for Biomethnated Spent Wash

Evaporating Plant for Biomethnated Spent Wash

Deaeration system: For the removal of undesirable gasses.

Evaporating plant: Multiple effects forced recirculation/Falling film/Combination of both evaporating plant to concentrate the effluent upto 30 % TS which can be used as Biocomposting.

Advantages of Forced recirculation evaporator over Falling film evaporator

Forced recirculation evaporator is best suitable evaporator in comparison to falling film evaporator. Following are the features of Forced recirculation evaporator in comparison to falling film evaporator:

Falling Film Evaporators

Falling Film Evaporators

Falling film evaporators are designed by FBE with special care to meet a wide variety of specifications and duties of the final products. Having installed number of units worldwide during the last decade, FBE has acquired substantial experience and knowhow to comply with customer requirements

Salient Features of Falling Film Evaporator

FBE designed falling film evaporators, especially for dairy industry feature items such as:

Horizontal Rotary Extractors

Horizontal Rotary Extractors

Multiple Effect Operation Evaporator

Multiple Effect Operation Evaporator

Multiple Effect Operation Evaporator combine two or more evaporator bodies to conserve steam, which is condensed in the first-effect heat exchanger only. Water evaporated in the first-effect vapor body is condensed in the second effect heat exchanger, which provides energy for evaporation in the second-effect vapor body (and so on for additional effects). Vapor from the last effect flows to a condenser. The last-effect vapor body is maintained at a high vacuum with a steam-jet air ejector or mechanical vacuum pump.

A rough “rule of thumb” for comparison purposes is that 1/N kg of steam is required for 1 kg of Water evaporation, where N is number of effects. e.g In 4 effects evaporator 0.25 Kg (1/4) steam is required for 1 kg of water evaporation.

Roto-Cone Dryer Cum Blender

Roto-Cone Dryer Cum Blender

We are the manufacturer of Roto-Cone Dryer Cum Blender. 

Thermal Vapor Recompression (TVR)

Thermal Vapor Recompression (TVR)

High steam economy is obtained by recompression of the vapor generated from the boiling product. This is done by adding energy to the vapor by a steam jet. Part of vapor separated to be used together with boiler steam, to the thermo compressor. Boiler steam (usually at a pressure of 3.5-10 bar) is introduced through a nozzle creating a steam jet in the mixing chamber whereby vapor from the evaporator is sucked into the mixing chamber. The thermo compressor uses the high pressure steam to increase the kinetic energy and the steam ejects at high speed through the nozzle. The velocity of the mixture of boiler steam and vapor is reduced in diffuser and consequently, the pressure and temperature are increased, making the mixture suitable as a heating medium in the calandria.

Agitated Thin Film Evaporators

Agitated Thin Film Evaporators

Owing to the efforts of our skilled professionals, we have been constantly engaged in offering a qualitative assortment of Agitated Thin Film Evaporators.

Column Evaporation Plants

Column Evaporation Plants

Relying on our expertise, we are engaged in offering a wide range of Column Evaporation Plants in the market. To meet the specific requirements of our clients, our

Evaporators

Evaporators

FBE provides Evaporators using the most advanced and reliable resources in the industry. FBE evaporation technology is dedicated to meet a wide range of industrial application needs. This gives us a unique data base for today’s applications.

FBE concentration plants are used in the food, dairy, chemical, fermentation, and pharmaceutical industries. They are also used for wastewater treatments like Spent Wash concentration in Alcohol industries. We manufacture tubular type evaporators with energy saving options such as thermal vapor recompression (TVR) and Mechanical Vapor Recompression (MVR).

We have delivered systems for Milk, Fruit juices pulp concentrates, Herbal extracts, Malt mix slurry, Starch and derivatives, Spent wash concentration, and Aroma recovery for many different kinds of products.

The purpose of concentration is

The rate of evaporation depends upon

Forced Recirculation Evaporator

Forced Recirculation Evaporator

Forced Recirculation Evaporators are ideally suited for highly viscous liquids or liquids containing suspended solids. The liquid to be evaporated is heated in tubular heater at large circulation volumes to obtain high liquid velocities. Evaporation takes place in a separator as the product is flashed down to its operating pressure.

The forced circulation evaporator sometimes used as a finishing stage of multiple effect evaporators, or for products with high boiling point elevations. Because of the high velocities in the finisher, scaling is kept to a minimum, therefore it can be used as a crystallizing evaporator.

Salient Features of Forced Recirculation evaporator

Application

Liquid-Liquid Extraction

Liquid-Liquid Extraction

Liquid-Liquid Extraction

Steam Distillation Plant: For essential oil isolation

Mechanical Vapor Recompression (MVR)

Mechanical Vapor Recompression (MVR)

Mechanical Vapor Recompression (MVR) is used to raise the pressure and temperature of vapor. The vapor is drawn out of the evaporator and compressed before being returned to the evaporator and compressed before being returned to the evaporator when mechanical compression is used. The pressure increase takes place by means of mechanical energy, used to drive the compressor. No thermal energy is supplied to the evaporator (except steam for heating in the 1st effect). There is no excess steam which has to be condensed. Apart from the steam used for start up, a MVR evaporator requires no steam and no cooling water. However, if high concentration to be achieved, it is advantageous to use a steam heated finisher for the last concentration. In this way, it will be easier to control the evaporator. An MVR evaporator may also be coupled with TVR and/or multiple effect evaporation stages.

The high initial capital cost of an MVR unit must be weighed against the operating cost savings.

Micron, Sparkler, Bag Filters

Micron, Sparkler, Bag Filters

We are among the well-known manufacturers, wholesaler, trader and suppliers of excellent quality range of Micron Filter, Sparkler Filter, Bag Filters.

Features

Rising Film Evaporators or Forced Recirculation Evaporators

Rising Film Evaporators or Forced Recirculation Evaporators

Rising Film Evaporators or Forced Recirculation Evaporators

Wiped Film Evaporators

Wiped Film Evaporators

Wiped Film Evaporators

Extractors

Extractors

Horizontal Rotary Extractors

Percolator Extractors

Liquid-Liquid Extraction


Steam Distillation Plant: For essential oil isolation

Bottle Sterilizer

Bottle Sterilizer

Bottle Sterilizer kills 99.9% of harmful germs. The sterilizer uses natural steam to sterilize baby bottles and other products, killing 99.9% of harmful germs without using chemicals. Perfect for giving you peace of mind that all your baby bottles and other products are sterile.

Chromatographic Column

Chromatographic Column

Chromatographic Column
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Is this Requirement:

One Time Regular

How soon do you want this:

Immediate After 1 month

Purpose of Requirement:

Reselling End Use Raw Material

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    R. P. Singh

    (CEO)

    Food And Biotech Engineers India Private Limited

    Chaprola Road, Palwal, Haryana, India

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