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 Energy conservation and emissions reduction is one of the important measures for any process plants, power plant, steel , Automotive, Food , Pharma plants, Textiles, Electronics  etc..

Along with the rising coal prices, the price of saturated steam stays high. The rising energy costs compress the profit margins of the enterprise further.

Adhiam supports in recovering the heat energy from the waste water with available heat exchangers. As far as plate heat exchanger is concerned, its feature of close temperature approach, the maximum heat can be recovered.

Recovery in Textile Industry

Waste water with high temperature comes from the production process of dyeing and printing factory includes the condensate water, cooling water and dyeing and printing waste water. The energy of the water is valuable. The temperature of the condensate water is nearly 100℃ and the dyeing and printing waste water is nearly 60℃ [4]. Most of the hot water is directly discharged without recycling use. This causes the rise of the temperature of the sewage pool on the one hand and serious pollution and energy waste on the other hand.

Suitable systems with plate heat exchangers can be made for recovering the waste energy.

Recovery from the compressor

In a water cooled , oil free aircompressor, the hot water will be at 90 degc temperature. This heat can be recovered and be utilized for other applications in the plant. Almost 90% energy can be recovered. Plate heat exchangers can be effectively used here.

As far as the heat recovery is concerned, the heat exchanger is the only way for recovering the heat. Depends on the applications, suitable type of heat exchangers can be designed for recovering the heat energy.

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Features

  1.  No / very few metal-to-metal contact points in the flow channels
  2.  Up to 12mm plate gap.
  3.  Trouble-free operation for product containing.
  4.  Solids / Particles
  5.  Pulps & fibers
  6. Viscous products

Benefits

  1.  Gentle treatment of heat sensitive products
  2.   Improve plant economics
  3.   Shorter Cleaning-In-Place cycles
  4.   Extend production run time
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