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Save Money with an Efficient Heat Transfer System Manufactured by Placer Process

Excessive gas and electric operating costs are often attributed to inefficient heat exchanger systems. Placer Process has the wisdom and creative thinking you can use to optimize your heat transfer systems like hot water sets, cooling loops, and energy recovery systems. With a Placer Process engineered heat transfer system you can realize immediate energy savings with minimal capital investment.

Our standard heat transfer systems are designed as follows:

 

Energy System Identifier Designed Energy Transfer Rate* Closed Loop Circulation Flow Pair with existing thermal processes, aging utility systems, or our standard CIP Systems listed below
Piccolo 1.5 MMBtu/hr 100 GPM 40 GPM CIP Flow
Medio 3.0 MMBtu/hr 200 GPM 60 GPM CIP Flow
Grande 4.5 MMBtu/hr 300 GPM 100 GPM CIP Flow
Enorme 6.0 MMBtu/hr 400 GPM 145 GPM CIP Flow
* Assuming 30°F circulation loop temperature difference

 

Beyond this standard offering, we provide a full range of custom engineered solutions to meet your process requirements and energy savings goals. Our experience is based in sanitary food and beverage environments, but our expertise applies to a range of industrial process equipment such as:

  • CIP and COP systems (clean in place and batch washing equipment)
  • Pasteurizes and other thermal process systems
  • Bottle, pouch, and product coolers
  • Indirect heating and cooling loops
  • Energy recovery systems

 

To develop a cost-effective heat transfer system or for more information about heat exchange systems, contact Placer Process at 1-877-251-6082, or send us an email.

Energy Transfer System

  1. Plate and frame heat exchanger
  2. Water loop engineered components
    1. Circulation pump
    2. Water make-up
    3. Over-pressure safety
    4. Expansion tank
    5. Air separator
    6. Loop filter
  3. Energy transfer from:
    1. Steam manifold (pictured)
      1. Regulator
      2. Flow control
    2. Utility cooling loops or excess heat energy flow (recovery)
      1. Booster pump
      2. Flow control
  1. Typical instrumentation integrated with a simple PLC
    1. Pump starter
    2. Temperature indicating transmitter
    3. Pressure indicating transmitter
    4. Flow confirmation sensor
    5. Energy flow shut-off actuator
    6. Energy flow control valve positioner
    7. Pressure and temperature gauges for key locations

 

To develop a cost-effective heat transfer system or for more information about heat exchange systems, contact Placer Process at 1-877-251-6082, or send us an email.

 

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