Effective Hot Water with Pick Heaters

Dependable and Energy Efficient Steam Injection Liquid Heaters

Pick's precise and accurate temperature control is the ideal solution for demanding process heating requirements such as industrial wastewater treatment.

Benefits of the Pick Direct Steam Injection Heater include:

  • Precise, accurate temperature control
  • 100% heat transfer - cuts fuel costs up to 28% compared with indirect heat exchangers
  • Widest operating range of any Steam Injection Heater
  • Smooth, quiet operation within acceptable dBA limits
  • Low liquid pressure drop
  • Complete absorption of steam into liquid at point of contact - not dependent on high velocity mixing in downstream piping
  • Eliminates harmful vibration and steam hammer

Pick DSI Heater

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Anaerobic Treatment of Organic Waste

A large dietary supplement manufacturer sought a process for treating industrial waste in a circulation loop scenario.

Benefits of Industrial Wastewater Treatment Using Direct Steam Injection

A Direct Steam Injection System can rapidly and accurately maintain temperatures for processing difficult materials, such as wastewater, and thereby increase the efficiency and reliability of the anaerobic digestion system.

Why Direct Steam Injection Liquid Heating is the Preferred Choice for Many Industrial Applications

Customers have many choices for heating water, liquids or slurries, but Direct Steam Injection (DSI) Heaters should be at the top of the list of options for these challenging applications.

Facing the Limits of Indirect Heat Exchange (Part 1)

The challenges of heating fluids and providing a steady hot water supply are important to a wide range of industry types, and there are many solutions that engineers employ to meet those challenges. Not all solutions are equal, however; following a selection path designed to save up-front costs may not always be the best strategy. There are numerous factors to consider, including ones that may be less obvious.

Finding the Solution of Direct Steam Injection (Part 2)

The limits to indirect heat exchange examined in Part 1 become more significant as greater temperature or pressure is required for heat and hot water applications. In many cases, the solution for design engineers is to opt instead for direct steam injection (DSI).

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