Pick Direct Steam Injection Industrial & Sanitary Liquid Heaters

Direct Steam Injection Heaters can be used wherever medium to high-pressure steam is available and an unlimited supply of industrial hot water is needed, or to heat liquids or slurries in-line. Worldwide industries served include food, chemical, pharmaceutical, pulp and paper, and general industrial applications that benefit from efficiently produced unlimited hot water supply.

Why Choose Pick?

The heating chamber and internal injection tube of the Pick System is the performance difference between Pick and any other system. Pick’s design prevents pressure equilibrium and automatically stabilizes steam injection pressure. It eliminates shock, hammer, noise, vibration, with very minimal pressure drop and low sound level.

When you install a Pick DSI Heating System you’ll consistently have the liquid capacity and temperature you need. You’re always assured of a dependable heating system under a variety of operation conditions with a Pick Heater.

Energy Efficient - Save Up to 28% in Fuel Costs
Exceptional Temperature Control - +/- 1°C
Wide Operating Range
No Steam Hammer
Low Noise Level - Typically Below 85dBA
Low Liquid Pressure Drop - Less Than 2 PSI (0.14 BAR)
Complete Mixing in Heater Body
Instantaneous
Compact Design
Low Maintenance Cost
No Minimum Straight Piping Before or After the Pick Heater

Featured Industries

Pick Direct Steam Injection Liquid Heaters provide solutions to an array of special applications. Pick Heaters are used in a wide variety of industries. Wherever there is a need to heat water or any type of water miscible liquid or slurry, you are likely to find a Pick Heater. Whatever your liquid heating need, Pick is sure to have the answer.

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Food Processing

The Food Industry's special challenges are perfect for Pick Direct Steam Injection. Throughout the food plant, from process heating to plant sanitation, CIP and hot water sets, Pick provides instant, unlimited hot water at a precise temperature.

Chemical

Pick's precise and accurate temperature control is the ideal solution for demanding process heating requirements across the Chemical Industry like jacketed vessel heating and hot batch filling.

Pharmaceutical

Pick's precise and accurate temperature control is the ideal solution for demanding process heating requirements across the Pharmaceutical Industry.

Pulp & Paper

The Paper Industry finds that Pick Direct Steam Injection Heating Systems consistently provide creative solutions to process heating requirements. The Pick Heater provides low velocity, low noise level and low maintenance design for various machine showers, green liquor heating and starch slurry cooking.

Steam Injection for Energy & Power Industries

Energy and Power

Pick Direct Steam Injection Heaters are a proven solution for many water heating applications in the Power Industry. Pick Heaters exceptional temperature control (within 1°C) as compared to other direct or indirect heating methods can play a critical role in improving plant performance for boiler feed water, reverse osmosis water and similar applications.

Other Industries

Pick Direct Steam Injection Systems are ideally suited for instantly heating water or water miscible liquids wherever precise temperature control, energy savings and ease of installation and operation is desired.

Recent Blog Posts and News

Stay up to date with the latest information from Pick Heaters.

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Advantages of Direct Steam Injection to Process Pet Foods

One effective method to consider for processing heated pet food products or supplements is through the use of the Direct Steam Injection (DSI) System.

Benefits of Steam Injection for Starch Cooking

When considering a new process line, production facilities should examine the type of Direct Steam Injection Heater used. Many think of the jet cooking equipment as simply a high shear device, but that couldn’t be further from the truth, and when maximizing production, high shear isn’t always the best approach.

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).