Product Announcements: Steam Injection Heaters

Kadant Johnson direct steam injection heaters, also referred to as direct injection heaters, are used to rapidly and accurately heat water and water-based slurries by injecting steam directly into the fluid. (read more)

Just like our award-winning production models, the pilot scale Model SC-2 meets all 3A sanitary requirements and is ideal for heating slurry-type products. (read more)

Pro Sonix C-Series Jet Cooker...Direct Steam Injection Heater for Starch Jet Cooker applications in Corn Wet Milling, Ethanol Production, Fructose Production, StarchLiquefaction, Pulp & Paper Wed End & Coating Starch Cooking, along with other Food & Industrial Starch Cooking applications. (read more)

ProSonix, a global leader in process heating solutions, is the recognized innovator in the design & manufacture of direct steam injection heating solutions for industrial process and utility fluid heating applications. (read more)

Steam Injection Heating can deliver on demand hot water with reliable temperature control for process heating & utility applications. Quick heat-up, high turn down, and stable heating in a small package for cost effective plant hot water needs. (read more)

How It Works: PSX Jet Diffuser Technology

Choked Flow Design Delivers Sonic Velocity Steam Injection (read more)

Pick Direct Steam Injection Heaters provide accurate temperature control and ease of maintenance for continuous flow treatment of bio-waste. (read more)

The Pick "BX Series" of Direct Steam Injection Heaters is designed for use in paper mills where high-volumes of starch can be cooked in-line. These compact, non-plugging BX Direct Steam Injection Heaters are available to process flow rates in excess of 1000 GPM. (read more)

The Custom Pick "Sanitary" Direct Steam Injection system can be used to heat/cook any water miscible liquid or slurry instantly on a continuous straight through basis. (read more)

The Custom Pick Variable Flow Direct Steam Injection Heater is designed to deliver hot water at a precisely controlled temperature over a wide range of water flows. (read more)