The ProSonix I Series Inline Steam Injection Heater Video
The saying is that “A picture is worth a thousand words” and we couldn’t agree more! We recently completed a new video that highlights the unique features and benefits of the PSX I Series inline heater. Below are the features and benefits that we talk about often and now see them in action in the video below. Contact us to discuss your application and learn more about the capabilities of the I Series.
PSX I-Series Inline Heater with PSX Jet Diffuser
Features and Technology
- Steam injection heater with internally modulated steam control
- Radial Multi-port Steam Injector design assures uniform heating for stable & smooth operation
- Internally Modulated steam flow control achieves choked flow conditions for sonic flow (high velocity) steam injection
- Precise temperature control of +/- 1 deg F
- Energy savings results from low pressure drop (typically 1-2 psig)
- Integral Actuator eliminates steam control valve requirements
- Self cleaning design eliminates plugging/fouling with no mineral or scale build-up.
- Handles flow rates from 1 – 15,000 gpm.
- Simplified installation with inline design and positional steam inlet
- Temp rise of up to 250 °F in a single pass through the heater.
- Patent No. 8,167,278,B2
PSX I-Series Design
The ProSonix I Series offers a unique design that allows the ability to size the steam injector and the liquid flow path independently. The steam injection portion is size based on the required steam demand of the process. The liquid flow path is sized based on the liquid flowrate, the customer pipe size to match process piping, and any important fluid characteristics. For example, a 4” steam injector can be paired with a 4”, 6”, 8”, etc. liquid injector. By fitting in the process piping like a pipe spool, this greatly reduces installation costs and provides more flexibility for the piping required for the application.
More Information to learn about steam injection heating:
Download the I Series Brochure
How to Eliminate Steam Hammer