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ProSonix LLC products
Water Heating - ProJet Water Heating
ProSonix ProJet - Steam Water Injection Heater
ProSonix is pleased to introduce a new option for instantaneous water heating, the ProJet®. The ProJet® offers a compact, versatile and easy-to-install design for instantaneous hot water with a unique 2-stage self-modulating steam flow control design that maintains high steam flow velocity through a wide range of operation.
ProSonix ProJet - Inline Water Heater
The ProJet® combines efficient direct steam injection heating with a simple, compact design that is easy to install and maintain. The ProJet® heater can be installed vertically or horizontally and can be easily maintained by only removing the steam injector.
Steam Sparger for Tank Heating - ProJet Steam Sparger for Water Tank Heating
ProSonix ProJet - Tank Mount Steam Sparger
Unique 2-stage self-modulating steam sparger flow control design, maintains high steam flow velocity through a wider range of operation. Can be side, bottom, or top of tank mounted. Complete condensation and mixing of steam in the water, for precise temperature control, stable vibration free operation, and reliable heating performance. Simple NPT connection to your steam line. For steam pressure 15 psig to 150 psig. Steam flow capacities up to 9,000 pph and up to 9 million Btu/hr. An excellent upgrade for poor performing sparge nozzles, sparge tubes, and steam ejectors. atent Pending.
ProSonix ProJet - Tank Steam Sparger Water Heating for Industrial Tanks
2-Stage Self modulating steam sparger steam injection design. Steam pressure from 15 – 150 psig. Fast, simple NPT steam line connection. 316 SS construction. Extended insertion length up to 4.0'. Extension bolts mounted directly to a tank flange. Can be mounted vertically, horizontally, or bottom mount. Complete condensation allows for higher tank water temperatures than typical sparge nozzles, sparge tubes, and steam ejectors. Self-Cleaning Design. Can be easily inserted or removed from the tank for maintenance.
Sanitary Heater
ProSonix ProJet - Sanitary Inline Steam Injection Water Heater
ProSonix is pleased to introduce a new option for sanitary instantaneous water heating, the ProJet®. The ProJet® offers a compact, versatile and easy-to-install design for sanitary instantaneous hot water with a unique 2-stage self-modulating steam flow control design that maintains high steam flow velocity through a wide range of operation.
ProSonix ProJet - Inline Water Heater
The ProJet® combines efficient direct steam injection heating with a simple, compact design that is easy to install and maintain. The ProJet® heater can be installed vertically or horizontally and can be easily maintained by only removing the steam injector. ProJet® sanitary water heaters are available in 4 sizes with steam connections from 0.75" to 2.0".
Slurries – High Solids, High Viscosities - J-Series PSX Steam Sparger Steam Injection Heater
ProSonix - Modulated Steam Flow Control
Integral Actuator Eliminates external Steam Pressure Control Valve Requirement. For Tanks or Vessels with High Fluid Turnover. Pipe mount design for inline heating. Design for Mass Flow or Trim Temperature Heating. Can be used on oversized pipes (>12.0” dia.) for high flowrate fluid heating & winter freeze protection.
Jet Cooker for Starch Processing - C-Series: Jet Cooker
ProSonix - Co-axial Jet Cooker
Co-axial Jet Cooker design assures optimized starch slurry heating & complete starch cook-out. A starch jet cooker is designed specifically for heating high solids slurries derived from starches, such as potato, wheat, tapioca, rice, and corn. Industrial starch cooking is an important chemical process for starch wet milling, grain ethanol production, and other industrial starch processing applications. The ProSonix C- Series starch jet cooker delivers rapid cooking of the starch with precise temperature control. Steam is continuously injected into the flowing starch slurry through an injector coaxial to a starch condensing tube. The steam and slurry are mixed completely which delivers a superior end product as compared to traditional heat exchangers, steam spargers, and steam eductors. Steam mixing valves and steam sparging when done incorrectly can lead to steam hammer, poor starch cook-out, and poor temperature control.
