Saving Power And Energy For The Pulp And Paper Industry For More Than 45 Years

 Huntington Beach, CA /PRNewswire/ - Komax Systems, Inc. is no stranger to the pulp and paper industry with multiple products in place within different process lines throughout pulp and paper mills around the world. With our Direct Injection Steam Heater used for instant water heating, keeping our tank at a consistent temperature with our Scepter Tank Heater, desuperheating steam with our Desuperheater, or reducing chemical usage with our Hi-Sub Bleach Mixer using our unique "Triple Action Mixer," there is no doubt that Komax can help you reduce power and energy with our products.

No Moving Parts, What Does That Mean to Me?

Depending on your process flow and desired results, Komax Systems will design a product unique to your application. With our patented Triple Action Mixing technology and Equalizer Modules, a set of fixed elements are calculated, welded by ASME B31.1 standard, and encapsulated within the desired material of construction for your process flow. 

With no motors and no moving parts, there is no auxiliary power needed and little to no maintenance required. The static mixing and heat occurs by gravity and the process flow alone. This also provides low vibration and no water hammering for a quiet working environment compared to load-motor driven mixers that have a much shorter life expectancy while the same, if not better, mixing and heating results are achieved! Don't believe us? Check out our case studies here!

Typical Applications

• Direct Injection Steam Heater is used for instant water heating and by the pulp and paper mills for heating starch, green liquor and pulp stock.
• Desuperheating steam with our Desuperheater
• Consistent heated temperature and suspended particles with our Scepter Tank Heater
• Hi-Sub Bleach Mixer using our unique "Triple Action Mixer" creates back mixing which produces the high shear that is needed to separate the pulp fibers. Fluidization of the pulp also occurs, allowing excellent chemical contacting which reduces chemical usage.