Boiler Applications

//Boiler Applications
Boiler Applications2018-12-28T08:23:13-07:00

Boiler Applications: Steam Boilers and Hot Water Heating Boilers – OVERVIEW

There are many types of Steam Boilers and Hot Water Boiler systems.  Some systems create steam, while others simply heat water for circulation or distribution.  There are high-pressure systems as well as low-pressure systems, and there are systems that run on gas, or electricity, or fuel oil, etc.  Most industrial Boilers and Hot Water Heaters are constructed of carbon steel, however some have copper alloy and/or stainless steel components.

Boilers and Hot Water Heaters are subject to harsh conditions and they operate almost continuously.  Because of this, it is extremely important to properly maintain these systems and the water that flows through them.  Failure to properly treat the water and maintain the systems will reduce efficiencies and increase operational costs (energy costs, maintainance costs, and replacement costs).

The greatest threats to Boilers and associated equipment are Scale and Corrosion.  Scale is caused by calcium carbonate, calcium phosphate, or magnesium silicate.  The primary cause of corrosion is dissolved oxygen in the feed-water.

Effective Corrosion Control requires the following:

  • Regular monitoring of operation
  • Minimize stresses during start-up
  • Maintain consistent temperature and pressure levels
  • Remove dissolved oxygen in feed-water
  • Maintain the proper pH and alkalinity levels
  • Remove feed-water contaminates
  • Monitor and control feed-water quality
  • Perform regular inspections during service down-time

A regimented chemical treatment program that includes sodium sulfite and a synthetic polymer is recommended for maintaining feed-water quality for most Boiler and Hot Water Heater systems, as well as the downstream components.


Effective Scale Control Program:

  • Regular monitoring of operation
  • Scale Inhibitors (phosphate and/or phosphonate)
  • Dispersant
  • Filters to remove particulates
  • Perform regular inspections during service down-time

Typically, the most cost effective solution for controlling Scale is to implement a chemical treatment program using Scale Inhibitors (phosphonate and/or phosphate) in conjunction with a Dispersant.  Successful programs include monitoring and regular testing of the water quality to validate the effectiveness of the chemicals being used. Monitoring must also include inspection and testing of the chemical pumps and conductivity meters that are being used.

Call or e-mail us today to arrange for an on-site evaluation.  There is no charge, and we will provide you with an honest assessment of the current condition of your Boiler systems, as well as a recommendation for a treatment program that will address your specific requirements.

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