Hot Water Boilers &
Heating Water Systems

MASTER CLASS | MAY 12 -16

This master-class will give you and your employees the knowledge to successfully identify engineers, contractors, technicians and specialists who don’t know what they are doing.  This class will dramatically improve your boiler system engineering designs, your boiler installations, your boiler operations, maintenance, and service.  Depending on the size of your boiler fleet, this class will quickly pay for itself.  Once you truly understand your boilers, you’ll be able to maximize their advanced energy-saving features, and you’ll know how extend their life-span.  Saving money in fuel, repairs and replacement.  In the end, that’s what this class will give you.

Here’s your ticket to becoming a Boiler Master.

SELECT YOUR TRAINING PACKAGE

MON: Heat Transfer

  • The Laws of Thermodynamics

  • Heat Exchange Surface Area in Boilers

  • Heat Transfer Mediums and Differential Temperatures

  • Heat Transfer Coefficients with Different Types of Boilers

  • Heat Exchanger Types and Their Limitations

  • Heating System "Cause and Effects"

TUES: The Combustion Process

  • Burning Hydro-Carbon Fuels: Methane, Natural Gas, Light Oil #2, and Propane

  • Water Vapor and Increased Efficiencies

  • Emissions and NOx Reduction

  • Boiler Turndown and Lowest Possible Firing Rates

  • Combustion Air and Exhaust Venting

  • Gas and Fuel-Oil Piping

WED: Boiler Operation & Maintenance

  • Stepping Through the Firing Sequence

  • Boiler Tuning and 02 Adjustments

  • Cycle Runtimes and Net Efficiencies

  • Preventative Maintenance

  • Troubleshooting

  • Using the Boiler's Ladder Diagrams

THURS: Heating System Piping & Controls

  • Heatload Calculations and Flowrate Requirements

  • Heating Circuit Layout and Controls

  • Pressure Independent Control Valves and Temperature Differentials

  • Distribution Piping Layout

  • Water Expansion and Air Elimination

  • Variable-Primary & Primary/Secondary Piping Systems

FRI: Heating System Optimization

  • Load Matching with Redundancy

  • System Loads, Flows, and Temperature Differentials

  • Average Boiler Runtimes

  • System Volume and Increased Net Efficiencies

  • Best Practices for High Efficiency Boiler Systems