Cleaning Tubes by Hand is
Inefficient
• A dirty, messy job that's often put-off or avoided
• Not practical when done manually.
Boilers would have to be cleaned at least 3 to 4
times per day to maintain peak efficiency.
• Costly in terms of labor. Often scheduled
"after hours" at overtime rates.
• Soot has five times the insulating value of asbestos.
• Accumulations of soot waste fuel.
• Clean boilers deliver more heat per fuel dollar.
• A dirty, messy job that's often put-off or avoided
• Not practical when done manually.
Boilers would have to be cleaned at least 3 to 4
times per day to maintain peak efficiency.
• Costly in terms of labor. Often scheduled
"after hours" at overtime rates.
• Soot has five times the insulating value of asbestos.
• Accumulations of soot waste fuel.
• Clean boilers deliver more heat per fuel dollar.
Saves the Boiler
• Sulfur and vanadium in soot causes pitting and corrosion of boiler surfaces.
• Baked-on soot can eventually cause boiler tube failures.
• Automatic tube cleaning increases boiler tube life-expectancy.
Pays for Itself
• 6 to 20% annual fuel savings result from increased boiler
• No downtime or lost production for cleaning.
• Helps increase boiler output to meet increasing demand.
Low Cost Operation... Maintenance Free
• Cleans according to demand-tied into burner controls.
• No moving parts. All Welded construction.
Cuts Air Pollution
• Helps control stack emissions.
• Most of soot reburned.
• Clean boilers use less fuel.
• Sulfur and vanadium in soot causes pitting and corrosion of boiler surfaces.
• Baked-on soot can eventually cause boiler tube failures.
• Automatic tube cleaning increases boiler tube life-expectancy.
Pays for Itself
• 6 to 20% annual fuel savings result from increased boiler
• No downtime or lost production for cleaning.
• Helps increase boiler output to meet increasing demand.
Low Cost Operation... Maintenance Free
• Cleans according to demand-tied into burner controls.
• No moving parts. All Welded construction.
Cuts Air Pollution
• Helps control stack emissions.
• Most of soot reburned.
• Clean boilers use less fuel.
FOR ALL TYPES OF FIRETUBE
BOILERS
• 2, 3, 4-pass
• Firebox or Scotch Marine
• Induced or natural draft
TYPICAL APPLICATIONS
• Heavy Oil
• Coal
• Wood
• Waste Heat
• Any Residual Fuel
• 2, 3, 4-pass
• Firebox or Scotch Marine
• Induced or natural draft
TYPICAL APPLICATIONS
• Heavy Oil
• Coal
• Wood
• Waste Heat
• Any Residual Fuel
AUTOMATIC TUBE CLEANERS (Distributors
for BET Tube Cleaners)