ZOZEN is one of the most influential boiler manufacturers all over the world. The products have been exported to Indonesia, Pakistan, Philippines, Malaysia, Vietnam, Russia, Kazakhstan, Thailand, Australia, Algeria, Outer Mongolia, Papua New Guinea, Bangladesh, Nigeria, Colombia, Tanzania, Mauritius, Madagascar, India, Oman, Laos, Saudi Arabia, Singapore, South Africa and many other countries. ZOZEN’s boilers are used for application in building materials, chemical, pharmaceutical, paper, textile, food, electronics, automobile manufacturing, rubber and many other industries.
Our products sell well all over the world, and have advanced technology in the field of industrial boiler.
_steam_boiler.jpg)
Product thermal capacity:1-20 t/h
Working pressure:0.7-2 Mpa
_steam_boiler.jpg)
Product thermal capacity: 20-110 t/h
Working pressure: 1.25-5.3 Mpa
Product thermal capacity: 20-75 t/h
Working pressure: 1.25-5.4 MPA
Product thermal capacity: 2 – 20t/h
Working pressure: 1 - 2.5 MPA
Product thermal capacity: 4-35 t/h
Working pressure: 1.0-2.5 MPA
Working pressure: 1.0-1.6 MPA
Outlet temperature: 115/70 ℃
Product thermal capacity: 10 - 75 t/h
Working pressure: 1.25-2.45MPA
Product thermal capacity: 1400-29000 KW
Working pressure: 0.8-1.0 MPA
Product thermal capacity: 7000-29000 KW
Working pressure: 0.8-1.0 MPA
Boiler Efficiency Improvement Steps: After Analyzing heat losses in industrial boilers, boiler engineers or technicians can help you to increase your boiler efficiency by 6% – 10%.. Here are the few boiler efficiencies boosting steps listed below:. Complete combustion of fuel so that no unburnt is left behind is a good practice and will add to the boiler efficiency.; Unburnt carbon coming out of the furnace can be …
Read More
to help plant operators reduce waste heat losses associated with the heating equipment. This technical brief supports or complements the software tool Process Heating Assessment and Survey Tool (PHAST) developed jointly by the Industrial Heating Equipment Association (IHEA) and the U.S. Department of Energy’s (DOE) Industrial Technologies Program. Heat Losses from Fuel-Fired Heating Equipment. …
Read More
Boiler Stack Gas Heat Recovery ABSTRACT This report is a detailed study of various heat recovery schemes for Navy shore facilities to utilize otherwise lost stack heat. The waste heat can be used alternatively to improve the boiler efficiency through feedwater and/or combustion-air preheating, or to lighten the boiler load through W process-steam/water heating. The procedure for estimating the …
Read More
WASTE HEAT RECOVERY Bureau of Energy Efficiency 173 Syllabus Waste Heat Recovery: Classification, Advantages and applications, Commercially viable waste heat recovery devices, Saving potential. 8.1 Introduction Waste heat is heat, which is generated in a process by way of fuel combustion or chemical reaction, and then “dumped” into the environment even though it could still be reused for …
Read More
The Boiler Efficiency Calculator takes into account only major energy losses‚ which typically represent 10 to 20% of fuel input. The major energy losses fall into two categories: stack losses‚ and radiation and convection losses. This section deals with the second type of losses‚ that is the heat lost to the surroundings from the warm surfaces of a boiler or high-temperature water generator.
Read More
major heat losses from boiler are due to: 1. High temperature flue gas leaving the stack 2. Moisture in fuel and combustion air 3. Combustion of hydrogen (leaves boiler stack as water vapor) 4. Heat in un-burnt combustibles in refuse 5. Radiation from the boiler surfaces 6. Unaccounted for un-measured losses Sum up the losses and calculate the efficiency using equation: Efficiency (% E) = 100 – Σ …
Read More
The heat loss from the boiler shell is normally a fixed energy loss, irrespective of the boiler output. With modern boiler designs, this may represent only 1.5% on the gross calorific value at full rating, but will increase to around 6%, if the boiler operates at only 25 percent output.
Read More
On the other hand, excess air wastes energy by carrying heat up the stack. A fine line exists between combustion efficiency and safety in ensuring that as little excess air as possible is supplied to the burner. Boiler owners and operators will want to know if their operations are efficient. As the objective is to increase the energy efficiency of boilers, reviewing the causes of heat loss in boiler operations …
Read More
3.1.6 Waste Heat Boilers Figure 11 Waste Heat Boiler 17 Figure 12 Stack Melter in A Die Casting Facility 17 Figure 13 Heat Recovery Curve for Natural GasFired Boiler 18 Figure 14 Direct Contact Condensation Heat Recovery 20 Figure 15 Transport Membrane Condenser 21 Figure 16 Energy Losses from a Boiler versus a Heat Pump 22 Figure 17 Example of a Heat Pump Application in a …
Read More