Nanofluids Low Temperature Heat Pipe Exchanger for Coke Oven Flue Waste Gas

• Certification: CE, ISO
• Application: Heater, Cooler
• Principle: Recuperative Heat Exchanger
• Style: Steel Type
• Material: Steel
• Transport Package: Container
• Model NO.: HACST-H-5000
• Trademark: HACST
• Origin: China
• HS Code: 8419500090
• Production Capacity: 20000 Pieces

Product Description

Nanofluids low temperature heat pipe exchanger for Coke Oven Flue Waste Gas


Type: flue gas-air heat exchanger
Function: recover the residual heat of exhaust gas
Main characteristics of heat pipe:
1. Quick start, fast heat transfer
2. Small heat resistance, good temperature uniformity
3. High thermal conductivity. 14MW/m.C
4. Large heat transfer capability
5. Wide temperature range
6. Low working pressure
7. Good compatibility
8. Long service life
9. Safe and reliable application
10. Heat transfer element, no matter in the heat excitation state or static state, will not produce any harmful to the human body's radioactive material

Waste Heat Recovery Systems

Waste products (air or liquid) temperature: 80-150ºC

 

HPT heat recovery system use heat pipe technology and the unique structure of the heat pipe heat exchanger to enhance the effective utilization of waste heat.

 

By utilizing a HPT waste heat recovery system, companies can reduce energy consumption and yield a significant cost savings within a short payback period. HPT can analyze your waste heat recovery potential, accurately project the payback period, and fabricate equipment specifically designed for your application. Our experienced engineering team is available to assist from conception to completion, including maintenance.

 

Scope

Electricity production , Paper products, Chemicals, Pharmaceuticals, Food products, Crude oil and gas, Plastics.

 

Sources of Waste Heat

1. Flue gases from fired furnaces
2. Distillation column condensers
3. Power generation turbine condensers
4. Steam condensate
5. Process coolers & heaters

 Types of Waste Heat Recovery Systems

1. Air to air exchangers: Combustion air preheating
2. Waste heat oil heater: Process heating with thermal fluid
3. Air to thermal oil exchangers: High temperature, low pressure heating
4. Air to various fluids: Direct process heating

Waste heat recovery systems engineered by HPT help achieve higher profitability by fully utilizing your current resources. The improvement in efficiency directly offsets the fuel requirement, therefore lowering overall operating costs and conserving resources. Any waste product (air or liquid) with a temperature of 176°F should be evaluated as a source of energy. In most cases, the initial cost is recovered within the first few months of operation.

Non-standard size please provide these parameter

(gas liquid heat exchanger)design
Flue gas inlet(temp.)	Flue gas outlet(temp.)	Liquid inlet(temp.)	Liquid outlet(temp.)	Flue gas flow
ºC	ºC	ºC	ºC	m3/h