Advantages and disadvantages of rotary waste heat recovery heat exchanger

Advantages and disadvantages of rotary waste heat recovery heat exchanger

Rotary waste heat recovery heat exchangerIt is a heat exchanger that uses a rotor as a heat transfer medium to transfer heat from exhaust gas to fresh air. It has the following advantages:

advantage:

• efficient: The heat recovery efficiency of the rotary waste heat recovery heat exchanger can reach more than 70%, making it one of the most efficient waste heat recovery heat exchangers currently available.
• Wide range of applications: The rotary waste heat recovery heat exchanger can be used to treat various exhaust gases and fresh air, and is suitable for waste heat recovery in different industries.
• Simple structure: The rotary waste heat recovery heat exchanger has a simple structure and is easy to operate and maintain.
• long lasting: The service life of the rotary waste heat recovery heat exchanger is long, generally more than 10 years.

shortcoming:

• high cost: The initial investment cost of the rotary waste heat recovery heat exchanger is high.
• Large area: The rotary waste heat recovery heat exchanger occupies a large area.
• Prone to scaling: The rotary waste heat recovery heat exchanger is prone to scaling and needs to be cleaned regularly.
• Risk of leakage: The rotary waste heat recovery heat exchanger has the risk of leakage and needs to be checked regularly.

Rotary waste heat recovery heat exchangerThe advantages and disadvantages of the heat exchanger determine its scope of application. For situations where high-efficiency waste heat recovery is required, the rotary waste heat recovery heat exchanger is an ideal choice. However, for situations with limited initial investment costs or limited floor space, the rotary waste heat recovery heat exchanger may not be suitable.

The following are some application cases of rotary waste heat recovery heat exchangers:

• Industrial waste gas heat recovery: such as steel, chemical, textile and other industries
• Building heating and ventilation: such as office buildings, hospitals, schools, etc.
• Food processing: such as dairy products, meat products, beverages, etc.

With the increasing requirements for energy conservation and emission reduction, the application of rotary waste heat recovery heat exchangers will become more and more extensive.