Integrated exhaust gas purification machine

The Haolong waste gas purification integrated machine equipment adopts the "zeolite rotary adsorption concentration+desorption+catalytic oxidation combustion" process, which is suitable for a wide range of air volume and concentration, and can treat complex organic waste gases. It can meet the requirements of intermittent and continuous waste gas treatment. The processing air volume ranges from 2000 Nm ³/h to 100000 Nm ³/h, and the concentration range can be from 50mg/m ³ to 1200mg/m ³, with a wide range of adaptability and low operation and maintenance costs. The purification efficiency is high, reaching up to 99%, effectively solving the problem of organic waste gas not meeting standards.

The concentrated rotary catalytic combustion integrated machine adopts the process of "zeolite rotary adsorption concentration+desorption+catalytic oxidation combustion".

Under normal working conditions, the exhaust gas is discharged in compliance with standards after being adsorbed by the impeller under the action of the induced draft fan. (Purification process)

After a certain period of adsorption, the molecular sieve is subjected to hot air desorption regeneration to restore its adsorption performance. (Regeneration process)
The detached VOC molecules are decomposed through catalytic combustion before being emitted. (Combustion process)

Process principle:

The concentrated rotary catalytic combustion integrated machine adopts the process of "zeolite rotary adsorption concentration+desorption+catalytic oxidation combustion".
VOCs exhaust gas is filtered through a filter to remove paint mist, paint residue, etc. from the exhaust gas, in order to improve the service life of the wheel and reduce maintenance costs in the later stage. The zeolite molecular sieve adsorption and concentration wheel has a sealing system consisting of two parts: treatment and regeneration. The wheel rotates slowly to ensure a complete and continuous adsorption process. When the exhaust gas passes through the treatment zone, the components of the exhaust gas are adsorbed by the adsorbent in the impeller, and the exhaust gas is purified and discharged. The impeller gradually approaches adsorption saturation. At the same time, in the regeneration zone, high-temperature air passes through the adsorption saturated impeller, and the adsorbed exhaust gas is desorbed and carried away by the high-temperature air, thereby restoring the adsorption capacity of the impeller. The desorbed high-temperature gas enters the RCO oxidation device for oxidation treatment.
When the rotating adsorption wheel is in operation, the adsorption and desorption processes are continuously carried out, and the concentration fluctuation of the desorbed concentrated waste gas is small, avoiding the concentration fluctuation formed by the fixed adsorption bed during desorption, which is conducive to controlling the stable and safe operation of the entire system, and can ensure the stability of the output heat of the subsequent processing unit.
This process adopts zeolite molecular sieve adsorption purification, combined with hot air desorption regeneration. The concentrated VOC is treated by catalytic combustion to meet the requirements of standard emissions.

Advantage:

● Integrated design: adopting standardized and modular design, easy to disassemble and transport; Reduce labor and transportation costs, with high cost-effectiveness and low investment costs.
Reasonable structural layout: Adopting a standardized process structure layout, the main heat dissipation components (air ducts, heat exchangers, etc.) are externally mounted, solving the problem of high internal temperatures and difficulty in heat dissipation that currently exists in the same industry.
Molecular sieve medium: Replacing activated carbon medium with hydrophobic molecular sieves can solve the problems of water-based paint adsorption, high-temperature desorption (safety), and hazardous waste;
Intermittent desorption: It can adapt to complex operating conditions with uncertain gas volume, variable concentration, and irregular operation, and can be used immediately;
Low operating costs: Low daily operation and maintenance costs, utilizing regenerated waste heat for desorption, simple and easy to implement, safe and controllable;
Dual energy management: intelligent+energy-saving, the system has functions such as automatic control, self diagnosis, and automatic alarm, achieving intelligent management and maintenance.

Scope of application: