What are the key technical specifications that must be met when designing an Organic Waste Gas Treatment Engineering system?

1. Treatment Efficiency and Removal Rate

The Organic Waste Gas Treatment Engineering must achieve a ≥95% removal rate of volatile organic compounds (VOCs) under a specified waste gas flow rate, ensuring emissions comply with the Air Pollution Prevention and Control Law and local emission standards.

Stable adsorption/combustion efficiency must be maintained across different concentration ranges (low concentration <500ppm, high concentration >5000ppm).

2. Temperature and Pressure Control

The adsorption stage must operate at a low temperature (≤80℃) to ensure the adsorption capacity of zeolite or activated carbon; the combustion or high-temperature incineration stage requires an inlet temperature ≥800℃ to ensure complete oxidation of the organic waste gas.

The entire system must have a pressure stabilizing device to prevent leakage or incomplete combustion due to negative or positive pressure fluctuations.

3. Energy Consumption and Economy

Variable frequency drive (such as LQ-TT-CO variable frequency drum zeolite) should be used to achieve adaptive energy consumption adjustment, with energy consumption per unit treatment capacity controlled at ≤0.5kWh/m³. Operating costs are reduced through waste heat recovery or heat exchange technology, with the overall investment payback period controlled within 3-5 years.

4. Safety and Reliability

Explosion-proof electrical systems, automatic alarms, emergency shut-off valves, and other safety devices must be provided, meeting the requirements of GB50016 "Code for Design of Electrical Installations in Explosive Atmospheres".

The equipment structure must facilitate maintenance and replacement of zeolite or activated carbon filter elements, ensuring an annual downtime of ≤5%.