Spraying tower inert gas treatment:

Inert gases, while non-hazardous, can lead to a decrease in oxygen levels when accumulated in large quantities, potentially causing asphyxiation.

Discharge at suitable outdoor locations.

If cylinders or instruments are indoors, a ventilation duct can be connected to slowly exhaust them outdoors.

2. Spraying Tower for Gas Treatment Assistance

Powders, petroleum products, greases, and combustible materials adhering to container valves or utensils must be thoroughly cleaned before the treatment with an oxidizing gas can proceed.

(2) It is strictly prohibited to handle combustible gases and oxidizing gases in the same area or nearby to prevent explosion accidents.

(3) No ignition sources, combustible materials, or explosive items should be present in the vicinity of the assist gas handling.

3. Treatment of gaseous emissions in spray towers

(1) When releasing flammable gases, if the volume is significant, it is advisable to choose a location with minimal human presence. Ensure the area is free from fire hazards and have appropriate fire extinguishers, sand, and water on standby.

(2) When releasing flammable gases from steel cylinders, staff should stand to the side of the exhaust outlet to operate, to prevent the gas from being ejected and causing injury.

When using the combustion method for treatment, a pressure relief valve should be installed to control the speed of the combustible gas, allowing the gas to be released slowly to ensure it is fully combusted within the combustion device.

4. Treatment of Toxic Gases in Spraying Towers

When dealing with toxic gases, staff must wear protective gear such as gas masks and gloves, and individuals not involved in the handling process are strictly prohibited from entering the toxic gas area.

(2) Absorbents and adsorbents used in toxic gas treatment must maintain their effectiveness before use.