VOC Treatment

volatile organic compounds treatment / voc in water treatment / voc treatment technologies

RTO VOC

Sources and hazards of VOCs

Main sources of volatile organic compounds:

In the outdoor, mainly from fuel combustion and transportation of industrial waste gas, automobile exhaust, photochemical pollution;

Indoors, it comes from combustion products such as coal and natural gas, smoke from smoking, heating and cooking, and emissions from building and decorative materials, furniture, household appliances, cleaning agents and the human body itself. In the process of interior decoration and decoration engineering, volatile organic compounds mainly come from paints, coatings and adhesives. VOC content in general paint is 30 to 70 grams per liter. Because volatile organic compounds have strong volatility, under normal circumstances, paint construction within 10 hours, can volatilize 90%.

VOCs: a general term for volatile organic compounds

Organic waste gas:

Alkanes, alkenes, alkynes, aromatic hydrocarbons, aldehydes, ketones, ethers, alcohols, sulfur/chlorine/nitrogen-containing organics

Accompanying ingredients:

H2S, HCL, CO, NH3, etc.

The impact of VOCs on the atmosphere is one of the main causes of haze

The contribution of SOA generated by VOCs to PM_2.5 is 20-50%;
VOCs are important precursors of O_3;
1/3 of VOCs have “three causes” effects, which seriously endanger human health.

VOCs treatment method

Technical points of combustion method

The working principle of combustion method to treat VOCs waste gas

The regenerative thermal oxidizer is used to incinerate the VOCs waste gas at high temperature and discharge it up to the standard. Heat is released to maintain the reaction when the VOCs waste gas is burned. When the concentration is high, the waste heat can be recovered to achieve the goal of “environmental protection + energy saving.”