A macroscopic model for VOC emissions process complemented by real data

Abstract

Based on tremendous real data, a macroscopic model is established, which can depict the process of volatile organic compound (namely, VOC) emissions. Different from previous work, a complete set of sources is taken into account rather than only an isolated source. These data have been processed to support the sample set in order to prove the validity of the theoretical analyses. Besides, the relationship between the industrial production and VOC emissions of industrial source is discussed and depicted. Furthermore, the relationship between the electronic industrial production and VOC emissions is emphasized and calculated. VOC emissions per unit production is investigated. Additionally, the relationship between the number of sample points in the sample set and VOC emissions is illustrated. Then, the control strategy of VOC emissions is proposed by calculating the optimal solutions of each sample set. It is found that the lower the slope of optimal solutions, the lower the average VOC emissions, the better the VOC emissions control effect.