首页> 外国专利> ESTIMATION SYSTEM OF EMISSION CONTROL LEVEL OF POLLUTANTS FOR REDUCING PHOTOCHEMICAL OXIDANTS AND METHOD THEREOF

ESTIMATION SYSTEM OF EMISSION CONTROL LEVEL OF POLLUTANTS FOR REDUCING PHOTOCHEMICAL OXIDANTS AND METHOD THEREOF

机译:减少光化学氧化剂的污染物排放控制水平估算系统及其方法

摘要

An estimation system and an estimation method of emission control standards of primary pollutants for reducing photochemical oxidants are provided to estimate the emission control standards of primary pollutants, avoid limits of time and space, and expect economic effects in the enforcement a total emission control policy of air pollutants on air pollutants. An estimation method of emission control standards of primary pollutants for reducing photochemical oxidants comprises a step(S101) of establishing a database by receiving topographic, geographic and meteorological information of the entire global, and emission data of primary pollutants, a step(S102) of setting up target areas for emission control by receiving latitude/longitude information from a user terminal, steps(S103-S106) of storing the concentration change estimated values in the database after calculating concentration change estimated values of photochemical oxidants according to the emission control ratios per respective emission sources from an already set simulation model while varying an emission control ratio(M) of nitrogen oxides and an emission control ratio(N) of reactive hydrocarbons of a target control area within designated ranges, and a step(S107) of transmitting the diagrammatized concentration change estimated values by diagrammatizing the calculated concentration change estimated values of photochemical oxidants with respect to the emission control ratios per respective emission sources.
机译:提供了减少光化学氧化剂的主要污染物排放控制标准的估算系统和估算方法,以估算主要污染物的排放控制标准,避免了时间和空间的限制,并期望在实施排放总量控制政策时产生经济影响。空气污染物空气污染物。一种用于还原光化学氧化剂的主要污染物排放控制标准的估算方法,包括步骤(S101):通过接收整个全球的地形,地理和气象信息以及主要污染物的排放数据,建立数据库;步骤(S102)通过从用户终端接收纬度/经度信息来设置排放控制目标区域,在根据每个排放控制比率计算光化学氧化剂的浓度变化估计值之后,将浓度变化估计值存储在数据库中的步骤(S103-S106)在设定范围内改变目标控制区域的氮氧化物的排放控制比(M)和反应性烃的排放控制比(N)的同时,从已经设置的模拟模型中获取各个排放源,并发送步骤(S107)。通过绘制计算出的浓度来绘制浓度变化估计值相对于每个排放源的排放控制比,光化学氧化剂的离子变化估计值。

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