新西兰圣海伦斯奥克兰商学院论文代写

新西兰圣海伦斯奥克兰商学院论文代写:北京的空气污染能治好吗?

像玻璃熔化炉行业创造了氟化氢的排放到空气通过粘土,有时含有氟化物的能力。因此,如果选择含有少量氟化物成分的粘土作为原料,将控制氟化氢的排放过程.。也有一些为了保持电除尘器的除尘效率高,粉尘颗粒的电阻调节到所需的水平。不同的煤种混合,以减少硫的量存在于他们。这种原料管理可以实施,以降低整体杂质,危害大气(“空气污染控制”,1997)。
气中含有很多不同的污染物,包括挥发性有机化合物(VOC)是有机化合物,易挥发,有毒气体和其他气体,其中许多可以导致严重的健康损害,如对脑组织造成不良影响,甚至普通的突变或癌。这些通常控制的三种技术,即吸收,吸附,焚烧或燃烧的实施。这些技术,对温室气体的生产,以及可用于组合或奇异以及。吸收被定义为波运动的过程,在这个过程中能量可以从波传导到通过波的物质.。吸附是一种能力,固体颗粒必须吸引气体分子与表面接触.。焚烧是指将气态元素如VOC等有害气态碳氢化合物、水和二氧化碳化学通过快速氧化过程。还有四分之一个程序在发展,除了这三个,作为一个过程来调节二氧化碳的程度,被称为碳封存。这是一个长期储存的碳粒子在海洋,植物,土壤和地质构造,通常指存储这种碳原子有能力转换成二氧化碳气体,立即生效。这个过程可以通过人为的方式进行,这是人类活动,也可以自然发生。气候变化的某些方面,如大气中二氧化碳的增加已久的问题,本程序实现,通过地球工程学技术和改性利用土地,将确保在空气中的气体的存在将降低到所需的%。地球工程技术通常用于此目的包括碳捕获和存储(森,2014)。

新西兰圣海伦斯奥克兰商学院论文代写:北京的空气污染能治好吗?

Industries like glass melting furnace has the ability to create hydrogen fluoride emission into the air through the clay that sometimes contain certain fluorides. Thus if a type of clay which has minimum amount of fluoride components in it is chosen as a raw material, the hydrogen fluoride emission process will be controlled. There are also examples where in order to maintain the efficiency of electrostatic precipitators at high levels, the electrical resistance of dust particles was regulated to a desired level. Also different coal types are mixed in order to bring down the amount of sulfur present within them. This kind of management of raw materials can be implemented to bring down the overall impurity that harms the atmosphere (“Air Pollution Control”, 1997).

Gas contains a lot of diverse pollutants, including volatile organic compounds (VOC) that is organic compounds that readily evaporate, and various other gaseous air toxics, many of which can cause serious health damages like adverse effects on brain tissue and even generic mutations or cancer. These are generally controlled by the implementation of three techniques, namely, absorption, adsorption and incineration or combustion. These techniques, productive against greenhouse gases as well, can be used in combination or singularly as well. Absorption is defined as a procedure in wave motion, in which energy can be transferred from wave to matter that is travelling through the wave. Adsorption is an ability solid particles have to attract molecules of gases in contact with their surfaces. Incineration is referred to the process of converting gaseous elements like VOC’s and other harmful gaseous hydrocarbons to water and carbon dioxide chemically through rapid oxidation. There is also a fourth procedure in development, in addition to these three, as a process to regulate the degree of carbon dioxide, termed carbon sequestration. This is a long-term storage of carbon particles in the ocean, plants, soil and in geological formations, typically referring storage of such kind of carbons that have capabilities to convert to carbon dioxide gas with immediate effect. This procedure can be carried out through anthropogenic manner that is human activities, and can happen naturally as well. Certain aspects of climate change, like increment of carbon dioxide in the atmosphere has had been a concern for long, and implementation of this procedure, through geoengineering techniques and modified use of land, will ensure that the presence of the gas in the air will be decreased to the desired percent. The geoengineering techniques commonly in use for this purpose include carbon capture and storage (Nathanson, 2014).