Research On Atmospheric Environmental Impact Of Petrochemical Park Planning Assessment

The level of planning contain a lot of ranges, involved the industry vary widely, but there is no universal method for all planning EIA while atmospheric EIA is an important topic in the planning EIA.Petrochemical park emissions of large quantities and many kinds of air pollutants which impact seriously on the surrounding environment,and feature pollutants have a greater impact. As the planning EIA is involved in the draft plan before the final formation, petrochemical park planning atmospheric EIA work is more complex and more representative.For the petrochemical park air pollution contain many kinds of pollutants, emissions a lot, in many nodes and in different forms, as well as the characteristics of the uncertainty of the planning scheme. This article gives a study on how to scientifically and objectively evaluating the atmospheric environmental impact of the petrochemical park planning. Learn from the theory and methods from domestic EIA, systematically discusses the ideas, contents and methods of petrochemical park planning atmospheric EIA combined with petrochemical industrial air pollutant emissions and their environmental impact characteristics. And then build a technical framework and system of the petrochemical park planning atmospheric EIA.Paper combines the regulations and requirements of planning EIA technical guidelines in China. And introduces environmental audits, effectiveness of the EIA, greenhouse effect and stench impact to the planning EIA, gives a more comprehensive analysis of the atmospheric environmental impact of planning implementation, improves planning atmospheric EIA.In support of the basic theory methods and systems of a petrochemical park development plan, conducts an atmospheric EIA case study of petrochemical park planning. Analysis the technical requirements of petrochemical park planning on atmospheric EIA, which can guide atmospheric EIA work of other industrial park planning. And will be learned by the atmospheric EIA of other types of planning.