Dissertation > Excellent graduate degree dissertation topics show
Environment Impact Analysis and Protecting Countermeasure about the Construction Engine Project of Brilliance-auto Limited Company
Author: LiangChengShan
Tutor: SuYongBo;LiuMeiYing
School: Northeastern University
Course: Applied Chemistry
Keywords: EIA test-drive exhaust axis concentration organic wastewater super filtration
CLC: X820.3
Type: Master's thesis
Year: 2006
Downloads: 90
Quote: 0
Read: Download Dissertation
Abstract
|
According to the Environmental Impact Assessment Guide of the People’s Republic of China, this paper presented the program analysis, current condition surveys and the pollution burden forecast about the project of the Construction Engine Project of Brilliance-auto Co.Ltd and the protecting countermeasures of pollution were put forward depending on these results.After operation, the main environmental problems are the test-drive exhaust and organic wastewater contained oil and emulsion. The impact caused by test-drive exhaust containing CO and NO_x was predicted according to the environmental axis concentration mode and presented a disposal method of flocculation plus super filtration to organic wastewater to enhance COD removel and meet with discharge standard.Through comprehensive analysis, the construction process is advanced, waste water disposal technology and facilities are dependable, the technics of disposal can reach national advanced level and discharge concentration of contaminants can meet with standards. However, there is also risk.In this paper, the main pollutant emission positions in the process of the engine production are indicated, including the methods of the prevention and control of pollution.
|
Related Dissertations
- Research on the Human Health Damage Assessment Model of Building during the Life Cycle,R131
- Application of Charcoal Loaded Catalyst for Treatment of Organic Pollutants,X703
- Application of Ecological Footprint in Environmental Assessment for Urban Planing,TU984
- Preparation of Polyferric Inorganic Polymer Composites and Application in Treatment of the Starch Wastewater,X703
- Experimental Study on Simulation Organic Wastewater by Electrochemical Oxidation of Different Electrode,X703
- SBR method to deal with agro-food processing wastewater,X703
- Study on Hydrolysis-Acidification of High Concentration Organic Wastewater at Extreme Temperature (70℃),X703
- Investigation of Toxic and Harmful Organic Pollutants Treatment by High Voltage Pulsed Discharge and Ozone Processes,X703
- The Application of BP Neural Network in UASB on Controlling and Operation,X703.1
- Study on Treating of High Strength Ammonia Wastewater in a Submerged Membrane Bioreactor,X703.1
- The UASB IC reactor treating organic wastewater operating characteristics,X703
- Ultrasonic technology processing phenol and ethanol wastewater,X703
- A Study on the Characteristics of Saliniferous Organic Wastewater Treated by Aerobic Granular Sludge,X703
- Immobilized hydrogen-producing sludge degradation of high concentration organic wastewater Hydrogen Research,X703
- Study on the Analysis and Treatment of Pollutants in Environmental Samples,X832
- Study on Organic Wastewater Treatment by Pressurized Biological Contact Oxidation Technology,X703
- Research and Development of Microbial Agents for Reusing Solid-liquid Wastes and Study on Relationship between N-fixing Bacteria and Soil Properties,S144
- Study on the Optimization between Pulsed Source and Reactor in the Degradation of Organic Wastewater by Pulsed Electrical Discharge,X703
- The Mechanism Research for Including of Ecological Compensation in Environment Impact Assessment,X321
- Experimental Research on Coherent Population Trapping Within Zeeman Sublevels of Rubidium under Hanle Configuration,O431.2
- Cloning and Expression of the ligand binding domain of the M-CSFR,Q78
CLC: > Environmental science, safety science > Environmental Quality Assessment and Environmental Monitoring > Analysis and Evaluation of Environmental Quality > General issues > Environmental Impact Assessment
© 2012 www.DissertationTopic.Net Mobile
|