tailieunhanh - Quantification of pollutants mass and energy consumption as a tool for industrial wastewater pollution control in steel industry

Quantification of mass flows in production lines and waste treatment lines, as well as quantification of energy consumption at a factory is always challenges in cleaner production and pollution control decision making. The case study has conducted at a representative steel making complex in Vietnam, simulating the material flows of water and waste streams, and energy balance (EB) for water production and wastewater treatment processes, by using STAN (subSTance flow ANalysis) and SANKEY software, respectively. Input data were taken from secondary data sources, and additional monitoring of wastewater flows at the complex. COD was a selected parameter for material flow analysis (MFA) for evaluation of performance of wastewater treatment plants. Further, two scenarios were given for comparison of water and energy consumptions at existing and upgraded wastewater treatment plants. The results have shown that scenario 2, using disc filter (DF) and ultrafiltration (UF) membrane in combination with ultraviolet (UV) for improving quality of treated wastewater, could allow factory to reuse wastewater for production purposes. At the saved amount of fresh water 10,000 m3 /day by reuse of treated wastewater, the saved energy was 1, kWh/day. The quantitative flows of MFA and EB were clearly presented in STAN and SANKEY diagrams. | Quantification of pollutants mass and energy consumption as a tool for industrial wastewater pollution control in steel industry

• Môi trường
• Steel industry
• Wastewater treatment and reuse
• Energy balance
• Material flow analysis
• Industrial wastewater pollution control
• Logarithmic mean divisia index decomposition
• Iron and steel industry
• Energy related CO2 emissions
• The driving forces of change
• Advances in green Steel making technology
• Green Steel making technology
• New steelmaking process lowers green house gas emission
• Sustainable development in steel industry
• Outdated steel production technology
• Redundancy in handling environmental impact assessment process for industry
• Handling environmental impact assessment process
• Steel industry located in industrial estate
• Analytic Hierarchy Process
• Petroleum Products Industry
• Pharmaceutical Industry
• Leather and Leather Goods Industry
• Textile and Clothing Industry
• Tobacco Products Industry
• Refractory Materials Industry
• Explorative Factor Analysis
• Enhancing the steel export
• Mobarakeh steel producer in Iran
• Country’s non oil products
• Principle component analysis
• Journal of Science and Technology
• Establishment of MRV procedures
• Namas development in the steel industry
• Reporting and Verification
• Nationally Appropriate Mitigation Action
• Indian steel Industry
• Multiple regression model
• ANOVA and descriptive statistics
• Impact of capital structure
• Development of socio economic
• SYNTHETIC CHEMISTRY
• COAL INDUSTRIES
• PETROLEUM INDUSTRY
• PAPER INDUSTRIES
• TEXTILE INDUSTRY
• THE IRON
• Summary of Ph D thesis
• Thesis summary Doctor of Economics
• Efficiency of working capital
• Working capital
• Enterprises of Vietnam Steel Industry
• Engineering technology
• mechanical engineering industry
• physical principles
• thermodynamic principles
• the law of conservation
• dynamic physical systems
• for design work
• Graphene oxide nanocomposite
• Cr(VI) ion
• Graphene oxide
• Electroplating industry
• Leather tanning
• Metal finishing
• Steel fabrication
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• công nghệ
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• chế tạo máy
• property and land valuation
• sales comparison
• Ethics of Industry
• Alliance with Health
• Promoting Charities
• Poland – Organization