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The Ultra-low Emission Path of Beijing Shougang Co., Ltd. 版權信息
- ISBN：9787502491994
- 條形碼：9787502491994 ; 978-7-5024-9199-4
- 裝幀：一般膠版紙
- 冊數：暫無
- 重量：暫無
- 所屬分類：>
The Ultra-low Emission Path of Beijing Shougang Co., Ltd. 內容簡介
In May 2018，General Secretary Xi Jinping made it clear that promoting ecological civilization development is the fundamental strategy for the sustainabledevelopment of the Chinese nation in his speech at the National Conference on Ecological Civilization.In recent years，with the implementation of ultra-low emissions in thermal power industry，the steel industry has become thelargest source of pollutant emissions.In April 2019，the Ministry of Ecologyand Environment and other four ministries jointly issued the Opinions on Promoting the Implementation of Ultra-low Emissions in Steel Irdustry，puttingforward clearly the emission standards and time limit. Pollutants emitted from steel industry vary greatly from thermal power industry in several aspects.First，there are a large number of pollutant discharge ports.A steel plant with an annual output of 8 million tons has about 200 organized discharge ports.Second，steel industry has a long process.A steel company has multiple processes such as coking，sintering，pelletizing，iron-making，and steelmaking，hot-rolling，cold-rolling.Third，there are various pollutants.Pollutants not only include particulate matter，sulfur dioxide，nitrogen oxide but also VOC，dioxin and heavy mental.Fourth，unor-ganized governance is difficult because there are many unorganized emission points.Each steel company need to set thousands of unorganized emission points.Fifth，the logistics volume is large.A company needs to transport 4-5 tons steel，and it is difficult to transport steel by rail，sea or other centralized modes of transport in some areas. According to the steel industry ultra-low emission standards，it is extremely difficult to achieve the entire process of ultra-low emissions.First，it lacks mature technologies to treat flue gas.Second，there are great gaps in environmental protection infrastructure，environmental protection management level，and the worker operation level among companies.Therefore，it is a great challenge for every steel enterprise to realize ultra-low emission in the whole process.
The Ultra-low Emission Path of Beijing Shougang Co., Ltd. 目錄
1 Company Profile
1．1 Overview
1．2 Equipment
1．3 Product Background
1．4 Landscaping
1．5 Investment in Environmental Protection
2 Planning
2．1 Situation of Implementing Ultra-low Emissions
2．1．1 Continuous Promotion and Deepening of Excess Capacity Reduction and Supply-side Structural Reform
2．1．2 Environmental Protection Policies Continue to Promote Green Development
of the Steel Industry with Ultra-low Emissions
2．1．3 Large Volume of Pollutants in Steel Industry
2．1．4 Problems and Solutions to Total Ultra-low Emission
2．2 Investigation on the Deep Treatment of Smoke
2．3 Program Exchanging
2．4 Determination of Technical Route
3 Implementation
4 Operations
4．1 Organized Emission Control Technologies
4．1．1 Source Governance and Process Control
4．1．2 Treatment Technology of Pollutants in Sintering Process
4．1．3 Technology for the Treatment of Pollutants in Pelletizing Process
4．1．4 The Treatment Technology of Pollutants in the Iron-making Process of
Blast Furnace
4．1．5 Pollutant Treatment Technology in Steelmaking Process
4．1．6 Pollutant Treatment Technology in Hot Rolling Process
4．1．7 Pollutant Treatment Technology in Cold Rolling Process
4．1．8 Technology for the Treatment of Pollutants in Energy Systems
4．2 Unorganized Management and Control Technology
4．2．1 Construction of Non-organized Intelligent Control Platform
4．2．2 Material Storage
4．2．3 Material Transportation
4．2．4 Production Process Control
4．3 Clean Transportation
4．3．1 Railway Transportation
4．3．2 Clean Energy Vehicle Input
4．3．3 Non-road Moving Machinery
4．4 Monitoring and Control System Construction
4．4．1 CEMS System Configuration
4．4．2 Ambient Air Quality Monitoring
4．4．3 DCS System Construction
4．4．4 Video Monitoring
4．4．5 Environmental Protection Facilities Sub-metering Electricity
5 Evaluation and Monitoring
5．1 Evaluation of Organized Pollutants Emission
5．1．1 Evaluation Methods
5．1．2 Monitoring Content
5．1．3 Analysis of Manual Monitoring Results
5．1．4 Analysis of Enterprise Self-monitoring Results
5．2 Unorganized Emission
5．2．1 Evaluation of Control Measures for Material Storage Unorganized Emissions
5．2．2 Evaluation of Material Transporting Unorganized Emission Control Measures
……
6 Daily Management
7 Effect
8 Prospect Planning
1．1 Overview
1．2 Equipment
1．3 Product Background
1．4 Landscaping
1．5 Investment in Environmental Protection
2 Planning
2．1 Situation of Implementing Ultra-low Emissions
2．1．1 Continuous Promotion and Deepening of Excess Capacity Reduction and Supply-side Structural Reform
2．1．2 Environmental Protection Policies Continue to Promote Green Development
of the Steel Industry with Ultra-low Emissions
2．1．3 Large Volume of Pollutants in Steel Industry
2．1．4 Problems and Solutions to Total Ultra-low Emission
2．2 Investigation on the Deep Treatment of Smoke
2．3 Program Exchanging
2．4 Determination of Technical Route
3 Implementation
4 Operations
4．1 Organized Emission Control Technologies
4．1．1 Source Governance and Process Control
4．1．2 Treatment Technology of Pollutants in Sintering Process
4．1．3 Technology for the Treatment of Pollutants in Pelletizing Process
4．1．4 The Treatment Technology of Pollutants in the Iron-making Process of
Blast Furnace
4．1．5 Pollutant Treatment Technology in Steelmaking Process
4．1．6 Pollutant Treatment Technology in Hot Rolling Process
4．1．7 Pollutant Treatment Technology in Cold Rolling Process
4．1．8 Technology for the Treatment of Pollutants in Energy Systems
4．2 Unorganized Management and Control Technology
4．2．1 Construction of Non-organized Intelligent Control Platform
4．2．2 Material Storage
4．2．3 Material Transportation
4．2．4 Production Process Control
4．3 Clean Transportation
4．3．1 Railway Transportation
4．3．2 Clean Energy Vehicle Input
4．3．3 Non-road Moving Machinery
4．4 Monitoring and Control System Construction
4．4．1 CEMS System Configuration
4．4．2 Ambient Air Quality Monitoring
4．4．3 DCS System Construction
4．4．4 Video Monitoring
4．4．5 Environmental Protection Facilities Sub-metering Electricity
5 Evaluation and Monitoring
5．1 Evaluation of Organized Pollutants Emission
5．1．1 Evaluation Methods
5．1．2 Monitoring Content
5．1．3 Analysis of Manual Monitoring Results
5．1．4 Analysis of Enterprise Self-monitoring Results
5．2 Unorganized Emission
5．2．1 Evaluation of Control Measures for Material Storage Unorganized Emissions
5．2．2 Evaluation of Material Transporting Unorganized Emission Control Measures
……
6 Daily Management
7 Effect
8 Prospect Planning
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