按照钢铁行业超低排放标准，实现全过程超低排放难度极大。首先，它缺乏处理烟气的成熟技术。其次，企业之间在环境保护基础设施、环境保护管理水平、工人操作水平等方面存在较大差距。因此，如何在整个过程中实现超低排放，对每个钢铁企业来说都是一个巨大的挑战。本书介绍了首钢迁安钢铁股份有限公司的钢铁行业烟气治理技术、管理技术和环保管理等，探索我国钢铁行业实现超低排放的可行途径，为钢铁行业提供了全过程超低排放的丰富经验。

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 UItra-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 .I 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
5.2.3 Evaluation of Control Measures for Unorganized Emissions from Production Processes
5.2.4 Analysis of Monitoring Results of Unorganized Emissions
5.3 Analysis of Ambient Air Quality and Navigation Monitoring Results
5.3.1 Ambient Air Quality Monitoring
5.3.2 Navigation Monitoring
5.4 Clean Transportation
5.4.1 Evaluation Methods
5.4.2 Accounting for the Proportion of Clean Transport in the Last Three Months
5.4.3 Analysis of Consistency of Road Transport of Non-moving Machinery in the Plant
5.5 Monitoring and Control Compliance
5.6 Environmental Management
5.6.1 Performance of Environmental Protection Procedures
5.6.2 Major Environmental Pollution Accidents
5.6.3 Enterprise Credit
5.6.4 Environmental Management
5.6.5 Implementation of Sewage Discharge Permission
6 Daily Management
6.1 Environmental Management and Staffing
6.1.1 Environmental Management Organization
6.1.2 Environmental Management Set-up
6.1.3 Requirements for Environmental Protection Agencies and Personnel at Various Levels
6.2 Division of Responsibilities for Environmental Management at All Levels
6.2.1 General Manager
6.2.3 Environmental Protection Department
6.2.4 Responsibilities of Environmental Management Personnel
6.2.5 Responsibilities of Workers
6.3 Construction of Rules and Regulations
6.4 Daily Control
6.5 Training Promotion
7 Effect
7.1 Environmental Benefit
7.2 Social Benefit
7.3 Economi