1.0.1 The standard "Technical code for Projects of Municipal Waste Incineration" is formulated with a view to following out Scientific Outlook on Development, "Law of the Peoples' Republic of China on Prevention and Control of Environmental Pollution by Solid Waste" and the national rules related to municipal waste (hereafter referred to as "waste"), achieving the goal of hazard-free treatment, decrement and recycling in municipal waste treatment, and regulating the planning, design, construction, acceptance and operation of the municipal waste incineration and treatment projects.
1.0.2 This standard is applicable to new, rebuilt and extended projects of municipal waste treatment by incineration.
1.0.3 The scope of waste incineration project and the selection of engineering mode shall be determined according to the following factors: urban social and economic development, master city plan, environmental hygiene planning, waste quantity and characteristic, environmental protection requirement and applicability of incineration technology.
1.0.4 Matured, advanced and reliable technology and equipment shall be adopted in the construction of waste incineration project, to make the project to be of advanced process, reliable operation, pollution control, safety and hygiene, optimal land utilization, convenient maintenance, economic feasibility and management science. The heat energy generated by waste incineration shall be made most used of.
1.0.5 Besides the provisions of this standard, the construction of waste incineration project shall comply with the provisions of the related current national compulsory standards.
1 General Provisions 2 Terms 3 Waste Treatment Capacity and Characteristic Analyses 3.1 Waste Treatment Capacity 3.2 Waste Characteristic Analyses 4 Overall Design of Waste Incineration Plant 4.1 Scale of Waste Incineration Plant 4.2 Plant Location 4.3 General Layout Design of Whole-Plant 4.4 General Plan Layout 4.5 Plant Area Road 4.6 Greening 5 Waste Receiving, Storage and Conveying 5.1 General Requirements 5.2 Waste Receiving 5.3 Waste Storage and Conveying 6 Incineration Systems 6.1 General Policy Conditions 6.2 Waste Incinerator 6.3 Waste Incineration Boiler 6.4 Combustion Air System and Equipment 6.5 Auxiliary Burning System 6.6 Slag Conveying and Treatment Unit 7 Flue Gas Cleaning System 7.1 General Policy Conditions 7.2 Removal of Acid Contaminant 7.3 Dust Collecting 7.4 Removal of Dioxins and Heavy Metal 7.5 Nitrogen Oxide Removal 7.6 Design of Fume Exhaust System 7.7 Fly Ash Collecting, Conveying and Treatment System 8 Waste heat utilization systems 8.1 General Policy Conditions 8.2 Waste-heat-energy Power Generation and Heat-power Cogeneration 8.3 Waste-heat-energy Supply 9 Electrical systems 9.1 General Policy Conditions 9.2 Main Electrical Connection 9.3 Station Service Electrical System 9.4 Small Wiring and Electrical Measuring Instrument Devices 9.5 Illuminating System 9.6 Selecting and Laying of Electrical Cables 9.7 Communication 10 Instruments and Automation Control 10.1 General Provisions 10.2 Automation Level 10. 3 Decentralized Control Systems 10.4 Detection and Alarm 10.5 Protection and Switching Value Control 10.6 Analog Quantity Control 10.7 Power Supply and Air Supply 10.8 Control Room 10.9 Arrangement of Electrical Cable, Pipeline and On-site Equipment 11 Water supply and Drainage 11.1 Water Supply 11.2 Re-circulating Cooling Water System 11.3 Drainage and Waste Water Treatment 12 Fire-fighting 12.1 General Provisions 12.2 Fire-fighting Water Cannon 12.3 Building Fire Precaution 13 Heating, ventilation and air conditioning 13.1 General provisions 13.2 Heating 13.3 Ventilation 13.4 Air Conditioning 14 Buildings and Structures 14.1 Buildings 14.2 Structures 15 Other auxiliary facilities 15.1 Testing 15.2 Maintenance and Storage Houses 15.3 Electrical Equipment and Automation Laboratories 16 Environmental protection and labor health 16.1 General Provisions 16.2 Environmental Protection 16.3 Occupational Health and Labor Safety 17 Project construction and acceptance 17.1 General Provisions 17.2 Project Construction and Acceptance 17.3 Final Acceptance Explanation of Wording in this Code
Standard
CJJ 90-2009 Technical Code for Projects of Municipal Waste Incineration (English Version)
Standard No.
CJJ 90-2009
Status
to be superseded
Language
English
File Format
PDF
Word Count
18000 words
Price(USD)
360.0
Implemented on
2009-7-1
Delivery
via email in 1 business day
Detail of CJJ 90-2009
Standard No.
CJJ 90-2009
English Name
Technical Code for Projects of Municipal Waste Incineration
1.0.1 The standard "Technical code for Projects of Municipal Waste Incineration" is formulated with a view to following out Scientific Outlook on Development, "Law of the Peoples' Republic of China on Prevention and Control of Environmental Pollution by Solid Waste" and the national rules related to municipal waste (hereafter referred to as "waste"), achieving the goal of hazard-free treatment, decrement and recycling in municipal waste treatment, and regulating the planning, design, construction, acceptance and operation of the municipal waste incineration and treatment projects.
1.0.2 This standard is applicable to new, rebuilt and extended projects of municipal waste treatment by incineration.
1.0.3 The scope of waste incineration project and the selection of engineering mode shall be determined according to the following factors: urban social and economic development, master city plan, environmental hygiene planning, waste quantity and characteristic, environmental protection requirement and applicability of incineration technology.
1.0.4 Matured, advanced and reliable technology and equipment shall be adopted in the construction of waste incineration project, to make the project to be of advanced process, reliable operation, pollution control, safety and hygiene, optimal land utilization, convenient maintenance, economic feasibility and management science. The heat energy generated by waste incineration shall be made most used of.
1.0.5 Besides the provisions of this standard, the construction of waste incineration project shall comply with the provisions of the related current national compulsory standards.
Contents of CJJ 90-2009
1 General Provisions
2 Terms
3 Waste Treatment Capacity and Characteristic Analyses
3.1 Waste Treatment Capacity
3.2 Waste Characteristic Analyses
4 Overall Design of Waste Incineration Plant
4.1 Scale of Waste Incineration Plant
4.2 Plant Location
4.3 General Layout Design of Whole-Plant
4.4 General Plan Layout
4.5 Plant Area Road
4.6 Greening
5 Waste Receiving, Storage and Conveying
5.1 General Requirements
5.2 Waste Receiving
5.3 Waste Storage and Conveying
6 Incineration Systems
6.1 General Policy Conditions
6.2 Waste Incinerator
6.3 Waste Incineration Boiler
6.4 Combustion Air System and Equipment
6.5 Auxiliary Burning System
6.6 Slag Conveying and Treatment Unit
7 Flue Gas Cleaning System
7.1 General Policy Conditions
7.2 Removal of Acid Contaminant
7.3 Dust Collecting
7.4 Removal of Dioxins and Heavy Metal
7.5 Nitrogen Oxide Removal
7.6 Design of Fume Exhaust System
7.7 Fly Ash Collecting, Conveying and Treatment System
8 Waste heat utilization systems
8.1 General Policy Conditions
8.2 Waste-heat-energy Power Generation and Heat-power Cogeneration
8.3 Waste-heat-energy Supply
9 Electrical systems
9.1 General Policy Conditions
9.2 Main Electrical Connection
9.3 Station Service Electrical System
9.4 Small Wiring and Electrical Measuring Instrument Devices
9.5 Illuminating System
9.6 Selecting and Laying of Electrical Cables
9.7 Communication
10 Instruments and Automation Control
10.1 General Provisions
10.2 Automation Level
10. 3 Decentralized Control Systems
10.4 Detection and Alarm
10.5 Protection and Switching Value Control
10.6 Analog Quantity Control
10.7 Power Supply and Air Supply
10.8 Control Room
10.9 Arrangement of Electrical Cable, Pipeline and On-site Equipment
11 Water supply and Drainage
11.1 Water Supply
11.2 Re-circulating Cooling Water System
11.3 Drainage and Waste Water Treatment
12 Fire-fighting
12.1 General Provisions
12.2 Fire-fighting Water Cannon
12.3 Building Fire Precaution
13 Heating, ventilation and air conditioning
13.1 General provisions
13.2 Heating
13.3 Ventilation
13.4 Air Conditioning
14 Buildings and Structures
14.1 Buildings
14.2 Structures
15 Other auxiliary facilities
15.1 Testing
15.2 Maintenance and Storage Houses
15.3 Electrical Equipment and Automation Laboratories
16 Environmental protection and labor health
16.1 General Provisions
16.2 Environmental Protection
16.3 Occupational Health and Labor Safety
17 Project construction and acceptance
17.1 General Provisions
17.2 Project Construction and Acceptance
17.3 Final Acceptance
Explanation of Wording in this Code
