On May 18, Xiling Gorge of the Yangtze River after rain, with high gorges and flat lakes, green mountains and green waters, and swirling clouds, formed a beautiful natural ecological beauty.
In order to implement such laws and regulations as the Environmental Maintenance Law of the People's Republic of China, the Law of the People's Republic of China on the Prevention and Control of Air Pollution, the Cleaner Production Promotion Law of the People's Republic of China, and the Decision of the State Council on Implementing the Scientific Outlook on Development and Strengthening Environmental Maintenance, maintain the environment, prevent and control pollution, ensure human health, improve environmental quality, and strengthen the control of nitrogen oxide emissions from Fujian Daily Waste Burning Plant, This Code is formulated to promote the progress of occupational production technology and pollution control technology in combination with the actual situation and characteristics of Fujian Province.
This specification is prepared in accordance with GB/T 3840-1991 Technical Measures for Formulating Local Emission Specifications for Air Pollutants and Guidance on Strengthening the Preparation and Revision of National Emission Specifications for Pollutants.
According to relevant laws and regulations, this specification for ultra-low emission dust meter has the effect of mandatory implementation.
This specification is issued for the first time.
This specification is proposed and under the jurisdiction of Fujian Provincial Environmental Maintenance Department.
This specification was drafted by Fujian Jinhuang Environmental Protection Technology Co., Ltd.
The main drafter of this specification is.
This specification is approved by Fujian Provincial People's Government on XX, 20XX.
This specification is interpreted by Fujian Provincial Environmental Maintenance Department.
NOx emission limit for daily waste burning power generation
1 Scale
This specification specifies the NOx emission limit, monitoring and monitoring requirements of the daily waste combustion plant, as well as the implementation and supervision of the specification.
This specification is applicable to the handling of nitrogen oxide emissions from existing daily waste combustion plants, as well as the environmental impact assessment, environmental maintenance equipment planning, completion inspection and handling of nitrogen oxide emissions after the construction of new, rebuilt and expanded daily waste combustion plants.
The NOx emission of industrial kilns with daily waste quality more than 30% of the total mass of materials entering the furnace (kiln) and special combustion furnaces for sludge and general industrial solid waste generated by daily sewage treatment equipment shall be subject to this specification.
This Code is applicable to the discharge of pollutants allowed by laws and regulations. The site selection of newly established pollution sources and the handling of existing pollution sources in special maintenance areas shall be carried out in accordance with the relevant rules of laws, regulations and rules such as the Law of the People's Republic of China on the Prevention and Control of Air Pollution, the Law of the People's Republic of China on Environmental Impact Assessment, and the Regulations of Fujian Province on Environmental Maintenance.
2 Normative References
The content of this specification refers to the following documents or clauses therein. For undated reference documents, the new edition of Zui of ultra-low CEMS system is applicable to this specification.
GB 16297 Code for Inductive Emission of Air Pollutants
GB/T 16,157 Determination of Particulate Matter and Sampling of Gaseous Pollutants in Exhaust Gas from Stationary Pollution Sources
HJ 693 Determination of nitrogen oxides in exhaust gas from fixed pollution sources Constant potential electrolysis method
HJ/T 42 Determination of nitrogen oxides in exhaust gas from stationary pollution sources Ultraviolet spectrophotometry
HJ/T 43 Determination of nitrogen oxides in exhaust gas from stationary pollution sources Neethylenediamine hydrochloride spectrophotometric method
HJ/T 75 Technical Specification for Continuous Monitoring of Flue Gas Emission from Stationary Pollution Sources (Trial)
HJ/T 76 Technical Requirements and Test Methods for Continuous Monitoring System of Flue Gas Emission from Fixed Pollution Sources (Trial)
HJ/T 194 Technical Specification for Manual Monitoring of Ambient Air Quality
HJ/T 373 Technical Specifications for Quality Assurance and Quality Control of Fixed Pollution Source Monitoring (Trial)
HJ/T 397 Technical Specification for Monitoring of Exhaust Gas from Stationary Sources
Measures for Active Monitoring of Pollution Sources (Decree No. 28 of the State Environmental Protection Administration)
Measures for Environmental Monitoring (Decree No. 39 of the State Environmental Protection Administration)
3 Terms and definitions
The following terms and definitions are applicable to this specification:
3.1 Combustion furnace
A device for treating daily waste by high-temperature oxidation.
3.2 Non hazardous industrial solid waste
Solid waste generated in industrial production activities, with the exception of hazardous waste.
3.3 Existing municipal solid waste incinerator
Before the implementation date of this specification, the daily waste incinerator has been built and put into use or approved by the environmental impact assessment document.
3.4 New municipal solid waste incinerator
New, reconstructed and expanded daily waste burners approved in the environmental impact assessment document after the implementation of this specification.
3.5 Standard conditions
The gas condition when the temperature is 273.16K and the pressure is 101.325kPa.
3.6 Average value
During the sampling period, the average values of the test values of at least three samples shall be collected at equal time intervals (Zui is less than 30 minutes and Zui is more than 8 hours).
3.7 Hourly average value
The arithmetic mean value of pollutant concentration in any hour; Or within one hour, the VOCs online monitoring system collects the arithmetic mean of the test values of four samples at equal time intervals.
3.8 Daily average value
The arithmetic mean of the average value of consecutive 24 hours.
3.9 Emission concentration at baseline oxygen content
4 Emission control requirements
4.1 Time division
Existing enterprises still perform GB18485-2014 Code for Daily Waste Combustion Pollution Control before July 1, 2019, and this code will be implemented from July 1, 2019.
Newly built, rebuilt and expanded enterprises shall implement this Code as of the date of implementation.
4.2 Control requirements for organized emission
The emission concentration of nitrogen oxides from the daily waste incinerator shall comply with the limit values in Table 1.
4.3 The production equipment shall adopt reasonable methods and shall not be diluted for emission. Before the national standard exhaust volume per unit product of irregular production equipment, the 11% (V/V%) O2 (dry flue gas) concentration is taken as the basis for determining whether the air pollutant emission is up to the standard based on the actual measurement converted to the specification.
4.4 Each daily waste incinerator must be equipped with an independent flue gas purification system and an online flue gas monitoring device. The treated flue gas shall be discharged through an independent exhaust funnel; Multi cylinder cluster discharge can be selected for exhaust funnel of multiple daily waste incinerators.
4.5 The enterprise shall establish a pollutant emission control account and keep relevant records. The waste gas treatment device shall be equipped with a useful monitoring system for operation or emission, and the records shall be kept for at least three years.
5 Monitoring requirements
5.1 Enterprises operating waste burning plants shall establish enterprise monitoring systems, develop monitoring plans, conduct self-monitoring on pollutant discharge and its impact on the surrounding environment quality, keep original monitoring records, and publish monitoring results in accordance with relevant laws and regulations, Environmental Monitoring Procedures and other rules.
5.2 The requirements for active monitoring equipment for pollutant emission of enterprises operating daily waste combustion plants shall be implemented in accordance with relevant laws and regulations and the Rules of the Measures for Active Monitoring of Pollution Sources.
5.3 The operating enterprise of the daily waste burning plant shall plan, build and maintain long-term sampling outlets, sampling test platforms and drain outlet signs in accordance with the requirements of the environmental monitoring rules and technical specifications.
5.4 The sampling of the waste gas discharged by the enterprise shall be conducted at the regular pollutant emission monitoring location according to the type of the monitored pollutants. If there is waste gas treatment equipment, it shall be monitored behind the equipment.
5.5 The monitoring frequency and sampling time of NOx emission in flue gas shall be in accordance with the national regulations on pollutant source monitoring.
5.6 The setting of sampling points and sampling methods shall comply with the rules of GB/T 16157, HJ/T 397 or HJ/T 75, HJ/T 76.
5.7 The administrative department in charge of environmental maintenance shall use random methods to carry out daily supervision and monitoring on the daily waste burning plant, and at least once a quarter to monitor the nitrogen oxides in the flue gas.
5.8 The methods and specifications listed in Table 3 or the equivalent analysis method approved by the Ministry of Environmental Protection shall be used for the determination of the emission concentration of nitrogen oxides.
6 Implementation and supervision of specifications
6.1 This Code shall be implemented under the supervision of the administrative department of environmental protection and the professional department of the people's government at or above the county level.
6.2 In any case, the daily waste burning plant shall comply with the ammonia oxide emission control requirements of this specification and adopt necessary measures to ensure the normal operation of pollution prevention equipment. The environmental protection departments at all levels can obtain the average value by sampling on site when conducting supervisory inspection on the daily waste burning plant, and use the monitoring results as the basis for determining whether the pollution discharge behavior conforms to the emission specifications and implementing the relevant environmental maintenance measures.
