What standards are implemented for exhaust gas pollutants for gas internal combustion generators

Comprehensive emission standards for air pollutants.

The comprehensive emission standards for air pollutants stipulate the emission limits of 33 kinds of air pollutants, and at the same time stipulate various requirements in the implementation of the standards. It came into force on January 1, 1997.

Air pollutant emission standards.

It is to control the emission of pollutants and make air quality.

Achievement of environmental quality standards, limits on the quantity or concentration of pollutants emitted into the atmosphere. It is legally binding upon approval and promulgation by the relevant departments.

In addition to the standards promulgated by the state, all localities and departments can also formulate emission standards applicable to their own regions and departments according to the local atmospheric environmental capacity, the distribution of pollution sources and regional characteristics, and the feasibility of realizing emission standards at a certain economic level. Since 1974, sulphur dioxide has been specified in China's "Pilot Standards for Industrial "Three Wastes" Emissions.

Carbon monoxide, hydrogen sulfide.

and other 13 kinds of hazardous substances emission standards.

The implementation standard of natural gas constant temperature burner exhaust gas includes two aspects: national standard and industry standard. Among them, the national standards are GB 18483-2001 "Air Pollutant Emission Control Standard for Gas Constant Temperature Burners" and GB 18599-2016 "Itemized Measurement and Management of Building Energy Consumption"; Industry standards include the "Implementation Standard for Exhaust Gas of Natural Gas Thermostatic Burner" (DB11 T 916-2018) and so on.

Among them, GB 18483-2001 is the basic standard for limiting the exhaust emissions of gas-fired thermostatic burners in China, mainly including the emission limits of six main pollutants (NOX, CO, O2, SO2, soot, and VOCs). The limits of the standard are divided into two different air volume zones, and the exhaust emission limits are differentiated for different regions.

GB 18599-2016 is a unified standard for energy consumption management and measurement in the field of building energy conservation in China, which includes the utilization, monitoring, measurement, reporting and verification of energy in buildings, and further improves the management and control level of building energy consumption.

DB11 T 916-2018 is based on GB 18483-2001, which further understands the exhaust emission control technology and emission limits of gas thermostatic burners, and further stipulates the emission limits, testing methods and monitoring requirements of gas thermostatic burners.

The formulation and implementation of these standards are of great significance for preventing exhaust gas pollution in the process of gas combustion, alleviating environmental pressure, improving air quality, and promoting sustainable use of energy.

1. There should be no accumulation of water, oil and dirt nearby, and there should be no corrosive gas, so as not to damage the insulation of the generator winding. While preventing moisture and dust, it is necessary to pay attention not to affect the normal ventilation and cooling of the generator. Dust and dirt in the ventilation holes should be cleaned frequently to keep them unobstructed.

The temperature of the cooling air should not be too low to avoid condensation on the windings and other conductive devices.

2. For generators that stop running for a short period of time for some reason, the collector ring does not need to be bandaged and protected, but insulating cardboard, paraffin paper or asphalt paper should be padded between the brush and the collector ring, so as to avoid the brush forming spots on the surface of the collector ring. If the processing surface of the generator is corroded due to the paint peeling off, the rust should be removed in time and coated with anti-rust paint.