HJ 980-2018
Technical Guidelines for Pollution Source Intensity Accounting for Flat Glass Manufacture (English Version)

Standard No.
HJ 980-2018
Language
Chinese, Available in English version
Release Date
2018
Published By
Professional Standard - Environmental Protection
Latest
HJ 980-2018
Scope
This standard specifies the basic principles, content, accounting methods and requirements for accounting for pollution sources in flat glass manufacturing. This standard is applicable to the intensity accounting of pollution sources of new (renovated, expanded) flat glass manufacturing projects and pollution sources of existing projects. This standard is applicable to the calculation of source intensity of pollution sources under normal and abnormal discharge conditions from flat glass manufacturing. It is not applicable to the calculation of source intensity in accidents such as sudden leakage, fire, explosion, etc. This standard applies to the waste gas, waste water, noise and solid waste produced during the production process of flat glass manufactured by float, calendering and other processes as well as electronic glass industrial solar cell glass (substrate glass for thin film solar cells, packaging glass for crystalline silicon solar cells, etc.) Strong accounting of pollution sources. The pollution source intensity of boilers that implements GB13223 is calculated in accordance with the "Technical Guidelines for Accounting Pollution Source Intensity Thermal Power" (HJ888); the pollution source intensity of boilers that implements GB13271 is calculated in accordance with the Technical Guidelines for Accounting Pollution Source Intensity of Boilers. 2 Factory building sound insulation 10~15, indoor sound source air inlet silencer 12~25, blower, fan and other exhaust exhaust silencer 20~35

HJ 980-2018 history

  • 2018 HJ 980-2018 Technical Guidelines for Pollution Source Intensity Accounting for Flat Glass Manufacture
Technical Guidelines for Pollution Source Intensity Accounting for Flat Glass Manufacture



Copyright ©2024 All Rights Reserved