HJ 917-2017 in English

VALID

Stationary source emission - Determination of total gaseous mercury - Carbon sorbent traps/thermal cracking atomic absorption spectrophotometric method

Issued on:2017-12-29
Implemented on:2018-04-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $240.00
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Standard No:	HJ 917-2017
Document status:	VALID
Title in English:	Stationary source emission - Determination of total gaseous mercury - Carbon sorbent traps/thermal cracking atomic absorption spectrophotometric method
Title in Chinese:	固定污染源废气气态汞的测定活性碳吸附/热裂解原子吸收分光光度法
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2017-12-29
Implemented on:	2018-04-01
Professional Classification:	HJ-Environment
Related Keywords:	total gaseous mercury spectrophotometric method scopethis standard spectrophotometric method atomic absorption gaseous mercury
Related Topics:	gaseous mercury heat of adsorption hot mercury hj-2017 pyrolysis Exhaust gas mercury standard Determination of Mercury in Exhaust Gas hj/2017 hj 865 2017 Exhaust gas mercury hj 866 2017 hj+2017 hj 857 2017 Fixed waste gas mercury gaseous mercury hj 873 2017 Adsorption and desorption instrument carbon sink carbon sink hj 2017 Exhaust gas cold atomic absorption method "Exhaust Gas from Stationary Pollution Sources 2017+hj Pollution source exhaust gas exhaust pollution source hj+-2017 hj 851-2017 Activated carbon adsorption Stationary pollution source exhaust gas gbt 917-2017 hj2017 Pollution source exhaust gas Pyrolyzer Accessories Determination of Total Mercury in Solid Waste by Cold Atomic Absorption Spectrophotometry Absorption and Adsorption hj /2017 What gas is used in atomic absorption Dynamic gas adsorption instrument Dynamic gas adsorption instrument atomic absorption spectrophotometry gaseous state Adsorption tube for thermal desorption apparatus atomic absorption gas Thermal desorption and pyrolysis atomic spectrophotometry atomic spectrophotometry Spectrophotometric Absorption mercury fever Relative Absorbance Absolute Absorbance a cleavage Quantitative Analysis by Atomic Absorption Spectrophotometry Adsorption raw material Principle of gas adsorption instrument Atmospheric Mercury Absorption Spectrum Atomic Absorption Analysis of Mercury atomic heat Measuring principle of gas adsorption instrument Mercury in exhaust gas Mercury absorption peak TOC from stationary sources Mercury absorption peak Activated carbon adsorption tube Mercury in Stationary Sources Tick absorbance atomic fluorescence atomic absorption mercury atomically absorbed gas intermolecular adsorption Heat of Adsorption Determination Method Which gases are used for atomic absorption Adsorption and desorption dynamic gas adsorption Mercury Determination Vapor Absorption Method Atomic Absorption Test for Mercury Adsorption-desorption instrument Use of Atomic Absorption Spectrophotometry Principle of Gas Adsorption Adsorption principle of gas adsorption instrument Absorption Spectrophotometry Adsorption principle of gas adsorption instrument Activated carbon absorption molecular desorption field desorption source Absorbance value Absorption Flue gas mercury concentration Thermal cracking and thermal desorption Exhaust gas mercury Principle of gas adsorption instrument Absorption Spectra of Pollutants in Water Adsorption pyrolyzer Adatom Activated carbon absorption The principle of gas adsorption instrument n2 adsorption and desorption instrument Pyrolysis temperature Principle of nitrogen adsorption method Oxygen requirements for atomic absorption Break down and absorb lactose molecules hj200 meteorological molecule absorption Experimental principles of alkali lysis method Thermal desorption principle Ar gas adsorption Analytical methods for chromium in waste gas from stationary pollution sources What are the analysis methods for chromium in waste gas from fixed pollution sources? Mercury absorbance standard curve Validation of mercury method for stationary pollution sources Determination of Arsenic in Waste Gas from Stationary Pollution Sources

本标准规定了测定固定污染源废气中气态汞的活性炭吸附/热裂解原子吸收分光光度法。
本标准适用于加装脱硝、除尘、脱硫的燃煤电厂排放烟气中气态汞的测定。

Scope

This standard specifies the activated carbon adsorption/thermal pyrolysis atomic absorption spectrophotometric method for the determination of gaseous mercury in waste gas from fixed pollution sources. This standard is applicable to the determination of gaseous mercury in flue gas from coal-fired power plants equipped with denitrification, dust removal, and desulfurization. When the sampling volume is 10L (dry flue gas under standard conditions), the detection limit is 0.1μg/m3 and the lower determination limit is 0.4μg/m3.

More samples: YD/T 3934-2021 NB/T 47013.2-2015 JC/T 2453-2018

Sample only — not a preview of HJ 917-2017

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HJ 917-2017 in English

Stationary source emission - Determination of total gaseous mercury - Carbon sorbent traps/thermal cracking atomic absorption spectrophotometric method

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