測定制藥工業(yè)大氣污染物苯系物，液化石油氣，二甲醚，甲縮醛，乙縮醛，過氧化物，三甲胺，二甲醚，過氧化物，室內空氣，增塑劑，塑化劑，醫(yī)療器械，環(huán)氧乙烷，苯系物，甲醛，氨水

測定制藥工業(yè)大氣污染物苯系物
測定制藥工業(yè)大氣污染物苯系物 詳細信息：

名稱：吸附管

規(guī)格：1/4*3.5
填料：200mg
形狀：U，直管

型號：TENAX-TA

應用： 制藥工業(yè)大氣污染物排放標準（GB 37823—2019）

揮發(fā)性有機物 volatile organic compounds（VOCs）參與大氣光化學反應的有機化合物，或者根據(jù)有關規(guī)定確定的有機化合物。在表征VOCs總體排放情況時，根據(jù)行業(yè)特征和環(huán)境管理要求，可采用總揮發(fā)性有機物（以TVOC表示）、非甲烷總烴（以NMHC表示）作為污染物控制項目。

3.12 總揮發(fā)性有機物 total volatile organic compounds（TVOC）采用規(guī)定的監(jiān)測方法，對廢氣中的單項VOCs物質進行測量，加和得到VOCs物質的總量，以單項VOCs物質的質量濃度之和計。實際工作中，應按預期分析結果，對占總量90%以上的單項VOCs物質進行測量，加和得出。

3.13 非甲烷總烴 non-methane hydrocarbons（NMHC）采用規(guī)定的監(jiān)測方法，氫火焰離子化檢測器有響應的除甲烷外的氣態(tài)有機化合物的總和，以碳的質量濃度計。

3.14 工藝廢氣 process vents 制藥生產工藝過程中排放的廢氣，包括配制、合成、提取、結晶、離心、過濾、干燥、精制、包裝、溶劑回收等工藝排氣，以及真空泵等輔助設備排氣等。

3.15 發(fā)酵尾氣 tail gas from fermentation 發(fā)酵類化學原料藥生產過程中，從微生物發(fā)酵罐排出的含生物代謝物質的廢氣，也包括發(fā)酵罐清洗、消毒過程中向外排放的含污染物的蒸汽。

3.16 無組織排放 fugitive emission 大氣污染物不經過排氣筒的無規(guī)則排放，包括開放式作業(yè)場所逸散，以及通過縫隙、通風口、敞開門窗和類似開口（孔）的排放等。

浩瀚色譜（山東）應用技術開發(fā)有限公司，采用氣相色譜法，TENAX-TA吸附管富集，成功的測定了制藥工業(yè)大氣污染物苯系物的殘留，柱效高，分離好，結果滿意。


測定制藥工業(yè)大氣污染物苯系物  測試譜圖：




Determination of benzene series of air pollutants in the pharmaceutical industry
Determination of benzene series of air pollutants in the pharmaceutical industry Details:

Name: Adsorption tube

Specification: 1/4*3.5
Filler: 200mg
Shape: U, straight pipe

Model: TENAX-TA

Application: Air Pollutant Emission Standard for the Pharmaceutical Industry (GB 37823—2019)

Volatile organic compounds (VOCs) are organic compounds that participate in atmospheric photochemical reactions, or organic compounds determined in accordance with relevant regulations. When characterizing the overall emissions of VOCs, according to industry characteristics and environmental management requirements, total volatile organic compounds (expressed in TVOC) and non-methane total hydrocarbons (expressed in NMHC) can be used as pollutant control items.

3.12 Total volatile organic compounds (TVOC) adopts the prescribed monitoring method to measure the individual VOCs in the exhaust gas, and add the total amount of VOCs to obtain the total mass concentration of the individual VOCs. In actual work, the individual VOCs that account for more than 90% of the total should be measured and summed according to the expected analysis results.

3.13 Non-methane hydrocarbons (NMHC) adopt the prescribed monitoring method. The sum of gaseous organic compounds other than methane to which the hydrogen flame ionization detector responds is measured by the mass concentration of carbon.

3.14 Process vents Waste gas discharged from the pharmaceutical production process, including process exhausts such as preparation, synthesis, extraction, crystallization, centrifugation, filtration, drying, refining, packaging, solvent recovery, and auxiliary equipment such as vacuum pumps.

3.15 tail gas from fermentation The waste gas containing biological metabolites discharged from the microbial fermentation tank during the production process of fermentation chemical raw materials also includes the pollutant-containing steam discharged from the fermentation tank during the cleaning and disinfection process.

3.16 fugitive emission The random emission of air pollutants without passing through the exhaust tube, including the escape of open workplaces, and the emission through gaps, vents, open doors and windows, and similar openings (holes).


Haohan Chromatography (Shandong) Applied Technology Development Co., Ltd. used gas chromatography and TENAX-TA adsorption tube enrichment to successfully determine the residual benzene series of air pollutants in the pharmaceutical industry. The column efficiency is high, the separation is good, and the results are satisfactory.


Determination of benzene series of air pollutants in the pharmaceutical industry Test spectrum: