非甲烷总烃超过一定浓度，会对人体产生刺激作用，危害呼吸系统，还可能提高心血管疾病的风险。
在一定条件下经日光照射能产生光化学烟雾，形成细颗粒物等污染物，对空气质量造成负面影响。
非甲烷总烃成分复杂，含量低，要求监测仪器有高灵敏度和精度。一些仪器在低浓度检测时，易出现基线漂移、噪声干扰等问题，影响测量精度。
采样过程中，非甲烷总烃易被采样管路吸附或在富集解析过程中损失，影响测量准确性。
环境空气中存在多种干扰物质，如有机硫、胺、水汽等，会对非甲烷总烃的监测产生干扰，影响测量结果的准确性。

吸附技术是利用多孔性固体材料（吸附剂）的表面吸附力，将废气中的非甲烷总烃截留并富集，浩瀚色谱（山东）应用技术开发有限公司,，研制的《非甲烷总烃吸附管应用在岛津GC2014》测定固定污染源废气中的非甲烷总烃，富集效果良好，在热解析仪上取得了不错的效果。

 

名称：非甲烷总烃富集管

规格：HH-NMHC1754，60-80目

型号：HH-NMHC1754

应用：环境空气/固定污染源废气中非甲烷总烃的富集测定 气相色谱法

 

应用：

安捷伦490在线/便携，4890,5890,6890,7820,7890,8860,8890

岛津GC-14C，GC-2010，GC-2014，GC-2030

赛默飞1310,1300,1610,1600

瓦里安3800系列

布鲁克PE580,590,680,690

磐诺A90，福立GC9790，华爱，天瑞，天美，GC7900，川仪，北分瑞利，东西电子，鲁南瑞虹，捷岛/科晓

 

Non methane total hydrocarbons exceeding a certain concentration can cause irritation to the human body, harm the respiratory system, and may also increase the risk of cardiovascular disease.
Under certain conditions, exposure to sunlight can produce photochemical smog, forming pollutants such as fine particles, which have a negative impact on air quality.
Non methane total hydrocarbons have complex composition and low content, requiring monitoring instruments to have high sensitivity and accuracy. Some instruments are prone to baseline drift, noise interference, and other issues during low concentration detection, which can affect measurement accuracy.
During the sampling process, non methane total hydrocarbons are easily adsorbed by the sampling pipeline or lost during the enrichment and analysis process, which affects the measurement accuracy.
There are various interfering substances in the ambient air, such as organic sulfur, amines, water vapor, etc., which can interfere with the monitoring of non methane total hydrocarbons and affect the accuracy of measurement results.
Adsorption technology utilizes the surface adsorption force of porous solid materials (adsorbents) to intercept and enrich non methane total hydrocarbons in exhaust gas. Haohan Chromatography (Shandong) Application Technology Development Co., Ltd. developed the "Application of Non Methane Total Hydrocarbon Adsorption Tube in Shimadzu GC2014" to determine non methane total hydrocarbons in solid pollution source exhaust gas. The enrichment effect is good and has achieved good results on a thermal analyzer.
Name: Non methane Total Hydrocarbon Enrichment Tube
Specification: HH-NMHC1754, 60-80 mesh
Model: HH-NMHC1754
Application: Enrichment determination of non methane total hydrocarbons in ambient air/fixed source exhaust gas by gas chromatography
Application:
Agilent 490 online/portable, 48905890689088608890
Shimadzu GC-14C, GC-2010, GC-2014, GC-2030
Thermo Fisher Scientific 1310130016101600
Varian 3800 Series
Brooke PE580590680690
Panno A90, Fuli GC9790, Huaai, Tianrui, Tianmei, GC7900， Chuanyi, Beifen Ruili, Dongxi Electronics, Lunan Ruihong, Jiedao/Kexiao