Introduction
DW-EXPEC3200-200 portable total hydrocarbon, methane and non-methane total hydrocarbon measuring instrument adopts high temperature catalytic oxidation + FID detection technology. It can effectively avoid the loss of samples with high boiling point and high concentration, and realize the accurate measurement of total hydrocarbons, methane and non-methane total hydrocarbons in waste gas from fixed pollution sources and fugitive emissions. The detection limit can reach ppb level, and the product is completely in line with non-methane total hydrocarbon The on-site monitoring method standard meets the index requirements in the "Technical Requirements and Detection Methods for Portable Monitors for Total Hydrocarbons, Methane and Non-methane Total Hydrocarbons in Ambient Air and Exhaust Gas" (HJ 1012-2018).
Features
1.Highly integrated, extremely portable
The weight of the host (including gas cylinder and battery) is less than 6.5 kg, which is only the weight of similar products 33%~70% of the volume.
Integrated industrial design, can be carried on one or two shoulders, and a single person can complete the detection task.
2.Excellent battery life, worry-free gas and electricity
Gas supply: Built-in zero-level air generator module, no need for external carrier gas and auxiliary gas; Supports hydrogen storage alloy or steel cylinders, and can be safely inflated with a hydrogen generator.
Power supply: Support AC220 V or hot engine to replace the battery, the battery life is greater than 20h.
3.High temperature heat tracing, reduce loss
The whole process of high temperature heating sample transmission and high temperature FID detection can effectively avoid high boiling point, high concentration sample loss.
4.Second-level analysis, one-click completion
Second-level analysis, real-time sampling, fast and accurate feedback of working conditions.
One-click wizard operation.
Applications
1.Environmental inspection and enforcement of organized and unorganized emissions of non-methane total hydrocarbons.
2.Organized and unorganized emissions of non-methane total hydrocarbon pollutants self-examination.
3.Comparison and acceptance of non-methane total hydrocarbon online monitoring system.
4.VOCs lake source investigation.
5.Efficacy Evaluation of VOCs Treatment Facilities.
6.Other application scenarios involving non-methane total hydrocarbon monitoring.