Product Details
Online Vocs Waste Gas Non-Methane Total Hydrocarbon Gas Analyzer
>>Overview
The AG-NMHC07 Analyzer is a non-methane hydrocarbon (NMHC) emission
monitoring system based on catalytic oxidation and flame ionization
detection (FID) principles. It provides real-time measurement of
total hydrocarbons (THC) and non-methane hydrocarbons (NMHC)
concentrations in industrial flue gases. This analyzer is designed
for monitoring organic compound emissions from stationary pollution
sources across industries such as petrochemicals, chemical
manufacturing, industrial coating, packaging/printing, rubber
products, electronics, organic solvent production, automotive
manufacturing, pharmaceuticals, and others.
>>Feature1. Full thermal method with high-temperature analysis throughout
the process, effectively preventing sample loss and ensuring
accurate and reliable monitoring data;2. Fast response speed, short analysis cycle, and real-time data
output;3. Simple and quick calibration operation, with calibration time as
short as 30 seconds;4. Compliant with international standards and Chinese national
standard HJ1013-2018;5. 5U standard chassis design for easy integration;6. Integrated high-temperature pump in the analyzer, supporting
direct connection via heated tubing;7. No carrier gas required;8. Simultaneous monitoring of NMHC, THC, and CH4;9. Automatic ignition and hydrogen cutoff after flame
extinguishment, ensuring safety and reliability;>>Technical ParameterManufacturer | JUGE | Model | AG-NMHC07 |
Parameter | NMHC, THC, CH4 | Size | 500mm×482(435)mm×213mm (L×W×H) |
Range | NMHC:(0-200)mgC/m3
| Weight | 25.2kg |
Detect limit | 0. 1mg/Nm3 | Working environment | (5~40)ºC (0~95)%RH |
Analyzer Heating | 120ºC | Sample gas | 80kPa- 110kPa |
Catalytic Temperature | 200ºC | Hydrogen Supply | Purity: ≥99.99% Source: Hydrogen cylinder or hydrogen generator Pressure: 0.2 MPa |
Repeatability | ≤ 1% | Air Supply | Clean air, hydrocarbon concentration ≤0.3 mg/m³ Pressure: 0.4 MPa |
Analysis Cycle | ≤ 10s(, 300s) | Drive gas | Dehumidified, dust-free, oil-free compressed air Pressure: 0.4 MPa |
Zero Point Drift, Span Drift | ≤±2%F.S./24h | Calibration Gas | Methane/propane single-component or mixed standard gas Pressure: 0.2 MPa |
Linear Error | ≤±1%F.S. | Power supply | 220 VAC ,50Hz |
Catalytic Efficiency | ≥98% | Power Consumption | 500w , 150W |
CH4 Retention Rate | ≥98% | Communication Protocol | Modbus |
Company Profile
JUGE was established in 2015, specializing in the field of
environmental online monitoring. With environmental online
monitoring systems at its core, JUGE integrates R&D,
production, sales, and after-sales services. It is recognized as
both a National High-Tech Enterprise and a "Specialized, Refined,
Unique, and Innovative" Small and Medium-sized Enterprise, serving
as a comprehensive solution provider for gas and water
environmental protection online monitoring systems.
JUGE provides scientific electrochemical instruments and sensors
for water quality measuring and gas monitoring, such as pH,
conductivity, dissolved oxygen, turbidity, and CEMS System for gas
monitoring with our industry-leading technologies, quality control
system, and customer service.
We strive to empower individuals, organizations, and communities to
better understand and manage water quality by providing innovative
and user-friendly electrochemical instruments and sensors that meet
the needs of all users. Through our work, we aim to create a more
sustainable future for our planet where everyone has access to
accurate and reliable water quality testing technology, and where
the preservation and sustainability of our water resources is a top
priority.
It is believed that after such a long accumulation of years, our
professional ability in the water treatment and gas treatment
industry will also provide better technical support to our partner.
Our target is to serve our customers efficiently and creatively in
order to save their money and time. Any requirements from you will
be responded in 24 hours. We sincerely wish to cooperate with
friends all over the world.