Product Overview:
The mPVD-9600 portable VOCs detector adopts built-in hydrogen generator technology and is equipped with dual detectors of FID (hydrogen flame ionization detector) and PID (photoionization detector). It can quickly detect volatile organic compounds in ambient air and unorganized exhaust gas without carrying gas cylinders or hydrogen storage equipment. It has the characteristics of long endurance, high concentration without extinguishing, low operating cost, small size, and light weight.
Testing method:
Using FID (hydrogen flame ionization detector)+PID (photoionization detector) to quickly detect volatile organic compounds in ambient air and unorganized exhaust gas; Dual detector technology can cope with more complex detection scenarios and better meet national standards requirements;
Related standards:
Guidelines for volatile organic compound detection techniques for leakage and open liquid level emissions (HJ 733-2014)
Unorganized Emission Control Standards for Volatile Organic Compounds (GB 37822-2019)
Guidelines for Detection and Remediation of Volatile Organic Compound Leakage in Industrial Enterprises (HJ 1230-2021)
Product features:
Built in hydrogen generator
Using electrolyzed water to produce hydrogen as gas, it is ready to use, the raw materials are easy to obtain, the cost is low, and the hydrogen can last for 24 hours after adding water. There is no need for repeated inflation, making it safer to use and more convenient to transport
Gas flow control technology
Using EPC with an accuracy of 0.01Psi to control gas flow, the gas flow rate is more stable during use
Fully explosion-proof design
Through national explosion-proof certification, it meets the requirements for use in explosion-proof places such as petrochemical and chemical industries.
High concentration without extinguishing the engine
The pure oxygen generated by electrolyzing water helps to support combustion, effectively solving the problem of flameout during the determination of high concentration samples
Patent flame determination technology
Millisecond level rapid recognition of flame luminosity changes, more accurate determination of flame status, and more worry free use
Detector constant temperature design
The FID detector chamber adopts a constant temperature design, which makes the flame state more stable, the baseline more stable, and the data more accurate
easy to operate
Equipped with explosion-proof mobile phone, built-in control APP, connected to devices via Bluetooth, supporting various monitoring data queries, on-site information collection, storage, and result calculation
Long term battery life
The host is equipped with a built-in battery, which can work continuously for more than 10 hours and charge for less than 3 hours
Lightweight design
The whole machine (including battery) weighs about 3.3kg, making it easy to carry
application area
Efficiency evaluation of VOCs treatment facilities
LDAR (Leak Detection and Repair)
Emergency monitoring of unorganized VOCs emissions on-site
On site inspection of oil and gas recovery at gas stations and oil depots
Supervisory monitoring of key enterprises involved in VOCs emissions
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