Advantages of methane non methane total hydrocarbon analyzer products

NegotiableUpdate on 04/02

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The advantages of the methane non methane total hydrocarbon analyzer product are the use of dual column, single valve, and blowback technology to achieve one-time injection analysis of methane and non methane total hydrocarbon content. The external standard calculation method is adopted, and the results are accurate and reliable. The sample is sucked into the quantitative ring by the pump, and the switching valve allows the sample to enter the chromatographic column with the carrier gas. Methane and non methane hydrocarbons are separated. When methane flows out of the chromatographic column and enters the detector for detection, the switching valve allows the carrier gas to blow back into the chromatographic column, causing the hydrocarbon compounds (non methane total hydrocarbons) in the column to form a peak and blow back to the detector for detection. This instrument can achieve online multi-point monitoring according to user needs.

Product Details

Advantages of methane non methane total hydrocarbon analyzer products：

Power on self-test functionEquipped with a self diagnostic function upon startup, allowing users to quickly identify the cause and location of instrument malfunctions,

One click reverse control：Networked data communication and remote control reverse control function.

Gas flow processUsing double column, single valve, and blowback technology, the content of methane and non methane total hydrocarbons can be analyzed in one injection. The external standard calculation method is adopted, and the results are accurate and reliable.

Automatic sampling systemThe sample is sucked into the quantitative ring by the pump, and the automatic valve is switched to complete the injection.

Automatic valve cutting completion systemSwitching the valve, the sample enters the chromatographic column with the carrier gas, separating methane and non methane hydrocarbons. When methane flows out of the chromatographic column and enters the detector for detection, switching the valve carrier gas back blows the chromatographic column to form a combined peak of hydrocarbon compounds (non methane total hydrocarbons) inside the column

High sensitivity monitoring systemCylindrical collection electrode structure design, quartz nozzle, responsive*Detection limit: ≤ 8 × 10-12g/s (n-hexadecane/isooctane)Baseline noise: ≤ 2×10-13ABaseline drift: ≤ 2×10-12A/30minLinear: ≥ one hundred and sixBlow back to the detector for detection.

Multi point online detectionThe instrument can achieve online multi-point monitoring according to user needs.

Technical parameters of detector:

Hydrogen flame ionization detector (FID)

Detection limit: Mt ≤ 3 × 10-12g/s (n-hexadecane-isooctane solution);

Baseline noise: ≤ 5×10-14A

Baseline drift: ≤ 1×10-13A/30min

● Linear range: ≥ one hundred and six

● Maximum operating temperature: ≤ 450℃

Thermal conductivity detector (TCD)

Sensitivity: S ≥ 3500mV • ml/mg (n-hexadecane isooctane solution) (amplification 1, 2, 4, 8 times optional)

Baseline noise: ≤ 10μV

Baseline drift: ≤ 30μv/30min

● Linear range: ≥ one hundred and four

Electron Capture Detector (ECD)

Detection limit: ≤ 1 × 10-14g/s (Hexachlorocyclohexane Isooctane Solution)

Baseline noise: ≤ 0.03mV

Baseline drift: ≤ 0.2mV/30min

● Linear range: ≥ one hundred and four

● Radioactive source: 63Ni

Flame photometric detector (FPD)
Detection limit: (S) ≤ 5 × 10^-11g/s； (P)≤1×10^-12g/s （Anhydrous ethanol solution
Baseline noise: ≤ 0.03mV
Baseline drift: ≤ 0.2mV/30min
● Linear range: ≥ ten³（S） 10²（P）
Advantages of methane non methane total hydrocarbon analyzer productsNitrogen phosphorus detector (NPD)
Detection limit: (N) ≤ 1 × 10^-13g/s； (P)≤5×10^-14G/s (azobenzene)Isooctane solution
Baseline noise: ≤ 0.03mV
Baseline drift: ≤ 0.2mV/30min
● Linear range: ≥ ten²（N） 10³（P）