PE-1000 high-temperature combustion method oil mercury analyzer

Fully automatic petroleum thermal decomposition mercury analyzer, equipped with multiple automatic samplers

PE-1000 is a globally recognized model for measuring mercury in the petroleum industry, registered in ASTM standard UOP938-10 (Total species of mercury and mercury in liquid hydrocarbons). It is a highly advanced fully automatic mercury analyzer specifically designed for measuring mercury in petroleum.

For samples such as naphtha, condensate, and heavy oil, fully automated measurements are performed with ultra-high sensitivity, precision, and speed. From sampling to measurement, the samples are processed in a closed system, where mercury is detected by atomic fluorescence spectroscopy (AFS) and is rarely disturbed.

In addition, PE-1000 is equipped with a 15 position automatic sampler with vortex function, which saves labor and improves efficiency.

By collecting mercury and mercury compounds into the sample heating tube, hydrocarbons are separated and emitted.

The temperature of the heating tube is controlled under preset conditions, and the mercury compounds are decomposed by heating. The mercury element is concentrated in the mercury collection tube as a gold amalgam. Then, the mercury collection tube is reheated and the released mercury is measured using atomic fluorescence spectroscopy analysis.

Apply newly developed technologies

· Using a closed system to reduce the volatilization of mercury in the sample and prevent contamination of the surrounding environment

·By using atomic fluorescence spectroscopy (AFS), the sensitivity and accuracy of the measurement are more than 30 times higher than previous models.

·By precise temperature control in the combustion path, cross contamination of the next sample is reduced.

·It is often considered difficult to measure mercury in low boiling point compounds without the need for additives or other reagents.

Choose registration criteria, easy to operate

·39;Times New Roman&39;'> The operation process is very simple.

· All you need to do is first put the sample into a small bottle, place the small bottle in the automatic sample injector, and then select the pre registered thermal decomposition conditions.

· Based on our extensive application experience, we have registered important conditions for thermal decomposition measurement for various samples.

· If necessary, we can also measure (PE-1) manually without using an automatic sample injector.

Rich optional configurations

FDFDFD'>This model of instrument has multiple configurations to choose from, some of which can be used for the following measurement methods:

FDFDFD'>· Japanese LP Gas Association standard: JLPGA-S-07 adopts the "gold amalgam collection thermal decomposition atomic fluorescence spectrometer"Method (Option: RH-PE).

FDFDFD'>· The "reduction vaporization gold amalgam atomic fluorescence spectroscopy (manual)" method (options: RH-PE, S-MA) is suitable for high-sensitivity analysis of samples such as environmental water.

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Application and detection methods

Optional Accessories

PE-1000 can be configured with either a 15 position liquid automatic sampler/injector or manual injection (PE-1), and can be upgraded to use an automatic sampler when needed. The compact design optimizes the laboratory workbench space. Other optional attachments includeGas measurement accessories（RH-PE）、 Dual channel direct mercury amalgam (vaporization device) sampler, mercury gas calibration box (MB-1), etc.

Tracheal desorption attachment

RH-PE

Direct gas sampler for liquefied natural gas/liquefied petroleum gas

Direct gold amalgam sampler

Mercury gas calibration box

MB-1

Manual reduction vaporization device

S-MA (20mL) (in combination with RH-PE)

PE-1 manual injection configuration