Products

Shandong Jinpu introduced a series of analytical equipment solutions to promote the upgrading of industrial control technologies around the world

China's analytical equipment industry opens up new opportunities

Shandong Jinpu Portable Gas Chromatograph GC-8890SD for Transformer Oil Analysis

Upgrading the production process of Shandong Jinpu OG-3000 pyrolytic rock analyzer

Gas chromatograph applications are constantly expanding, coverage continues to grow

Gas analyzers "Jinpu" for the mining industry - guarding the safety of mines in the Russian-speaking region

JPS-16A Fully Automatic Headspace Sampler

CS996 Infrared Carbon and Sulfur Analyzer

Fully automatic two-stage thermal desorber JPS-6300

Gas chromatograph GC-7890 with push-button control

Two-stage thermal desorber with automatic sample injection JX3

Automatic headspace sampler AHS-6890

Light hydrocarbon analyzer QT-3000

OG-2000V device for assessing oil and gas shows

JPND3001 Fully Automatic Kinematic Viscosity Analyzer

723N Visible Spectrophotometer

High performance capillary chromatography columns

Multi-functional automatic sampler for gas chromatograph JP-AS160

Portable chromatograph for firedamp analysis of Shandong Jinpu Company

Прибор OG-3000 для пиролиза горных пород

Device OG-3000 for pyrolysis of rocks

Operating principle A pyrolysis furnace heats a rock sample under a programmable temperature increase. Using a flame ionization detector (FID), three peaks are quantitatively recorded - S₀, S₁, S₂ and the Tmax parameter (or five peaks - S₀, S₁, S₂₁, S₂₂, S₂₃). Dioxy...

Send a request

Description

marker

Operating principle

A pyrolysis furnace heats a rock sample under programmed temperature conditions. Using a flame ionization detector (FID), three peaks are quantitatively recorded - S₀, S₁, S₂ and the Tmax parameter (or five peaks - S₀, S₁, S₂₁, S₂₂, S₂₃). Carbon dioxide formed during pyrolysis is detected by an infrared detector as an S₃ peak (in this case, organic and mineral CO - S3CO and S3′CO, as well as organic and mineral CO₂ - S3 and S3′ are recorded separately). The residual carbon in the sample after pyrolysis is burned in an oxidation furnace and detected by an IR detector as residual organic carbon S₄ and residual mineral carbon S₅. Based on the data obtained, the content of total organic carbon (TOC) and mineral carbon (MinC) in the sample is calculated.

Main functional features

The maximum operating temperature of pyrolysis and oxidation furnaces is 850 °C, which makes it possible to accurately determine the Tmax value at higher temperatures.

All parameters of pressure and gas flow in gas lines are automatically measured, displayed and adjusted (optional, upon customer request).

The operating status of the instrument and analysis results can be transmitted via Bluetooth or a network.

In addition to the standard analytical parameters S₀, S₁, S₂, S₄ and Tmax, the device also determines S₃ and S₅, and also calculates TOC (total organic carbon) and MinC (mineral carbon) content.

Optional: automatic sampler for at least 50 positions (at customer's request).

The ability to set custom temperature programs (up to 10 stages of programmable heating), which allows you to analyze various types of samples - source rocks, reservoir rocks, coals, oil shale, as well as experiments on the kinetics of hydrocarbon generation.