Oil and Gas Display Evaluation Instrument

• After-sales Service: Life Service
• Warranty: 1 Year
• Appliance: Trace Impurity Analysis
• Ray Type: Gamma Ray Spectrometer
• Gaspath System: Three
• Detector: FID
• Model NO.: OG-2000V
• Energy Resolution: ≤7.5%
• Certification: CE, ISO, IEC, GMP
• Spectrometer Detector: SDD
• Stationary Phase: Solid Adsorbent
• Mobile Phase: Gas
• Chromatography Type: Gas Chromatography
• Chromatographic Column Type: Capilary Column
• Chromatographic Column Length: 10~20cm
• Chromatographic Column Diameter: 0.2~0.5mm
• Transport Package: Wooden Box
• Specification: 550mm *530mm*450mmm
• Trademark: jinpu
• Origin: Shandong Zaozhuang
• HS Code: 9027201100
• Production Capacity: 600000/Tower

Product Description

The OG-2000V oil and gas display evaluation instrument is an upgraded version of our company's highly praised YQ-2002 evaluation instrument. While retaining the many advantages of YQ-2002, it further optimizes the electrical and control systems. The highly integrated functional circuits and simple wiring make it easy for non professional maintenance personnel to master. The signal output adopts a USB interface, which can be easily connected to various microcomputers. The pneumatic system adopts high-precision control valves, dual FID detectors, and a forced cooling device, which greatly shortens the sample analysis time. At the same time, it adopts a large Chinese LCD screen, which displays and sets the temperature at each point clearly and conveniently.

The OG-2000V oil and gas display evaluation instrument is mainly used for geochemical logging in drilling sites and laboratory rock pyrolysis analysis, to quantitatively and qualitatively analyze source and storage rocks, and establish vertical geochemical profiles. Analysis of source rocks can determine the richness and maturity of organic matter, classify organic matter types, calculate oil generation, hydrocarbon expulsion, and organic matter degradation rate. Analysis of oil and gas reservoirs can reveal oil and gas indications, classify oil levels, determine reservoir oil properties, calculate reserves, and estimate production capacity. And it can accurately calculate porosity and oil saturation, fundamentally solving the problem of quantitative evaluation of source rocks, making geochemical logging theory consistent with classical reservoir evaluation theory. Further expanding the application field of geochemical logging technology, improving the research efficiency of residual saturation of oil layers in development wells, water washing degree of oil layers, water flooding efficiency, hydrocarbon composition and distribution, etc.

Technical performance

Number	Name	Parameter
1	Minimum detection amount of hydrocarbons	0.001mg hydrocarbon/g rock
2	Baseline drift	<0.1mv/30min
3	Linear range	10^6
4	FID temperature control accuracy	360 ± 0.5 ºC
5	Temperature control accuracy of pyrolysis furnace	600 ± 1 ºC
6	Temperature control accuracy of oxidation furnace	600 ± 1 ºC
7	Pyrolysis cycle analysis	4 cycles (source rock, storage rock, thermal simulation, and user-defined cycles)
8	liter linear distortion	<0.5/min ºC
9	Environmental temperature	0-40 ºC
10	Relative humidity	below 80%
11	Power supply	220V ± 10%, 50 ± 0.5Hz.