characteristic

High quality, high stability, real-time measurement of stable isotope d13C in methane, ethane, and propane

Characterize the characteristics of oil and gas, study the sources and genesis of oil and gas

Accelerate drilling, reduce costs, and increase profits

Real time acquisition of first-hand data during drilling process

Professional software package for d13C in affordable oil and gas

IsoMG ™ Integrated system:

Compact structure, modular panel installation,

Can be deployed in mobile laboratories or logging vehicles

The Picarro IsoMG ™ The analysis system is a new generation, field validated isotope logging analysis system that provides a cost-effective solution for real-time mud gas analysis. The system includes gas chromatography GC, combustion module, and δ 13C cavity decay oscillation analyzer (CRDS). All modules are panel mounted and can be placed in a 19 inch standard cabinet.

Easy to use: intuitive user interface, no hardware maintenance required

Performance:

CH4 (C1)+C2H6 (C2) analysis, approximately 5 minutes

Analysis of CH4 (C1)+C2H6 (C2)+C3H8 (C3) for more than 8 minutes

D13C analysis accuracy ≤ 0.5 ‰

Dynamic measurement range: 1% up to 100% C1, Proportion of C2&C3 in natural gas

application:

Direct measurement of d13C in hydrocarbons at oil and gas wellhead

Picarro's patented cavity decay oscillation technology (CRDS): Based on time-domain measurement technology, the decay time of a cavity or filled with target gas is automatically and continuously calculated and compared. This time difference is the decay time difference caused by the absorption of laser by the target gas, and the length of the decay time difference is linearly related to the concentration of the gas

Picarro provides world leading δ 13C analysis solution for natural gas field measurement

Picarro provides world leading δ 13C analysis solution for natural gas field measurement

Gas analysis using gas chromatography GC and N2 as carrier gases

Using catalytic combustion modules to convert hydrocarbons into CO2

CRDS analyzer utilizes characteristic absorption peaks to analyze the abundance of d13C

Provide professional software packages

IsoMG ™ Software and Data Analysis

Real time data collection and analysis
Right - Real time display of the abundance of δ 13C in gas
Left: d13C isotope values corresponding to peak concentrations of methane, ethane, and propane
Bottom left corner: Statistical data