Product Description:

The Micro series nuclear magnetic resonance core analyzer is a product developed specifically for rock property analysis, capable of testing porosity, pore size distribution, fluid saturation, and other parameters on 1-inch standard core samples. The nuclear magnetic resonance core analyzer (12M) not only meets the testing requirements of conventional core samples, but also provides higher signal-to-noise ratio and sensitivity for pore analysis of low porosity core samples at a higher frequency (12MHz). It is optimized for low porosity and low-permeability reservoirs, enhancing the ability to collect short relaxation signals and obtaining more accurate data.

Nuclear Magnetic Resonance Core Analyzer (12M)Product Features:

1. Porosity measurement
2. Pore size distribution (T1/T2)
3. Penetration rate prediction
4. Fluid saturation

Scope of application:

The MicroMR12-025V nuclear magnetic resonance analyzer is suitable for analyzing the physical properties of rock cores. It uses nuclear magnetic resonance test results to identify and evaluate reservoirs and pore fluids, providing reference for the exploration and development of oil and gas fields. The measurement results are objective, accurate, and stable in performance.

NMR core analyzing systemApplication indicators:

1. Accuracy of conventional core testing (porosity ≥ 15%): RD<5%,
2. Repeatability: RSD<3%, stability: RSD<3%
RSD: relative standard deviation; RD: Relative deviation

Software Introduction:

Simple and clear testing interface, integrated software functions, easy operation with no special requirements for operators;

The MicroMR12-025V nuclear magnetic resonance analyzer is equipped with nuclear magnetic resonance core analysis software, which can collect the echo string of the core through the nuclear magnetic resonance CPMG sequence, calibrate the standard sample, and perform routine measurements (such as core porosity, nuclear magnetic resonance permeability, oil saturation, and pore size distribution based on T1 and T2 testing parameters) as well as fluid flowability measurements (T2 cut-off time, movable fluid saturation, bound fluid saturation, etc.). It can be used for research and analysis of recoverable reserves of rock formations and preliminary evaluation of reservoir transformation.

Note: If there are any changes to the appearance of the instrument, the product technical data shall prevail.