MesoMRCore Nuclear Magnetic Resonance Imaging AnalyzerIt is a multifunctional nuclear magnetic analyzer launched by Neway in 2010, which can achieve analysis and imaging functions. It can also be paired with various independently developed hardware modules (such as low-temperature and high-pressure control modules, high-temperature and high-pressure functional modules) to achieve simulation research under various temperature and pressure conditions. Widely used in geological research, energy exploration and other fields.

Based on the actual needs of the customer, MesoMRCore Nuclear Magnetic Resonance Imaging AnalyzerThere are multiple variants available, which can be combined in multiple directions such as injection direction, temperature control, pressure control, and coil diameter to meet customers' customized needs.

Application solution:

1、 Research Methods
1. Core analysis under conventional conditions
Measurement of porosity and pore size distribution of rock cores and debris
Measurement of permeability of rock cores and debris
Measurement of fluid saturation in rock cores and debris
Bound fluid saturation, movable fluid saturation, oil saturation
Fluid flowability/viscosity analysis
MRI pore fluid distribution measurement
Arbitrary angle, multi-level two-dimensional imaging
Pore imaging observation
Analysis of Oil and Water Content in Drilling Fluid

2. Research on Low Temperature and High Pressure Environment
Study on the mechanism of rock freeze-thaw damage
Research on Soil Freeze Thaw Mechanism
Research on the Formation Mechanism of Natural Gas Hydrates
3. Research on high temperature and high pressure environment
Analysis of Experimental Seepage Mechanism
Dynamically and timely obtain the changes in oil and water saturation and oil containing pores during the experimental process
Two dimensional imaging of fluid distribution changes in displacement environment

2、 Application direction
1. Exploration and development of low-permeability oil fields
Evaluation of movable fluid content in low-permeability oil fields
Evaluation of pore radius distribution in low-permeability oil fields
Oil displacement mechanism in low-permeability oil fields (evaluation of dynamic oil-bearing pore radius distribution)
Evaluation of fracture and microfracture content in low-permeability oil fields
Evaluation of Fracture Mechanism in Low Permeability Oilfield (Changes in Cracks and Microcracks Before, During, and After Fracturing)
Evaluation of oil displacement effect in low-permeability oil fields

2. Exploration and development of gas fields
Evaluation of the Impact of Overburden Pressure Changes on Porosity, Permeability, etc
Evaluation of Pore Radius Distribution in Gas Field Rocks
Evaluation of Gas Field Water Drive Mechanism
Evaluation of the Content of Gas Field Karst Caves, Cracks, and Microcracks
Research on the Mechanism of Gas Field Transformation (Changes in Cracks and Microcracks Before and During Fracturing)

Core fracture imaging

Note: Instrument（）If there are any changes in appearance, please refer to the information provided