Niumag Analysis Shines at the 2nd Yangtze River International Forum: Advancing Unconventional Exploration with Cutting-Edge Low-Field NMR Technology

Focus on Oil & Gas Frontiers, Drive Technological Innovation

To integrate global academic resources and promote innovation in petrophysics and logging technologies for unconventional reservoirs, the 2nd Yangtze River International Forum on Unconventional Reservoir Petrophysics and Logging Technology Innovation & the 6th SPWLA-SW Academic Annual Meeting will be held from January 30 to February 1, 2026, in the historic city of Jingzhou, Hubei Province.

The forum will bring together leading academicians and experts from around the world to engage in in-depth discussions on nine core topics, including petrophysics, AI-driven well logging, deep and ultra-deep exploration, and dynamic reservoir monitoring. The goal is to establish a high-level international platform for academic exchange and technological collaboration, addressing the complex challenges of oil and gas exploration and development.

Niumag Analysis: Driving Innovation in Reservoir Evaluation with Core NMR Technology

At this prestigious event, Suzhou Niumag Analytical Instruments Co., Ltd. will showcase its advanced low-field NMR analyzers and solutions. Among the highlights are the portable core NMR analyzer and the mobile 2D NMR full-diameter core analyzer, which enable seamless application from laboratory to field settings—delivering high-precision, high-efficiency core analysis for unconventional reservoir evaluation.

             

1. Multi-Field Coupling Dynamic Experimental Analysis System: Simulating Real Subsurface Conditions

Unconventional reservoir evaluation demands more than static analysis—it requires dynamic monitoring under realistic temperature, pressure, stress, and fluid conditions. Niumag’s systems enable full-process dynamic monitoring under complex environments involving seepage, stress, temperature, and chemical fields.

Seepage Field Dynamic Monitoring:

Precisely evaluate oil–water seepage processes, including permeability and wettability analysis. Obtain stratified water cut and pore size distribution data. Analyze imbibition characteristics and support single-phase, mixed-phase, and multi-phase displacement simulations—providing visualized evidence for EOR research.

Stress Field Dynamic Monitoring:

Simulate reservoir stress conditions to assess pore and fracture development. Applied in triaxial compression damage experiments, supercritical CO₂ fracturing, and other cutting-edge studies to reveal the dynamic relationship between rock mechanics and permeability.

Temperature Field Dynamic Monitoring:

Conduct research under specific reservoir temperatures. Monitor gas hydrate formation and dissociation, as well as isothermal adsorption/desorption behavior in shale gas and coalbed methane.

Chemical Field Dynamic Monitoring:

Track structural evolution caused by compositional changes. Evaluate reservoir acidizing effects, gas displacement processes, hydrogen-bearing fluid identification, and CCS/CCUS carbon sequestration experiments—supporting the energy transition.

 

2. Oilfield Site Services: Fast, Accurate NMR Logging While Drilling

To meet the urgent need for real-time, accurate formation data in the field, Niumag offers professional NMR logging and formation evaluation services that bring lab-grade analysis directly to the wellsite. These rapid, non-destructive services provide critical formation parameters, including:

Porosity – precise measurement

Pore structure – full characterization

Oil/water saturation – accurate calculation

Permeability – effective evaluation

Fluid composition distribution and identification

These services significantly enhance decision-making efficiency and provide strong technical support for the real-time evaluation and efficient development of unconventional reservoirs.

 

The Yangtze River International Forum serves as a high-end platform for deep engagement among industry experts, technology partners, and end users. Niumag Analysis will be on site with its low-field NMR technologies, instruments, and solutions—engaging with peers to explore innovative pathways and tackle the challenges of unconventional reservoir evaluation.

The development of unconventional oil and gas resources relies on continuous breakthroughs in petrophysics and logging technologies. Niumag Analysis remains committed to empowering the global oil and gas industry with independently developed, high-end scientific instruments and solutions—providing reliable technical support for a sustainable energy future.