Nian Wei Tan
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View article: Numerical calculation of bottom hole circulating temperature in wellbore cementing processes with multi-fluid and multi-step
Numerical calculation of bottom hole circulating temperature in wellbore cementing processes with multi-fluid and multi-step Open
View article: Advanced Elastic and Reservoir Properties Prediction through Generative Adversarial Network
Advanced Elastic and Reservoir Properties Prediction through Generative Adversarial Network Open
The prediction of subsurface properties such as velocity, density, porosity, and water saturation has been the main focus of petroleum geosciences. Advanced methods such as Full Waveform Inversion (FWI), Joint Migration Inversion (JMI) and…
View article: Enhancing Channelized Feature Interpretability Using Deep Learning Predictive Modeling
Enhancing Channelized Feature Interpretability Using Deep Learning Predictive Modeling Open
Automating geobodies using insufficient labeled training data as input for structural prediction may result in missing important features and a possibility of overfitting, leading to low accuracy. We adopt a deep learning (DL) predictive m…
View article: Harness AI and machine learning in de-emulsifier chemical selection
Harness AI and machine learning in de-emulsifier chemical selection Open
The most common method of preventing the formation of emulsions in the petroleum industry is by the application of a de-emulsifier chemical. The standard approach of selecting an appropriate de-emulsifying agent is by scanning different ch…
View article: Characterizing Early Time Fracture Interference Effects and Late Time Reservoir Shape Effects Using Analytical Method
Characterizing Early Time Fracture Interference Effects and Late Time Reservoir Shape Effects Using Analytical Method Open
Based on the asymptotic approximation of the diffusivity equation for slightly compressible fluids, our research team looked into its application in early time fracture interference effects and late time reservoir shape factor effects.
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View article: High-flux underwater superoleophobic hybrid membranes for effective oil–water separation from oil-contaminated water
High-flux underwater superoleophobic hybrid membranes for effective oil–water separation from oil-contaminated water Open
The pristine filter papers were crosslinked with polyvinyl alcohol by tolylene diisocyanate, leading to a superoleophobic surface which enables excellent oil–water separation efficiency.