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Qingwang Yuan

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Associate Professor

Pennsylvania State University

United States

Research Interests

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Dr. Qingwang Yuan is an Assistant Professor at Texas Tech University in the United States. His research focuses on hydrogen production through innovative methods such as in-situ combustion gasification and numerical modeling, utilizing machine learning and electromagnetic heating. Recent publications highlight his contributions to understanding reaction mechanisms and the role of natural catalysts in hydrogen generation from fossil fuel reservoirs.

Recent Grants

Grant: Close

Experimental and Mathematical Modeling of Flow Instability in Heavy Oil Recovery Processes

Open Date: 2016-04-01

Close Date: 2017-11-01

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Collaborators (17)

Ricardo Navar

Staff Scientist

Los Alamos National Laboratory

UNITED STATES

Qingwang Yuan

Research Interests

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About

Recent Grants

Articles (29)

Geochemical modeling of geological hydrogen generation by serpentinization

Reservoir-scale modeling and techno-economic analysis of in-situ hydrogen production from heavy oil reservoirs via cyclic air-steam injection

Nano-iron catalyst enhanced in-situ hydrogen generation via electromagnetic heating from shale reservoirs

Biochar for electromagnetic conversion of natural gas to in-situ hydrogen production: Energy enhancer, catalyst, and facilitator

A feasibility study of a modal analysis-based acoustic method for noninvasively estimating elastic properties of rocks

Promoting in-situ hydrogen production from shale oil via electromagnetic heating: Water's contribution to hydrogen donation and coke removal

Stimulated geologic hydrogen: from mechanistic control to engineered rock transformation

Insights into reaction mechanisms: Water’s role in enhancing in-situ hydrogen production from methane conversion in sandstone

Hydrogen Production via In-Situ Combustion Gasification: Insights from Lab-scale Modeling Assisted by Machine Learning

Biochar for carbon-negative hydrogen production from fossil fuel reservoirs

Numerical modeling of in-situ hydrogen production via cyclic air-steam injection in heavy oil reservoirs

Geologic hydrogen: a review of resource potential, subsurface dynamics, exploration, production, transportation, and research opportunities

Characterizing thermal runaway of reservoir rocks under electromagnetic irradiation towards hydrogen generation from petroleum reservoirs

Iron-sandstone synergy: Advancing in-situ hydrogen production from natural gas via electromagnetic heating

Natural catalysis-based clean hydrogen production from shale oil: An in-situ conversion enabled by electromagnetic heating

Simulation of hydrogen generation via in-situ combustion gasification of heavy oil

Deciphering minerals in reservoir rocks as natural catalysts for in-situ methane-to-hydrogen conversion via electromagnetic heating

Governing chemical reactions and mechanisms of hydrogen generation during in-situ combustion gasification of heavy oil

Microwave-enhanced methane cracking for clean hydrogen production in shale rocks

Fueling a carbon-zero future: Igniting hydrogen production from petroleum reservoirs via in-situ combustion gasification

Fluid retention on miscible viscous fingering of finite slices in porous media with dead-end pores

New phase diagram of miscible viscous fingering instabilities in porous media with dead-end pores

Viscous Fingering Dynamics and Flow Regimes of Miscible Displacements in a Sealed Hele-Shaw Cell

Hydrogen generation in crushed rocks saturated by crude oil and water using microwave heating

Influences of Dead‐End Pores in Porous Media on Viscous Fingering Instabilities and Cleanup of NAPLs in Miscible Displacements

Scaling analysis of coupled compaction, kerogen conversion, and petroleum expulsion during geological maturation

Evaluation of enhanced oil recovery potential using gas/water flooding in a tight oil reservoir

Production analysis of multifractured horizontal wells with composite models: Influence of complex heterogeneity

Experimental and mathematical modeling studies on foamy oil stability using a heavy oil–CO2 system under reservoir conditions

Collaborators (17)

Ricardo Navar

Siqin Yu

Juske Horita

Fanhua Zeng

Shanshan Yao

Hossein Emadi

Hang Chen

Jingfei Liu

Jianping Xu

Jacob Stephens

Zhen Yin

Qinjun Kang

Krishna Prasad Shrestha

Shaowen Mao

Saman Aryana

Mohamed Mehana

Danny Reible

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