⛽ A Thermodynamically Consistent Simulation of Gas Hydrates in Porous Media Using Operator-Based Linearization ❄️


 Gas hydrates—often called “flammable ice”—are crystalline compounds where gas molecules like methane are trapped within water cages under high pressure and low temperature. Found in deep-sea sediments and permafrost regions, they represent both a promising energy resource and a potential climate risk. Accurately modeling their behavior in porous media is crucial for safe extraction, carbon storage, and environmental protection. 🌊🌍

A thermodynamically consistent simulation ensures that mass and energy conservation laws are strictly respected throughout the modeling process. By integrating phase equilibrium, heat transfer, and multiphase flow dynamics, researchers can better capture hydrate formation and dissociation processes. This approach reduces numerical instability and improves prediction accuracy under complex reservoir conditions. 🔬📊

Operator-Based Linearization (OBL) enhances computational efficiency by simplifying nonlinear equations without sacrificing physical consistency. It allows faster convergence and scalable simulations, making large-scale reservoir studies more feasible. Together, thermodynamic rigor and OBL create a powerful framework for advancing hydrate research and supporting sustainable energy strategies. ⚙️💡

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