The integration of thermodynamics and transport phenomena is crucial for optimizing chemical processes, especially in catalysis. Thermodynamics focuses on energy conservation, equilibrium, and reaction direction, helping engineers assess reaction feasibility and control conditions to maximize yield and minimize energy use. Transport phenomena, on the other hand, examines mass, energy, and momentum movement through fluids, critical for understanding reactant-catalyst interactions and product removal. In catalytic reactions, mass transfer rates can limit performance, especially with large molecules or in packed bed or slurry catalysts. Heat transfer is also key in exothermic reactions, where poor temperature control can lead to hot spots or catalyst degradation. By combining thermodynamics and transport insights, engineers can develop models to optimize reactor designs, control temperature gradients, and improve reaction efficiency. These principles are essential for designing sustainable processes that minimize energy consumption and environmental impact in industries like chemicals, petrochemicals, and environmental sectors.
Stanislaw Dzwigaj
Sorbonne University, France
Thomas J Webster
Interstellar Therapeutics, United States
Dai Yeun Jeong
Asia Climate Change Education Center, Korea, Republic of
Vladislav Sadykov
Boreskov Institute of Catalysis, Russian Federation
Haibo Ge
Texas Tech University, United States
Pengju Wu
School of Energy and Power Engineering Jiangsu University, China
Yaxin Su
Donghua University, China
Isabel Oller Alberola
Plataforma Solar de Almería, Spain
Ying Li
School of Energy and Power Engineering Jiangsu University, China
Mikhail Petrovich Kashchenko
Ural Federal University, Russian FederationSubmit your abstract Today
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