This monograph presents a comprehensive study of dynamic gas-liquid dissolution as a new method for improving the performance and environmental efficiency of hydrocarbon fuels. It explains the physical and chemical mechanisms that allow combustible gases to dissolve in liquid fuels under non-equilibrium hydrodynamic conditions. The work describes reactor design, experimental validation, and engine tests demonstrating increased combustion efficiency and reduced emissions. Combining thermodynamics, fluid dynamics, and engineering innovation, the book introduces a scalable technology for cleaner and more efficient energy systems.
This monograph presents a comprehensive study of dynamic gas-liquid dissolution as a new method for improving the performance and environmental efficiency of hydrocarbon fuels. It explains the physical and chemical mechanisms that allow combustible gases to dissolve in liquid fuels under non-equilibrium hydrodynamic conditions. The work describes reactor design, experimental validation, and engine tests demonstrating increased combustion efficiency and reduced emissions. Combining thermodynamics, fluid dynamics, and engineering innovation, the book introduces a scalable technology for cleaner and more efficient energy systems.
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