Separation of multiphase, multicomponent systems

 Content: Technological schemes of complex oil, gas, and condensate processing plants --
 Construction of typical apparatuses --
 Basic processes of separation of multi-phase, multi-component hydrocarbon mixtures --
 The transfer phenomena --
 Conservation laws and equations of state --
 Solutions containing non-charged components --
 Solutions of electrolytes --
 Suspensions containing non-charged particles --
 Suspensions containing charged particles --
 Stability of suspensions, coagulation of particles, and deposition of particles on obstacles --
 Behavior of drops in an emulsion --
 Interaction of two conducting drops in a uniform external electric field --
 Coalescence of drops --
 Formation of a liquid phase in a gas flow --
 Coalescence of drops in a turbulent gas flow --
 Formation of a liquid phase in devices of preliminary condensation --
 Surface tension --
 Efficiency of gas-liquid separation in separators --
 The efficiency of separation of gas-liquid mixtures in separators with drop catcher orifices --
 Absorption extraction of heavy hydrocarbons and water vapor from natural gas --
 Prevention of gas-hydrate formation in natural gas --
 Dynamics of gas bubbles in a multi-component liquid --
 Separation of liquid-gas mixtures --
 Separation with due regard of hinderness of floating bubbles --
 Coagulation of bubbles in a viscous liquid.