Using a better utility for condenser will enhance the rate of distillation, for a chilled brine at -10 deg C, the temperature difference can be considered as 7-8 deg C, and for a utility like chilled water having a inlet temperature of 8 deg C, the temp difference will be around 3-4 degC, because the reaction mass temperature will be around 15-20 degC under vacuum, so mostly the vapours will reach equillibrium with utility outlet, and in the process of condensing the vapour will exchange only latent heat, whereas in case of -10 degC brine, there will be exchange of sensible heat also, and if you want to calculate it theoretically then read the post in this link, then you will get a clear idea, What it can do ? : It can be used in various operations, in a pharma industry it can be used in multiple operations like reactions, work up's, drying, filtration, etc.,ĭifference between Agitation and Mixing : How to Select a Condenser? What Does a TR exactly means? How to Calculate the Energy of Steam? 'what is an agitator ?, And what it can do ?' 'What is the difference between Agitation and Mixing ?' Agitator : An agitator is something which is used to stir liquid or mixture of liquids.

So, for knowing the types of agitators and their significance you don't need any basic knowledge, but just an idea that

Introducing or discovering the types of agitators in pharma field is certainly a revolution because different agitators will have different purposes and different advantages, but most commonly used agitators are Anchor, Propeller, Turbine, Paddle etc., and still these agitators are sub divided into types, for example Round Anchor and Anchor combined with Gate are two types of Anchor. Heat transfer to fusible solids.Today i gonna give you a description that limits upto my knowledge, and most of you may find it useful, about the Industrial Agitators, Types of Agitators, their Power Numbers, Design Equations and their significance in production. Mixing by agitation of miscible liquids Part II.

Engineering aspects of the oxidation of mercaptans in caustic solutions: Reaction kinetics and design of reactor. The Canadian Journal of Chemical Engineering 1958, 36 Suspending of solid particles in liquid by agitators. Suspension of solids in a bubbling liquid. Flow and Turbulence in Vessels with Axial Impellers.

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