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Chemical Reactors – Pharmaceutical Reactors, API Plant Reactors, Reactors For Chemical Plant, Liquid Reactorsbr
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Chemical Reactor  Manufacturers & Exporters from India
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We anufacturing and supplying premium quality of a wide range of GMP Reactors for chemical and pharmaceutical industries. Reactors including Catalytic reactor ,Semi-batch reactor, CSTR (Continuous Stirred-Tank Reactor),Chemical reactor manufacture, Chemical reactor that are chiefly used in chemical industry as well API Plant , Chemical Plant , Liquid Processing reactors and batch reactor consists of a tank with an agitator and integral heating/cooling system. . Reactors available in various designs that include electric, hot oil and steam heated. Our proficient engineers design chemical reactors in such a way that maximizes net present value for desired reaction. The reaction in our reactors proceeds with the highest efficiency towards the desired output product, producing the highest yield of product while requiring minimal maintenance and operation cost.

The reactors, in which chemicals are made in industry, vary in size from a few cm3 to the vast structures that are often depicted in photographs of industrial plants.  For example, kilns that produce lime from limestone may be over 25 metres high and hold, at any one time, well over 400 tonnes of materials.

The design of the reactor is determined by many factors but of particular importance are the thermodynamics and kinetics of the chemical reactions being carried out.

The two main types of reactor are termed batch and continuous.

Owing to the sound industry experience, we have been successful in catering to the requirements of our esteemed clients by offering quality Chemical Reactors. Superior in quality, our offered reactors are manufactured in compliance with the industry set norms and guidelines. High in performance, our offered chemical reactors are manufactured with the aid of sophisticated machinery and technology.

Batch reactors

Batch reactors are used for most of the reactions carried out in a laboratory.  The reactants are placed in a test-tube, flask or beaker.  They are mixed together, often heated for the reaction to take place and are then cooled.  The products are poured out and, if necessary, purified.

This procedure is also carried out in industry, the key difference being one of size of reactor and the quantities of reactants.

Following reaction, the reactor is cleaned ready for another batch of reactants to be added.

Batch reactors are usually used when a company wants to produce a range of products involving different reactants and reactor conditions.  They can then use the same equipment for these reactions.

Continuous reactors

An alternative to a batch process is to feed the reactants continuously into the reactor at one point, allow the reaction to take place and withdraw the products at another point.  There must be an equal flow rate of reactants and products.  While continuous reactors are rarely used in the laboratory, a water-softener can beregarded as an example of a continuous process.  Hard water from the mains is passed through a tube containing an ion-exchange resin.  Reaction occurs down the tube and soft water pours out at the exit.

Continuous reactors are normally installed when large quantities of a chemical are being produced.  It is important that the reactor can operate for several months without a shutdown.

The residence time in the reactor is controlled by the feed rate of reactants to the reactor.  For example, if a reactor has a volume of 20 m3 and the feed rate of reactants is 40 m3 h-1 the residence time is 20 m3 /40 m3 h-1 = 0.5 h.  It is simple to control accurately the flow rate of reactants.  The volume is fixed and therefore the residence time in the reactor is also well controlled.

The product tends to be of a more consistent quality from a continuous reactor because the reaction parameters (e.g. residence time, temperature and pressure) are better controlled than in batch operations.

They also produce less waste and require much lower storage of both raw materials and products resulting in a more efficient operation.  Capital costs per tonne of product produced are consequently lower.  The main disadvantage is their lack of flexibility as once the reactor has been built it is only in rare cases that it can be used to perform a different chemical reaction.

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Chemical Reactors

Chemical Reactors

Batch Reactors Manufacturers from India

Batch Reactors

Illustrating A Batch Reactor

Illustrating A Batch Reactor

Illustrating A Continuous Reactor Manufacturers from India

Illustrating A Continuous Reactor

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