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Alaqua 7004 Boulevard East, Suite 28A,Guttenberg, NJ USA 07093    +(00-1) 551 482 7568   
Alaqua 7004 Boulevard East, Suite 28A,Guttenberg, NJ USA 07093    +(00-1) 551 482 7568   

Optimization of the Heat exchanger and its networking process

Optimization of the Heat exchanger and its networking process

Date:5 April, 2021   |   No Comments   |   Posted By Team Alaquainc

The heat exchanger is a device used to transfer heat from one medium to another. Heat exchangers primarily cool substances in processing industries, separating them with a solid wall to prevent mixing. It is majorly used by the wastewater treatment industry, refrigeration systems, wine-brewery industries, and petroleum industries.

The main features of heat-exchangers are flow configuration, construction method, and heat transfer mechanism. Hence, we are the exchanger equipment supplier to meet the different processing industrial requirements. We ensure all machinery, be it an evaporator, crystallizer, or other, meets industrial requirements effectively. As makers, we offer reliable solutions, making us the best choice for meeting your processing needs.

Optimization of the heat exchanger design

Optimize heat-exchanger design at three levels: first, identify the unit meeting process specs at the lowest primary cost. secondly, to identify the heat-exchanger that operates with satisfactory over the lifetime of a plant with process specifications; Thirdly, identify exchanger and auxiliary elements meeting process specifications with minimal total cost, including utility and production losses.

Meeting process specification means that the exchanger should be capable of desired changes if required so in the thermal conditions of the process streams within the acceptable pressure drops. It must withstand mechanical pressure during transport, manufacturing, installation, operation, emergencies, maintenance, and exhibit resilience against fouling and corrosion. It should be sufficiently flexible to make required changes in process conditions in service stream temperatures such as normal fouling transients, diurnal and seasonal changes. Exchangers should support continuous operation with minimal downtime for cleaning, repairing, or replacing short-lived components like tubes and gaskets.Considering all these points, the heat-exchanger should be as less costly as possible.

In retrofit applications, the heat-exchanger might need to meet certain special requirements such as weight, diameter, length, or inventory standards. There could be certain special requirements during manufacturing or the capacity and experience of the maintenance and operating personnel.

Heat Exchanger’s Networking Process

Calculate a cost-effective exchanger network efficiently exchanging heat among process streams, incorporating external utility as needed. Design the network using thermodynamic pinch analysis for optimal efficiency.

Alaqua Inc is the heat exchanger equipment supplier worldwide along with evaporator, crystallizer, solvent recovery systems, distillation equipment, and spray dryers.

Major industries, such as wastewater treatment, refrigeration, wine-brewery, and petroleum, predominantly utilize the exchangers.

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