Plate Heat Exchanger

The direct heating or cooling of liquid is the most common working condition in industrial production. Plate heat exchanger is such a device. that work with the principle of two different liquids making heat transfer in themselves.

A more effective means of exhaust heat transfer is an Industrial Plate Heat Exchanger Condenser. It utilizes a colder heat sink with a greater entering temperature difference than exhaust stream gases. A heat sink of lower temperature absorbs sensible heat change in temperature, better than one of higher temperature. More importantly, the colder heat sink forces a "chemical reaction" of condensation within the exchanger. Vapor contained in the exhaust gases condenses into water transferring its latent energy to the heat sink. This gas to liquid transformation releases roughly 1,000 BTUs of heat for every pound of water created. Capturing both sensible heat and latent heat drastically increases overall exhaust heat recovery efficiency.

Industrial Water Cool Chiller Refrigerated Plate Heat Exchangers are used for controlled cooling of products, mechanisms and machinery in a variety of industries . A industrial water cool chiller refrigerated plate heat exchanger removes heat from the process water and transfers it to air via a heat exchanger. Using the refrigeration cycle, water chillers are able to cool the water to below ambient temperature.

A new plate heat exchanger has been developed by NewRoc which claims to be very efficient, light and compact. Its reduction in size makes it particularly suitable for mounting on a marine diesel engine block, where it can be used in a central cooling system, along with one or two plate coolers, depending on the components being cooled.

Titanium heat exchangers are used for applications that require a high resistance to corrosion. The use of titanium plate heat exchangers is widespread for Offshore and Coastal installations where seawater cooling is required.
Many industrial sites such as oil and gas production facilities are located on the sea shore and offshore. These facilities use seawater as a cooling medium because of its immediate availability.Direct seawater cooling is normally used to limit cost and save space and weight. Titanium alloys are usually the preferred choice for seawater cooled heat exchangers because of their outstanding corrosion resistance even in hot aerated seawater and their good strength and low density.

NewRoc Clip Plate is designed for easy mounting, packing, and gasket replacement. Heat transfer is gentle, reducing burn risk to protect product quality and enabling longer running hours. Highly resistant to fatigue, it offers an extended lifetime and reduced risk of cracks. The deep channels reduce fouling and extend running time before Cleaning-in Place. NewRoc More flow plate heat exchanger reduce maintenance and increase uptime, with features such as hanging plates, interchangeable corners, and tightening bolts with ball bearings. There is only one gasket size, and re-gasketing can be done without removing the plates.

We're offer Meets all hygienic heating and cooling requirements, NewRoc All Stainless Steel Plate Heat Exchangers, with design pressure up to 10 bar (145 psi), meets all the requirements for pasteurization and other heating and cooling duties in hygienic applications.

Exchangers are easily one of the most important and widely used pieces of process equipment found in industrial sites. Regardless of the particular industry in question, it will likely require some type of temperature regulation, and for that exchangers are likely to come into play. Exchangers may be used for either heating or cooling, however, in the industrial sector, particularly within plants and refineries, they are overwhelmingly used for cooling.

Acids used in all kinds of industrial processes are most aggressive when they are heated. When handling corrosive medias like hot acids, heat transfer can be a difficult taskNow there is an innovative product that addresses this need and gives the end-user a perfect combination of valuable properties and innovative engineering.