Different Industrial Applications of Tranter Heat Exchangers

A heat exchanger is an important piece of equipment used for the efficient transfer of heat from one medium to another. Tranter Heat Exchangers are widely used in chemical processing, hydrocarbon processing, oil and gas production, power generation, renewable energy, HVAC, refrigeration and many other applications. Smaller industries also make use of Tranter Heat Exchangers because they are cheap for design and maintenance.

Tranter Heat Exchangers on Furnaces

Furnaces or boilers as they are often called are important equipment inside the home since they provide hot water and heat. These furnaces have heat exchangers that are metal passages separating combustion products and gasses from indoor air. It is important to note that heat exchangers can fail no matter the age of the furnace. One of the reasons is government regulations mandating furnace manufacturers to maximize fuel efficiency. Heat exchangers that used to be manufactured from thick metal have been replaced with thinner metal for a faster transfer of heat from the burning fuel to indoor air. It is for these reasons why Tranter Heat Exchangers are a better option because it is designed for high pressure and temperature systems.

Tranter Heat Exchangers in the oil and gas Industry

A broad range of Tranter Heat Exchangers are used in the oil and gas industry for energy recovery in dehydration, desalting, sweetening, produced water and liquefied natural gas (LNG) processing systems. Tranter Heat Exchangers are cost effective options to conventional shell and tube heat exchangers since it is designed for critical service applications. The compactness and higher efficiency of Tranter Heat Exchangers has successfully replaced traditional heat exchangers in most plants.

Tranter Heat Exchangers have provided solutions to the complex characteristics of fluids found in the oil and gas industry as it takes into account future processing problems such as scaling or fouling, formation of emulsion, wax deposition and hydrate formation.

Tranter Heat Exchangers in power generation

The compact size and easy to maintain Tranter Heat Exchangers have improved thermal management and have provided economical solutions for both fossil fired and nuclear power stations. These heat exchangers have also become the preferred choice for new construction, retrofits or capacity expansion because the Tranter Heat Exchangers are a perfect fit for heating and condensing, liquid, gas or two-phase operations where reliability, safety and uptime are the major considerations.

Tranter plate heat exchangers employ the latest technologies in plate design and in flow configurations. This configuration optimizes overall heat transfer efficiency while minimizing energy loss in the power station’s large flow rate closed cooling loops. The closed temperature approach of these highly efficient heat exchangers reduces the volume of cooling water or glycol required to keep various types of equipment within the operating temperature requirements. Less volume means less flow and reduced pumping energy required which saves both power and fuel. Better thermal efficiency is achieved throughout the power station with improved net power output to the cooperatives. Another advantage of Tranter Heat Exchangers is its compact footprint as it can fit into very tight furnace spaces and makes pipefitting and furnace maintenance relatively simple.