CELEBRATING 28 YEARS IN BUSINESS
Oil filters play a vital role in a number of industrial processes where indirect heating is used. Hot oil serves as a transfer fluid that carries heat from the direct heat sources to the heat users. Well, these heat transfer oils are exposed to high temperatures and sometimes degrade – ultimately forming a number of by-products that circulate in the system and reduce its operational efficiency.
Keeping these by-products under control by removing them is exactly why a filter system is necessary either in-line or on a side stream basis. If these impurities are not filtered out in time, they build up and reduce the efficiency of the entire process. Filtration maximises heat transfer efficiency and helps to increase the useful life of the thermal oil and wearing parts in the entire system.
Filter housings from Liquid Process Systems use very fine micron filter elements to enable optimum cleaning of the oil even at extremely high temperatures. These filters are specifically designed to withstand system temperatures of up to 750°F (399°C). They have excellent dirt holding capacity and are economical and easily disposable.
Here’s how our filter systems help improve the efficiency of your oil boiler systems.
Our filtration systems come assembled and are ready to install and use. All the piping, valves and other fittings are welded wherever possible. The filter units are also thoroughly tested for leaks and painted prior to shipment. Liquid Process Systems’ filter housings and replacement filter elements are MADE IN USA.
Industrial heating processes require higher accuracy and efficiency in operation which is made easier by using the right filtration systems that prevent contaminants from building up and re-circulating in the process fluid. Contact us today to implement filtration solutions for your industrial processes or request a quote here.
- A change in the viscosity of the fluid is achieved that has a positive impact on the efficiency of the entire system.
- It results in the reduction in the Total Acid Number of the hot oil.
- It changes the specific gravity of the fluid.
- Fluid degradation is greatly reduced.
- Heat transfer efficiency is increased.