Energy saving is a major problem faced by many industries and heat exchangers have been designed to use as much energy as possible.
In many industries a wide range of heat exchangers are used, such as the Klean-Wall heat exchanger. It is intended for heat transfer between two or more liquids. Heat transfer takes place through a separating wall between fluids.
Klean-Wall heat exchanger design is based on state of the art technology which puts it at forefront of the heat exchanger industry worldwide. The main goal of the heat exchanger is to save energy and preserve the environment, while delivering the best possible heat.
Consistent efficiency: The Klean-Wall heat exchanger is designed to create turbulence on the pipe walls and reduce boundary layers. This ensures that the system maintains long-term consistent operational efficiency.
Debris control: The exchange can withstand clogging and pass debris up to 50% of the pipe diameter, including even stringy rope-like debris without plugging, eliminating wall construction, sludge, and other materials. Klean-Wall heat exchanger doesn’t allow the sludge to build up on the walls as constant turbulence continuously hits the wall surface to remove fouling.
Good bacteriological activity: Due to continuous shearing and sludge mixing, there is an increased bacteriological activity.
Cleaning and maintenance: The Klean-Wall heat exchanger is designed in such a way that is never requires cleaning. However, if a user wants to clean the rod, the design provides a clear path down the center line for the hydro rod.
The exchanger uses already digested waste to bring inputs to the proper temperature. Other heat exchangers rely on the external heat sources to bring the waste up to digesting temperature, which expends a huge amount of energy. For the most part, this system benefits most from recycling.
Klean-Wall heat exchanger is used in many of the following:
Klean-Wall heat exchanger is completely non-fouling, non-clogging equipment which promotes a self-cleaning environment. Prior to integration into the system, inputs are not pre-processed.
The heat exchangers are already in use throughout the world and prove their ability, their reliability every day, especially in severe sludge. This brings us to a new level of efficiency.