A heat exchanger for increasing capacity in petrochemical production
In today’s global petrochemical market, having the competitive edge means being able to cost-efficiently maximize production. That’s why when it comes to choosing a heat exchanger for demanding positions, it’s important to consider what the right technology can mean for production capacity.
Shell-and-tube heat exchangers have long been standard equipment in petrochemical facilities, but their bulky design causes a number of drawbacks. The equipment demands a great deal of space, limiting the number of units a plant can have in operation. Alfa Laval DuroShell is a different kind of heat exchanger, with a compact plate-and-shell design that’s up to five times smaller than traditional shell-and-tubes. That means that they make it possible to greatly expand capacity within a minimal footprint.
And the size benefits of DuroShell are just the start. DuroShell also offers superior thermal transfer than comparable shell-and-tubes as well as conventional types of plate-and-shell heat exchangers. As a result, it can help plants increase efficiency in a number of critical processes and thereby raise production capabilities.
Depending on the position in which it is placed, there are many other ways DuroShell can contribute to increasing capacity. For example, because DuroShell can operate with lower grade steam than shell-and-tube or conventional plate-and-shell units, it can free up high grade stream to be used for boosting production elsewhere. And this is still just scratching the surface – because as a truly robust and efficient solution, DuroShell means all new possibilities.
Plate-and-shell made tougher
Want more technical information?
Talk to an industry expert
Optimized flow distribution and fatigue resistance
Patented design enables improved fluid distribution, mechanical strength and unparalleled fatigue resistance.
Robust and efficient performance
A patented plate pattern optimizes thermal efficiency with improved fatigue resistance, flow distribution and mechanical strength.