Process tanks are industrial containers that can be configured in different ways, depending on their orientation, wall configuration, dimension, and placement. They are widely used in applications such as mixing, metering, and short-term or long-term storage. It is the specific type of material used for constructing the tank that will determine where it is suitable to use.
The two most significant aspects to keep in mind when specifying a process tank are dimension and capacity. Capacity refers to the internal volume of space available for storing the material. In terms of tank orientation, it can either be vertical or horizontal. The horizontal units are often mounted on stands and are equipped with access ports on top or the bottom.
On the other hand, vertical process tanks have access ports on their bottom and stand vertically, of course. They can be mounted either underground or above ground, depending on their particular construction. Conversely, portable tanks are highly movable with the use of wheels or any other moving devices. Lastly, wall construction can also influence what the tank will be used for. Applications that call for higher pressure require double-wall tanks while single wall tanks are suitable for varied uses.
More importantly, process tanks are being made using different materials. Some of them may be equipped with special linings for unique processes, such as glass-lined or special coatings. In particular, they can be made from a variety of materials, including, but not limited to the following options.
Steel (stainless or galvanized steel): this material offers a variety of physical properties which depend on its composition. Typically, it is rolled sheet steel that is used for constructing the tank. Other steel variations include stainless steel which is very resistant to corrosion and galvanized steel that has a surface treated with zinc for added protection.
Titanium: process tanks made of titanium is lightweight yet very strong. They are the preferred option where extreme temperatures and stresses will be encountered during application.
FRP or Fiberglass Reinforced Polyester: same as titanium, FRP is very lightweight but is strong and offers excellent corrosion resistance. It is made from glass fibers embedded in a resin that can be molded into different shapes.
Depending on your certain process, you can select one from those material choices above. If you are still in doubt, you can call us to provide you with further assistance.
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