The key to water tank longevity is good corrosion engineering and finding the most effective ways to reduce corrosion.

It begins with good tank design and corrosion engineers developing tanks that are less susceptible to various forms of decomposition based on their use.

When designing durable storage tanks, these are some of the main considerations made by corrosion engineering services that address the stressors that affect these vessels and what must be done to withstand them.

Materials Choice

The first critical factor of corrosion engineering for producing strong, durable water storage tanks is choosing the right materials from which to construct the tank.

When choosing appropriate construction materials, corrosion engineers must consider details such as what the tank will be used for, where it will be used, and how different substances both inside and outside of the tank will affect it.

Physical Design Features

Another essential detail that corrosion engineering services must factor into effective, durable designing is the implementation of physical features that can reduce corrosion.

This includes addressing details like tank wall thickness with regard to tank use and locations, efficient drainage systems that allow for easy, frequent cleaning, and preventing differential aeration cells and bi-metallic corrosion cells, both of which can accelerate corrosion.

Corrosion engineers must also create design rules for tank placement that includes separate environments to prevent temperature gradients and other contamination which could cause galvanic and thermogalvanic corrosion.

Pipe systems that run with minimal turbulence must also be developed to prevent the corrosive effects frequently caused by tank turbulence.

Tank geometries that include narrow gaps and sharp corners make blast cleaning and thermal coating more challenging and less accurate.

These and other physical attributes must all be considered with regard to how they affect the care and condition of the tank when seeking to reduce corrosion.

Avoiding Heterogeneity

The prime goal of the above two points is for corrosion engineering services to avoid heterogeneity, which is a significant source of water tank decomposition.

Heterogeneity within the scope of corrosion engineering is the use of different metals in the same tank design, creating situations where uneven stress levels and temperature tolerances invite corrosion to begin.

This even affects the physical design of the tank in which certain areas like sharp corners are difficult to apply the same thickness of protective coatings, as the resulting temperature differences in those areas make corrosion more likely.

Corrosion Reduction Starts With Effective Corrosion Engineering

Reducing corrosion is and will always be a main focus of corrosion engineers as they attempt to build more resilient water storage tanks for all industries.

Corrosion engineering that addresses preventing corrosion through effective designing is a highly cost-effective means of doing so.

Reducing the chance of corrosion before it begins starts with corrosion engineering services considering everything from how well materials can stand up to various stressors to reducing the amount of stress each component must withstand.

A well-designed tank made to resist certain aspects that enable corrosion to take hold will definitely last longer than one with a design that fails to take these ideas into account.