If the very first question your chemical tank supplier asks isn’t, “What chemical are you storing in this tank?”, you are doing it wrong. Not making sure you’re getting the right chemical storage system for the chemical being used can lead to serious risks and cost you thousands of dollars in additional costs in the long run.
Let’s look at why it’s so important to get your chemical storage system right based on the chemical being stored.
Chemical Tank Design Starts with the Chemical Being Stored
In order to maximize the operation and performance of the chemical delivery system, and the longevity of the chemical storage tank, the nuances of the properties of the chemicals being stored or used must be carefully considered. The storage tank is the headworks of the system. It is a critical component to the overall process of the use of the chemical. If the design of the storage tank is wrong, it potentially leads to serious problems.
If you simply specify a tank for a bid based on generic factors such as size, tank material, and capacity without defining the chemical used within the tank, you risk getting non-optimal performance of the tank. While a chemical storage tank system matched to the specific chemical usage may cost you 20-30% more initially, you recoup the up-front expense in reduced maintenance and tank replacement.
Also, consider the nuances the chemical properties have on the other component parts of the chemical storage system. Expensive valves, fittings, pumps, and flow meters, all essential parts for proper operation, could potentially be compromised.
Incorrect Chemical Storage Designs
Hydrogen peroxide can be a very volatile chemical. As a result, the fittings and connections used in the storage of hydrogen peroxide are crucial. Hydrogen peroxide is also an aggressive oxidizer and a strong irritant, so the proper fittings, expansion joints, and venting of the storage system to prevent a fire or explosion and exposure of hydrogen peroxide to employees is vital.
Hydrofluosilicic acid also requires a specialized chemical storage system solution. Hydrofluosilicic acid fumes easily, and the fumes are highly corrosive to nearly all metals. Hydrofluosilicic acid fumes can also quickly etch glass and stoneware. Damage to windows, copper piping, metal electrical conduits resulting from hydrofluosilicic acid fuming can quickly cause thousands of dollars of damage within a building.
Fume tight fittings, overflow fittings, proper venting, and the correct manway are essential component parts of a chemical storage system for hydrofluosilicic acid.
Get Your Chemical Storage System Right
Don’t take a risk that could expose people to serious injury, cost you thousands of dollars in property damage, or increase your maintenance and tank replacement costs.