When you’re storing hazardous fluids such as corrosive acids, bases, or aggressively oxidizing chemicals, you need to be confident that your chemical storage tank can meet your expectations for many years. You can’t afford to invest in chemical tanks, only to discover later that your chemical storage tank isn’t compatible with the chemicals you’re using. That’s a loss of product, time, and money—and it could put your people, equipment, and environment at risk, as well.
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Value Added
Cone-bottom tanks are generally used in process applications where total drainage of the tank is required. Typical applications would include the storage of heavy materials and materials prone to sludging, which are difficult to drain out of upright tanks. Cone-bottom tanks are also ideal for dry materials, such as grains or cattle feed as they can be 100% drained out of the tank with a flange or slidegate at the bottom of the tank. In addition, materials that require separation can be handled with a decant fitting to remove the liquid from the solids. Let’s take a look at some key considerations for evaluating cone-bottom tank storage solutions — and attractive alternatives.
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Applications
When a chemical storage tank fails, the costs can be significant to your organization. Regulatory concerns, environmental cleanup, property damage, and injury to employees can be costly exposures. Let’s take a look at a few of the reasons chemical storage tanks fail.
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Fittings and Accessories
If you’re storing hazardous materials, secondary containment systems can prevent costly damage to equipment — as well as physical risk to employees — if a primary storage vessel is breached. There are several secondary containment options with varying costs, and concrete containment is a popular industry standard. But you may be surprised when you compare the true costs of a poured-in-place concrete system to Poly Processing’s sophisticated integrated double-wall tank containment system, the SAFE-Tank®.
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Applications
If you're storing chemicals that emit fumes such as hydrochloric acid or hydrogen peroxide, you need to have a proper venting system in place. We've developed The PolyScrub™ fume scrubber to help you ensure the safety of your employees, equipment, and the environment.
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Fittings and Accessories
Poly Processing Company has established a close working relationship with a large, international name brand paint manufacturer. In doing so, we are able to provide customized solutions for large bulk storage tanks containing paint ingredients as well as finished paint products. In this article, we’ll examine this partnership with leading paint manufacturers.
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Fittings and Accessories
Proper chemical storage is an important aspect of operating a plant or facility. In order to ensure that chemicals are stored safely in polyethylene tanks, you have to choose or custom-build a tank with the correct wall thickness. But what goes into determining the correct wall thickness for your chemical storage tank?
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Tank Design and Materials
Poly Processing Company has a decades-long reputation for specializing in manufacturing tanks for a wide range of applications and industries. We provide products for frontend and backend processes, catering to both municipal and industrial clients.
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Chemicals
Sulfuric acid (H2SO4) is an NSF/ANSI 61 approved chemical at a 98% concentration or less for Poly Processing’s tank systems. Sulfuric acid is a highly corrosive mineral acid that challenges traditional storage options. This pungent, colorless to slightly yellow viscous liquid is occasionally dyed dark brown during production to alert people to its hazards. The biggest challenge in working with sulfuric acid is that it is an aggressive oxidizer. This challenges the strength and design of many storage tanks. Poly Processing’s tanks and fittings can be combined specifically to store sulfuric acid and reduce the risks. Let’s take a closer look at what sulfuric acid is, how it’s used, and how you can overcome its corrosive challenge with the right storage tanks.
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Chemicals
FOG is an acronym for fats, oils and grease, particularly in the context of wastewater collection systems. FOG comes from meat fats and food scraps, cooking oil, shortening, lard, butter and margarine, gravy, and food products such as mayonnaise, salad dressings, sour cream and other foods high in fat.
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Chemicals
