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One of the challenges in storing any oxidizing chemical is engineering a tank that not only stores the chemical but has a greater life expectancy and a measure of safety. Whether you’re storing sodium hypochlorite, sulfuric acid, hydrochloric acid, or other oxidizing substances, it is critical to design the storage tank with the chemical in mind.

Purchasing a high-performance chemical storage tank is a significant investment for your company, and choosing the right tank for your needs isn’t always an easy decision. If you’re deciding between a fiberglass reinforced plastic (FRP) tank and polyethylene tank, be sure you understand the differences between them and know what to expect in terms of cost, maintenance, service, delivery times, and protection.

When it comes to a full discharge tank, cone-bottom tanks get the job done—except when they don’t. The fact is, cone-bottom tanks fall short on several fronts. 

Cleaning cone-bottom polyethylene tanks can be challenging. They require additional vertical space and safety precautions. And the tanks themselves cost a pretty penny — especially when you have to include a stand and basket to support the cone-bottom tank. Prices can skyrocket in today's market with the costs of metal and special coatings. Lead times for welded steel products are extremely long as well. 

There’s nothing more important than safely storing and handling hazardous chemicals. It’s your top priority to prevent leaks and spills of dangerous materials that can cause harm to employees, the general public, and property.

We get a lot of questions about the standard testing on chemical storage tanks that we do at our facility. Vertical tanks larger than 500 gallons in most cases are extensively tested to ensure that they meet ASTM standards. Depending on customers’ needs, we also offer additional testing on our chemical storage tank systems.

It’s common for wastewater treatment plants to rely on cross-linked polyethylene chemical tanks, but many municipal water treatment plants are using inferior linear polyethylene or fiberglass tanks. While the short-term benefits are tempting, using linear polyethylene or fiberglass tanks can be like pouring money down the drain. Instead, Poly Processing’s cross-linked polyethylene (XLPE) tanks give you better performance, greater cost-effectiveness, longer useful life, and more innovative solutions.

For over 50 years, Poly Processing has been known as the trusted leader in the chemical storage industry. We’ve earned a reputation for technological innovation, which is built on a robust knowledge of chemical storage engineering and manufacturing.

Our new website is dedicated to sharing that expertise with our customers. Because the more you know about the chemicals you’re storing — and the tank systems you’re using — the better equipped you’ll be to protect your inventory, your workers, and your bottom line.

Just because different tanks are made from polyethylene, doesn’t mean they will give you the same performance. Various polyethylene tanks may not even be suitable for storing the type of chemical you use. 

Polyethylene is available in several different types of resin. Some types are made for injection molding, others for extrusion, others for blow molding and yet others for rotational molding. 

For over 50 years, Poly Processing has been the industry leader in chemical storage tank innovation and manufacturing. Poly Processing has a lineup of six 13'- 9" diameter tanks. These tanks include the Vertical Tank, the IMFO® (Integrally Molded Flanged Outlet) Tank and the Sloped-bottom IMFO Tank. These tanks represent the best engineering and design in the tank manufacturing industry, and they are covered under PPC’s industry-leading warranty.

Barium is a chemical found at relatively low levels in nature, but if it seeps into the drinking water, it can cause a variety of potential health problems. Due to these significant health risks, the Environmental Protection Agency (EPA) has ordered all water treatment plants in areas with higher levels of barium to remove its contents from the water prior to releasing it to the public for consumption.