For most applications, your chemical tank needs to have some kind of containment barrier. If a leak occurs, the containment will prevent the chemical from entering into groundwater or coming into contact with your employees. 

Usually, companies use a large concrete berm to contain spilled chemicals. It’s an effective solution, if your only concern is containment. But concrete berms are a poor business solution. Let's take a closer look at your options and which secondary containment systems make the most sense.

We get it. When it comes to fully draining a tank, cone-bottom tanks get the job done.

The problem is that cone-bottom tanks fall short on several fronts. People who rely on these tanks to clean and minimize residual waste in their storage solution often face unique challenges.

These tanks require additional vertical space and safety precautions -- not to mention they can cost a pretty penny.

So, how do you get all the benefits of a cone-bottom tank without the high maintenance or the hefty price tag?

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

We all know this winter has been chillier than years past. With below freezing temperatures and snowstorms affecting millions of people, the need for assistance in clearing roadways and maintaining equipment has been great. De-icing fluid is used to break down ice and frost on roadways and for air travel. It is used fairly frequently during the winters across the country, especially this winter. There are several chemicals used in the de-icing process, including brine, magnesium chloride, propylene glycol, and ethylene glycol. These chemicals are popular choices, due to cost and effectiveness. Brine is the most popular of all these chemicals but can damage vehicles or rebar on roadways. The type of substance used for de-icing depends on its application, the location’s level of snowfall and winter temperatures.

High-density linear polyethylene chemical storage tanks can’t stop cracking once it begins. Eventually the tank experiences catastrophic failure, “unzipping” itself. This is called notch sensitivity. Unfortunately, notches are unavoidable in rotomolded storage tanks.

Purchasing a 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 costs, maintenance, and protection.

Customers often ask us how to dispose of a chemical storage tank once it has reached the end of its useful life. Even though we do not offer disposal services, we can offer you guidance for proper chemical tank disposal. Here is the fundamental information you need to know before you haul away your polyethylene chemical storage tank.

When you purchase a chemical storage tank, you’re making choices that affect the cost of the tank. But, you’re also making several decisions that could impact future expenses if a tank repair or replacement is needed.

Steel tanks and vessels provide exceptional strength, but they’re susceptible to chemical corrosion. Any steel tank used for storing harmful chemicals will need to be protected with some form of internal lining/liner. A polyethylene lining system is designed to protect your steel tank against the harshest chemicals to give you broad chemical resistance alongside the durability and strength of a steel tank.