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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. 

In 2010, the Environmental Protection Agency mandated the use of selective catalytic reduction (SCR) in diesel engines. In an SCR-equipped vehicle, the exhaust gas from the engine goes through a particulate filter to eliminate the soot and ash generated from burning diesel fuel.

Coagulation is one of the preliminary steps in treating wastewater to make it safe for drinking. When chemicals are used, proper design and engineering of the storage tank can help ensure safety, longevity, and operational efficiency.

Hydrochloric acid (HCl), also known as muriatic acid, is toxic and highly corrosive. The chemical is used in many different applications, including chloride production, refining ore and producing metals like tantalum and tin.

Because HCl is such a powerful acid, it is often used for neutralizing basic solutions. It also requires careful handling and an engineered storage system that is designed specifically for hydrochloric acid.

Purchasing and maintaining a chemical storage solution isn’t as simple as making a trip to the hardware store and picking out a tank that’ll do the trick. Unfortunately, many facilities make chemical tank purchases without the proper planning and execution, and the results can be costly.

One of the most popular chemicals that Poly Processing polyethylene tanks store in the market is Hydrofluoric Acid. It's not only a commonly used chemical, it's also one of the more dangerous chemicals. That's why safe and proper storage is so important.

Rather than settle for the industry standard, Poly Processing redefines the standard by developing fittings and accessories that clearly address our customers’ needs. By analyzing industry requirements and working directly with our customers, we gain the insights to develop specialized products that address real-life issues in the field.

Firefighting foam is commonly used at airports, hangars and other locations where hazardous fires can occur. The foaming agent used in the foam in most cases is a surfactant based chemical. Surfactants are compounds that lower the surface tension between two liquids, or a liquid and a solid. Dishwashing liquid contains surfactants—and like firefighting foam, it foams up when it mixes with water.

Mixing chemicals and other substances is a lot like mixing cake batter. A container is involved, as is a stand (or bracket) to support the mixing system. But, if you’ve ever made a cake, you know that you have to move the bowl around to mix all the ingredients. It doesn’t work to stick the beaters down in the bowl and keep them in one place.

Sodium hydroxide, also known as lye or caustic soda, is used to neutralize the pH of water in a variety of applications. The chemical leaves no residual color, is a high-strength product, and is available at concentrations of two to 50 percent. Most of our customers use it in 25 to 50 percent concentrations.