Ten manifolded 15,500-gallon crosslinked polyethylene tanks hold the same volume as a 150,000-gallon steel tank — typically for less money, and they let you take one tank out of service without taking the plant down with it.
Topics: Tank Design and Materials
Hydrofluoric acid is one of the most widely used industrial chemicals in North America — and one of the most unforgiving. From semiconductor fabrication and metal processing to glass etching and water treatment, thousands of facilities rely on hydrofluoric acid every day.
Topics: Tank Design and Materials
Environmental stress cracking is a tiny menace that can cause great damage to your polyethylene chemical storage tanks. It often begins as a web of tiny surface-level micro cracks that are difficult to see during a routine inspection. Over time, those small cracks can grow.
Topics: Tank Design and Materials
Sodium chlorite is an NSF/ANSI 61 approved chemical when using a high-density cross-linked polyethylene tank manufactured by Poly Processing.
Topics: Tank Design and Materials
When the federal government invests in roads, bridges, water systems, and broadband, where do the materials come from? For decades, the answer too often pointed overseas. The Build America, Buy America Act — commonly known as BABA — was written to change that, and its ripple effects are reshaping how infrastructure projects are specified, sourced, and built across the country.
Topics: Applications, Tank Design and Materials
Barium compounds are used across a range of industrial applications, from water treatment and oil drilling to chemical manufacturing. But barium is also a highly reactive, toxic heavy metal that demands careful handling, proper chemical storage, and a thorough understanding of the removal process. Choosing the right storage system is not just a matter of efficiency — it is a matter of safety, regulatory compliance, and long-term cost control.
Topics: Applications, Tank Design and Materials
Some polyethylene tank manufacturers claim they do not taper their tank walls. Poly Processing meets or exceeds ASTM D-1998 standards for wall thickness.
Topics: Tank Design and Materials
The chemical storage tank industry presents unique workplace challenges, as workers frequently access elevated equipment and fittings on the domes of storage tanks. According to the World Health Organization, falls rank as the second leading cause of unintentional injury death worldwide. For chemical storage facilities, implementing robust fall prevention measures is absolutely critical.
Topics: Tank Design and Materials
When purchasing a chemical storage tank, it can feel overwhelming to navigate the landscape of industry standards and regulatory requirements. From material testing protocols to federal safety mandates, the compliance considerations are numerous — and the stakes can be high. A misstep can mean choosing a tank that fails prematurely, exposes workers to hazardous chemicals, or runs afoul of federal and state regulations.
When it comes to storing liquids safely — whether chemicals, wastewater, or materials used in the food and beverage industry — double-wall piping is an essential layer of protection. The majority of double-wall piping applications are used to address the safe handling of wastewater chemicals, contaminated groundwater, and chemical process safety. Double-wall piping systems are designed to guard against leaks in a variety of chemical storage settings. When paired with a SAFE-Tank® system, they create a storage solution that offers even greater security and peace of mind.
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