Pressure Vessels

When engineers and purchasing teams start researching custom pressure vessels, understanding the investment involved can be surprising. A vessel that looks similar to a standard tank can carry a price tag that is several times higher, with lead times that stretch far longer than expected. Explaining that gap to internal stakeholders can be challenging. The […]

Pressure vessels store fluids at different pressures. In the U.S., most pressure vessels are designed according to the American Society of Mechanical Engineers (ASME) safety guidelines. However, that doesn’t guarantee their long-term operational reliability. This is because these vessels are used to hold different toxic and non-toxic fluids, which may impact their performance. Regular inspections are essential in high-stakes industries, including defense, chemical, industrial, oil and gas. Although time-consuming,

Since 1935, BEPeterson has been lauded as a leading manufacturer of ASME pressure vessels. Our pressure vessels are designed to meet all the regulations and protocols of the American Society of Mechanical Engineers’ Boiler and Pressure Vessel Code (BPVC). We at BEPeterson provide comprehensive ASME design and engineering services for fabricating both ASME code and non-code

Steel and metal plates are common materials when manufacturing pressure vessels. The quality of the plate makes a huge difference to the performance and durability of the vessel. At BEPeterson, we utilize materials of the highest quality to manufacture pressure vessels. Here, we discuss the importance of the quality of metal plating in pressure vessels. Metal

Pressure tanks are engineered and designed for better performance in harsh industrial conditions. However, many times these tanks fail to perform as per expectations. The reasons for failure also remain unknown. In this post, we will discuss some of the common factors that are known to affect their performance, and reduce their life expectancy. Factors

Pressure Equipment Directive (PED) is a standard set by the European Union (EU) for the design and fabrication of pressure equipment. The standards that are set in the directive are very close to those defined by the American Society of Mechanical Engineers (ASME). This allows several international inspection agencies to verify and certify pressure equipment,

Pressure vessels are designed to store, or transport gasses and liquids under various pressures and temperatures. These vessels must be fabricated and designed to regulations established by The American Society of Mechanical Engineers (ASME). Due to their use in extreme environments, many factors are to be considered before buying any new pressure vessel. At BEPeterson,

Pressure vessels are specially designed to hold and operate at pressures above 15 pounds per square inch gauge. Pressure vessels with large volumes are vital components of a range of manufacturing applications. The contents of pressure vessels are at substantially different pressures than the ambient pressure. If this pressure is not maintained properly, it can

Pressure vessels are among the most vital equipment in most industries. These are basically special containers that are designed in a way to hold liquids and gases at a pressure, which is extremely different from the ambient pressure. Therefore, the material used to manufacture these pressure vessels need to be strong enough to withstand high

At BEPeterson, our goal is to provide superior quality pressure vessels to meet the diverse range of applications in varied industries. Since inception in 1935 till now, we have been offering durable pressure vessels that and the test of time. We are extremely proud to claim that we have hundreds of satisfied customers who trust