How To Practice Safety With A Pressurized Tank The Right Way

17 March 2015
 Categories: Industrial & Manufacturing, Blog

Pressurized tanks have a wide range of applications, all the way from storing propane to housing compressed air for industrial use. However, due to the often dangerous substances and materials contained inside pressurized tanks, it's important to understand what features you should look for in a pressurized tank and how to conduct yourself safely around these devices. Here is your guide to pressurized tank safety to use these vessels the right way.

Manufacturing Safety Mechanisms

You can often ensure a high level of safety by purchasing a pressurized tank or vessel from a manufacturer that installs all the proper safety mechanisms and uses quality materials to build their tanks. You should look for a pressurized tank that has a pressure-release safety valve made of stainless steel or another rust-resistant material. This can help ensure that the safety valve stays in functioning order throughout the life of the pressure tank, and works when you need it.

You should also think about ensuring the pressurized tank you're interested in has a "leak before burst" engineering design. This ensures that the pressurized tank forms a crack through its wall under the influence of extreme pressure, allowing contents such as liquid to escape out instead of bursting.

Monitoring The Thickness Of Your Tank

It's essential to keep pressurized tanks in good working order while in the field. Often, these tanks are stored and used in sensitive areas, such as nuclear reactors, mining facilities, petrochemical operations, and can be used to store chemicals like ammonia, butane and chlorine. As you can imagine, maintaining proper safety for such chemicals and sensitive environments is essential.

That's why you want to routinely measure the thickness of your pressurized tank, usually with an ultrasound device. You should have a proper understanding of what a safe level of thickness is for your pressurized tank and what a dangerous level of thickness is. This information should be provided by the manufacturer of your pressurized tanks and shared with employees responsible for their upkeep and maintenance. When you detect that the tank's thickness has reached the minimal allowable threshold, it's important that the tank is either replaced or repaired.

The Right Environment and Safety Precautions For Your Tank

It's important to store each tank in a safe environment to protect from accidents and keep your tank in good working condition for as long as possible. That means storing your pressurized tank at the correct temperature, which will vary depending on the substance or chemical contained inside. It also means keeping pressurized tanks away from areas where an explosion or leak could lead to extensive property damage or loss of human life.

Often, pressurized storage vessels are also essential. These vessels can often house a large number of individual tanks and provide an additional layer of protection should there be a leak or explosion on-site.

Ultimately, if you purchase the right tank for your needs from a pressure vessel fabricator, ensure you provide maintenance and monitoring, and keep your tank stored the right way, you should be able to avoid serious accidents.