Pressure vessel design and fabrication is a core component of PWC Industries' business. Analogous to the simple soda can, carbon and stainless steel pressure vessels often withstand high pressures for use in refining, chemical, pharmaceutical, cosmetic, distilling, pulp and paper, and beverage industries. Pressure vessels are available in multiple configurations whether for high or low pressure, cooling or heating, or secondary confinement.

Air receiving tanks, petroleum transport tanks, gas containment tanks, or vacuum systems are four types of tanks that PWC Industries builds to the highest quality standards. Pressure vessels have several general uses where safety, high pressure, or stressful conditions exist:

• Holding pressurized or non-pressurized air or gas such as those used for sandblasting pots.
• In liquid holding systems where contents are kept under high pressure or high heat conditions.
• Coalescing or separation systems where fluids, gases and/or solids exist together with the intent of removing one state.
• In vacuum systems used frequently in environmental cleanup or toxic chemical cleanup where tank pressures help in the collection of material.
• In double walled vessels for the safe containment of toxic or environmentally sensitive materials.

PWC Industries serves the environmental, chemical, petroleum and refining industries as well as many others where guidance, design, engineering, and final fabrication of all pressure vessels is needed.

Our pressure vessel design team will assist you in fabricating a system to your requirements. Considerations such as temperature, pressure, and service type dictate the steel pressure vessel manufacture.

High-pressure vessels are available in the following configurations:

• Thin walled pressure vessels - generally, wall thickness is less than 3/4" thick
• Thick walled pressure vessels- wall thickness over 1 - 2"
• Single walled pressure vessels- utilizes a single steel jacket
• Double walled or jacketed pressure vessels- design consists of a steel pressure vessel contained within a second steel vessel used for secondary confinement. Often used where containment is a priority, or to aid in cooling or heating pressure vessel contents.

ASME pressure vessel fabrication begins with engineering and design, proceeds to the steel fabrication plant for expert welding and manufacturing, through pressure vessel testing, inspection, and quality control, and onto pressure vessel component assembly. At each step of the pressure vessel fabrication process, PWC Industries applies rigid testing to ensure that your high-pressure vessel adheres to the highest safety standards and quality.

A growing field for PWC Industries' pressure vessel manufacturing is geared towards the environmental and energy fields. Our pressure vessel manufacturing experience lends itself well to helping design prototypes for solar or energy use. Please discuss your ideas with a team that is second to none in quality commitment.

PWC Industries offers pressure vessel testing, wiring and component assembly, skid manufacturing, painting and blasting. We also are certified for pressure vessel ASME code stamping.