In the design of industrial pressure piping systems, two major regulatory families coexist internationally: ASME B31 (American Society of Mechanical Engineers) and EN 13480 (European standard harmonized with the Pressure Equipment Directive 2014/68/EU). For engineers operating in global industrial environments, understanding the differences and similarities between both codes is not merely an academic exercise: it […]

In the design of piping systems for industrial plants, supports and guides are key elements to ensure mechanical integrity, operability, and the service life of the system. Based on our experience in piping engineering, inadequate support design can lead to excessive stresses, flange leaks, overloads on connected equipment, or recurring vibration and maintenance issues. Support […]

Industrial Piping Engineering is a fundamental discipline that ensures the safe and efficient transport of fluids across process plants, refineries, power stations, and other critical facilities. Beyond the physical connection of components, this field requires a deep understanding of thermodynamics, materials mechanics, regulatory frameworks, and—crucially—piping stress analysis. A poorly designed piping system can lead to […]

In the competitive world of industrial engineering, standing out requires mastering specialized skills that bring real value to projects. Stress analysis in piping systems isn’t just another technical competency: it’s the cornerstone that can define the success or failure of entire industrial facilities, and therefore, the differentiating element that can catapult your professional career. What […]

Stress and flexibility analysis—also known as stress analysis—is a fundamental discipline in piping system design. Its purpose is to assess whether a pipeline can withstand loads imposed by internal, external, or combined conditions without compromising the system’s integrity. A piping system must have sufficient flexibility to absorb both thermal expansion and contraction, as well as […]

The study and technological improvements of materials have played a fundamental role in the design of pressure vessels and piping systems for the different industrial sectors. The selection of one type of material or another is crucial when optimizing the design of an equipment and minimizing manufacturing costs. Primarily, when selecting a material, we will […]