Piping Flexibility Analysis Methodology of a Natural Gas Receiving & Converting Facility
For the oil and gas industry, the design and operation of natural gas receiving and converting facilities require careful consideration of piping systems. Piping flexibility analysis ensures these systems’ structural integrity, reliability, and optimal performance.
Piping Stress Analysis For Cryogenic Systems
Cryogenic piping systems are used in a range of industrial applications including LNG transport, storage and regasification, Hydrogen storage and transport and the food and beverage sector. They must be designed to withstand operational stresses and displacements while also regulating thermal forces.
Importance of Seismic Design in Piping Systems
Piping systems are of vital importance to almost all the industries whether it is refinery, oil & gas or any petrochemical plant. The piping systems play a crucial role in transporting raw and refined materials, oil and gas, from one place to another through several components including furnaces, tanks, distillations columns, and pressure vessels. Benefits […]
Common Causes Of Piping Vibration And Its Effects On Piping Systems
Piping Vibration Analysis and monitoring is important to the success and efficiency of any piping system. Excessive vibration can lead to some practical problems. Flanges may start leaking. Pipes can be knocked off their supports or result in pipe fatigue failure. Piping design codes have been created to help engineers design more efficient piping systems. […]
Major Rotary Equipment Design Engineering Issues
Process technology involves a wide gamut of tasks comprising reactions, heat transfer, phase separation etc. The industry relies on a variety of equipment and components to carry out these processes. The design, optimization and modeling of these equipment is implemented with the help of simulation and design software. Such software helps design, visualize and simulate […]
Importance Of Finite Element Analysis For Pressure Vessels And Piping
Finite Element Analysis (FEA) is an intelligent and computerized method for forecasting how a product or engineering component will react to real-world forces like vibration, heat, fluid flow and other physical effects. FEA predicts whether the products will fail, collapse, wear out or work the way it was designed. Basically, it is an advanced system […]
Major Hurdles In Piping Stress Analysis For Cryogenic Systems
The aim of piping stress analysis is to ensure safety against failure that could result from loading conditions both external and internal – that are expected to occur in the lifespan of a piping system. Verifying the structural integrity against various load conditions however needs to be undertaken with economic considerations and there are several […]
Different Load Cases in CAESAR II For Piping Stress Analysis
Piping Stress Analysis is the practice and discipline carried out behind the scenes of any piping design project to ensure structural and operational integrity, and optimal design. All piping systems are inevitably subjected to various kinds of loads in their design life cycle. These loads develop stresses in the arrangement. Pipe stress engineers typically analyze […]
Types Of Special Pipe Support Arrangement And Their Application
Accurate and judicious selection of piping support is critical to the success of a project. When we require pipe support wherein functional or construction details are different from the available details then a special support arrangement is required. Proper support selection should be the objective of all phases of design and construction. Criteria For Industrial […]
Piping Design Codes, Standards & Best Practices For Refineries
Piping design and flexibility analysis are an important aspect of engineering. The advent of computing software has transformed the way piping design is facilitated today. Engineers now utilize a wide range of tools and software that aid in the process of modern piping design. However, there are multiple aspects a piping design engineer needs to […]