Explains causes, analysis methods, and mitigation techniques for vibration-induced fatigue failures in piping and equipment systems.
Describes selection, sizing, and operation of breather valves for atmospheric tanks to protect against vacuum and overpressure conditions.
Covers working principles, performance curves, selection criteria, and common operational issues of centrifugal pumps.
Introduces DPDT concepts used in process control and performance monitoring of heat exchangers and rotating equipment.
Explains how design pressure, temperature, and margins are established to ensure safe and reliable process equipment operation.
Outlines drainage system design principles for closed, open, oily, and clean drains in process facilities.
Covers emergency vent sizing, fire case scenarios, and compliance with international overpressure protection standards.
Provides design fundamentals, operating philosophy, heat transfer concepts, and safety considerations for fired heaters in process plants.
Provides fundamentals of flare systems, blowdown calculations, radiation limits, and emergency depressurization design.
Covers design philosophy, pressure control, safety interlocks, and distribution of fuel gas systems in process plants.
Explains sizing methods, retention time, droplet removal, and design criteria for two-phase separators.
Describes thermal oil system design, operation, heat transfer considerations, and safety requirements.
Covers tray hydraulics, flooding, weeping, pressure drop, and efficiency considerations for distillation columns.
Explains instrumentation symbols, tagging, control philosophy, and best practices for developing P&IDs.
Introduces LNG fundamentals including liquefaction, storage, cryogenic handling, and safety considerations.
Provides principles for sizing liquid, gas, and two-phase lines considering velocity, pressure drop, and erosion limits.
Explains low-temperature scenarios, brittle fracture risks, and material suitability checks during depressurization and blowdown.
Describes relief system design philosophy including PSV, rupture discs, and safeguarding against overpressure scenarios.
Piping philosophy defines the overall approach, design rules, and best practices for routing, supporting, material selection, flexibility, safety, operability, and maintainability of piping systems in process plants.
Covers operating principles, selection criteria, and application limits of reciprocating and rotary pumps.
Explains the role of process design basis documents in defining feed conditions, design philosophy, and project assumptions.
Describes key design criteria used for sizing, selecting, and specifying process equipment and systems.
Covers hydraulic concepts such as head, flow, NPSH, efficiency, and system curve interactions.
Explains criteria for selecting strainers including mesh size, pressure drop, and protection of downstream equipment.
Introduces methods and correlations used to estimate pressure drop in gas-liquid two-phase flow systems.
Explains application of DIERS methodology for two-phase relief sizing and reactive system safety analysis.