ISO 45001 COMPLIANTDISH-APPROVED

Half-Day Training

Practical half-day certification program focused on operational safety, compliance confidence, and site-level risk control.

Program Overview

Pressure vessels — boilers, storage tanks, heat exchangers, autoclaves, reactors, and compressed air receivers — operate under conditions of elevated temperature and pressure that make them potential energy bombs if they fail. A catastrophic pressure vessel failure can level a facility, kill workers, and injure bystanders hundreds of meters away. Preventing such failures requires competent, systematic inspection and rigorous testing throughout the vessel's service life. ICLM's Pressure Vessel Inspection and Testing Training develops the knowledge and practical skills needed to inspect, test, and certify pressure vessels safely and in compliance with applicable standards.

Pressure vessel explosions are among the most catastrophic industrial incidents. The stored energy released in a vessel failure — through overpressure, material degradation, corrosion, or improper operation — can produce devastating blast, fragmentation, and thermal effects. Historical incidents including boiler explosions and storage vessel failures underscore the absolute necessity of competent inspection and proactive maintenance.

Pre-Use Checks

Daily inspection discipline and hazard spotting basics.

Control Principles

Safe methods, sequencing, and decision making in operations.

Emergency Response

Incident communication and immediate response actions.

Core Learning Modules

Module 01

Pressure Vessel Fundamentals: Design principles, pressure-temperature relationships, materials of construction, and common vessel types across industry.

Module 02

Regulatory Framework: ASME Boiler, Pressure Vessel Code (BPVC), PED (Pressure Equipment Directive), API 510.

Module 03

Failure Modes: Corrosion (general, pitting, crevice, galvanic, stress corrosion cracking), erosion, fatigue, creep, hydrogen embrittlement.

Module 04

Inspection Planning: Risk-Based Inspection (RBI) methodology — risk matrix development, inspection frequency determination, and inspection scope selection.

Module 05

External Inspection: Visual inspection of external surfaces, insulation condition, supports, nozzles, nameplate review.

Module 06

Internal Inspection: Entry requirements (confined space procedures), internal surface examination, weld inspection, corrosion mapping.