PHA140 Process Hazards Analysis Using HAZOP Technique - PHA340 Certified HAZOP Leader

PHA 140 Process Hazards Analysis using the HAZOP Technique PHA140 Process Hazards Analysis using the HAZOP technique is a two day classroom-style course…

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PHA140 Process Hazards Analysis Using HAZOP Technique - PHA340 Certified HAZOP Leader

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About Training

PHA 140 Process Hazards Analysis using the HAZOP Technique
PHA140 Process Hazards Analysis using the HAZOP technique is a two day classroom-style course providing an introduction to the HAZOP technique as typically applied in the chemical industries.
The objective is to prepare attendees to participate effectively in a HAZOP workshop as team members. The course also provides a basis for further study towards becoming a HAZOP leader.
The course explains the purpose and applications of HAZOP; the preparation required; the methodology and procedure applied during the workshop; and the closeout required to yield maximum value from the study.


PHA 340 Certified HAZOP Leader
PHA 340 is a three day class room and workshop style course providing training and skills for leadership of HAZOP study workshops in the chemical industries. The objective is to prepare attendees to function effectively as a HAZOP workshop facilitator.
The course also provides a basis for further study towards becoming a leader of other PHA studies such as HAZID, SIL determination and LOPA.
The course provides comprehensive coverage of HAZOP preparation, technical and practical aspects of running the workshop, and techniques for optimizing the effectiveness of HAZOP. The course and assessment will be conducted by a qualified professional with extensive experience of both HAZOP chairing and training.

Training Objectives

During the course, participants will be observed during a substantial practical case study. They will also complete a written test. Attendees who meet a defined standard in terms of course attendance, written assessment, and practical HAZOP leader skills exhibited during the case study, will be awarded a certificate of attainment issued by xSeriCon. Attendees who do not fully meet the competency standard, but meet a minimum attendance and participation requirement, will be awarded a certificate of course completion.

Audiences

  • People who required to plan support or attend a HAZOP workshop in the chemical industries.
  • Mid-level and senior technical personnel who wishing to develop into HAZOP leaders

Job Titles Include:

  • Project Manager, Team Leader
  • Process Engineer
  • Control and Instrument Engineer
  • Electrical Engineer
  • Junior/Graduate HSE Engineer
  • Technical personnel preparing to scribe for a HAZOP workshop
  • HSE consultants preparing to develop into a HAZOP leader
  • Technical project manager, team leader
  • Operations manager
  • Lead process engineer
  • Lead control and instrument engi-neer
  • Lead commissioning engineer
  • Experienced HSE engineer
  • Lead process design chemist with operational experience

Instructor

Peter Clarke

Over 16 years of experience in the oil and gas, chemicals, pharmaceuticals and biotechnology sectors. He specialized in SIL determination, Alarm Management, Functional Safety training, Functional Safety management activities, SIL verification, CHAZOP, HAZID, etc.

Daily Aims

PHA 140 Process Hazards Analysis using the HAZOP Technique ( 2 Days)

  • Section 1: Introduction to Process Hazards Analysis
  • Section 2: Preparation for HAZOP
  • Section 3: Overview of HAZOP Workshop Methodology
  • Section 4: Detailed Rules and Pitfalls
  • Section 5: Case Study
  • Section 6: HAZOP for Special Purposes
  • Section 7: HAZOP Efficiency

PHA 340 Certified HAZOP Leader (3 Days)

  • Section 1: Types of Process Hazards Analysis Study
  • Section 2: Preparation for HAZOP
  • Section 3: Node Selection
  • Section 4: Workshop in practice: Technical guidance
  • Section 5: Workshop Management
  • Section 6: HAZOP Practical Exercise
  • Section 7: HAZOP for Special Purposes
  • Section 8: Optimizing HAZOP

Training Schedule

Code Start Date End Date Locations Cost Instructor
PST0406-201701Jakarta, IndonesiaSGD 5,295Peter Clarke

Why Choose This Training

Credibility

Align with API/ASME standards. Trusted by major operators.

Expert Instructors

Led by industry veterans with real field experience.

Real Case Studies

Practical application of concepts through real world scenarios.

Practical Skills

Hands on calculations and decision making for FFS outcomes.

Trusted by Operators

Delivered to Aramco, ADNOC, SABIC, and other major operators.

Global Training Standard

Recognized across major industries by PetroSync's proven approach.

Professional Training Aligned with Industry Standards

Practical, industry ready training designed for real work environments

Limited seats available

Frequently Asked Questions

PetroSync offers various training programs for the oil, gas, petrochemical, and energy industries, such as API, ASME, Reliability, Drilling & Well Engineering.
PetroSync provides both online and in-person training options to accommodate participants' preferences and needs.
The duration of each program varies, typically ranging from 3 to 5 days, depending on the complexity of the topic.
Yes, most PetroSync courses include practical exercises, case studies, and real-world applications to enhance learning outcomes.
Yes, PetroSync offers foundational courses designed for beginners, as well as advanced programs for experienced professionals.