brochure here… - UTM RAZAK School of Engineering

UTM Razak School of Engineering
and Advanced Technology
Universiti Teknologi Malaysia,
Jalan Semarak, Kuala Lumpur
razakschool.utm.my
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Introduction
The objective of this program is to train and expose safety professionals
to oil and gas safety operations for both up-stream as well as downstream operations. This program provides basic and fundamental
knowledge in oil and gas safety operations currently practice in industries. The basic exposure is important to ensure that safety professionals are familiar with all the processes and hazards associated with it.
This is a ten-day intensive program intended for safety personnel newly
joining or wishing to work in the oil and gas (O&G) industry. There are
five modules and each module will take two days.
The training will provide knowledge in occupational safety and health
(OSH) in the O&G industry to assist safety professionals to carry out
their tasks effectively. The O&G industry is an extremely high risk working environment where any small mishap could lead to major disaster
where there could be tragic loss to human life and loss of properties as
well as extensive damage to the environment. Safety personnel must
have a good grasp of the techniques and methods used in managing
OSH issues to meet regulatory requirements, industry standards and
dealing with various relevant parties. Examples of major hazard
accidents in Malaysia are Tiram Kimia fire and explosion in Port Klang
(1986), Shell MDS explosion in Bintulu (1997), fire at naphta storage
tank in Tanjung Langsat (2008), Petronas storage tank fire in Pasir
Gudang (2009) and explosion at Kertih GPP Complex A (2012). The
latest accident was an explosion at the Petronas Gas Processing Plant
4 (GPP4) in Kertih on 19 June 2014. There were also other incidents
reported in offshore operations in Terengganu, Kelantan, Sabah and
Sarawak waters.
Duration
This is a weekend program and the module meet once a month for two
days (Saturday and Sunday - ten days). The first module will start in
January 2015 and the last module finishes in May 2015.
Fees
The fees for each of the module is RM1,500 (RM One Thousand Five
Hundred Only). The fee is inclusive of training material and meals. Payment
can be made to Bendahari UTM.
Entry Requirements
There is no entry requirement to attend this course. However, a good command of English is strongly recommended as all teaching material is in
English.
Certificate Award
Certificate of Participation will be awarded to all participants who have completed each of the module and passed the assessment. All assessments will
be in the forms of assignment and case study and there is no examination.
Professional Certificate in Oil and Gas Safety Operations will be awarded to
candidates who have successfully completed all five modules by Razak
School of Engineering and Advanced Technology, Universiti Teknologi
Malaysia.
Course Structure and Summary
This program consists of five modules and each module will take two days
during the weekends. All modules will be held from 08:30 to 17:00. Candidates can choose to attend the modules in any sequence since there is no
pre-requisite for all modules. Meals and course material are inclusive in the
program fees. Participants are also encouraged to consult the trainers for
any OSH matters pertaining to their workplace.
Venue
All modules will be conducted at Level 14 or Level 15, Menara Razak or
BATC Building, UTM Jalan Semarak, Kuala Lumpur.
Module
01
Hazard Identification and Risk Assessment
in Oil and Gas Operations (Two Days)
This course emphasizes the importance of major hazard risk identification and assessment analysis to determine the right course of action in
the event of any man-made emergencies such as toxic chemical
spillage, toxic gas release, fire and explosion. Risk identification is the
first steps towards any accident prevention program. Using the right
techniques can ensure that all hazards are identified. Risk assessment
is required in order to plan an effective safety systems to eliminate or
reduce the risks of accidents.
Course content:
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Hazard identification, risk assessment and risk control
(HIRARC)
Control of Industrial Major Hazard Regulations (CIMAH)
Job Hazard Analysis (JHA)
Job Safety Analysis (JSA)
Hazard Identification (HAZID)
Preliminary Hazard Analysis (PHA)
Failure Mode and Effect Analysis (FMEA)
Hazard and Operability Studies (HAZOP)
Fault Tree Analysis (FTA) technique
Petroleum Act 1984 – Safety Measure
Fees
RM1,500.00
Date
10 and 11 January 2015 (Saturday and Sunday)
Module
02
Oil and Gas Production and Its Hazards (Two Days)
This course emphasizes the importance of safety in oil and gas installation. It provides an overview of the overall oil and gas operations and
identify hazards at all stages of the production process. Safety plan is
required in order to develop an effective safety systems to avoid
accidents and understanding of basic operations is critical in identifying all related hazards.
Course content:
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Oil and gas operations
Oil and gas production platform
Platform fabrications and roll out
Hook-up and installation
Extraction and processing of crude oil
Marine safety – dynamic positioning of supply vessel
Oil and gas products and material
Basic Off-shore Safety Induction and Emergency Training
(BOSIET)
Plant operations, maintenance and failure modes
Permit-to-work (PTW) and lock-out-and-tag-out (LOTO)
Confined space
Lifting of goods and man
Work on height
Material Safety Data Sheet (MSDS)
Fire and explosion risk and emergency response plan (ERP)
Process safety management (PSM)
Management of change
Site specific procedures
Fees
RM1,500.00
Date
14 and 15 February 2015 (Saturday and Sunday)
Module
03
Major Accident Hazard and Emergency Response Plan (Two Days)
This course emphasizes the effect of major accident to employees,
properties and the environment in the short and long term. Results of
major accident risk assessment can be used to develop emergency
response plan that consider both the employees as well as the public.
Right course of action in the event of major accidents include toxic
chemical spillage, toxic gas release, fire, explosion and release of
radioactive material. Lessons learned and case study will give a good
exposure in order to develop an effective safety systems. Case studies
include Bhopal, Chernobyl, Exxon Valdez, Piper Alpha, Bright Sparklers, LPG explosion in Mexico and others. Emergency response plan
is crucial at all major hazard installation to mitigate the risks of
accidents. Both on-site and off-site plan is needed to ensure that all
aspects of emergency are considered.
Course content:
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Risk assessment, prevention and mitigation
Management of major emergency - emergency response plan
(ERP)
Legal aspects – civil, criminal liability
Insurance aspects
Damage control team
Fire fighting and self rescue
Closed containers and vessel fire-fighting
Risks from water reactive material
Oil spill response (OSR)
Toxic release – gas or liquid
ERP for full surface tank fires
Managing water, fire and major chemical spillages
Lessons learned from major accident – Tiram Kimia, Bright
Sparklers Sungai Buluh and Shell Bintulu
Safety case
Case study – Seveso, Flixborough, LPG explosion Mexico
Case study – Bhopal, Agent Orange (Dioxin)
Fees
RM1,500.00
Date
14 and 15 February 2015 (Saturday and Sunday)
Module
04
Major Accident Investigation (Two Days)
This course emphasizes the importance of accident investigation in
order to prevent recurrence of similar accidents in the future, to fulfill
any legal requirements, to determine the cost of an accident, to determine compliance with applicable safety regulations and to process
workers' compensation claims. Determining the root cause in the event
of major accident include toxic chemical spillage, toxic gas release,
fire, explosion and release of radioactive material. Finding the facts
rather than faults can provide insights into developing a more effective
safety management system. Determining the root cause of any
accident is crucial in making sure that recurrence can be prevented.
Course content:
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Accident investigation process
Roles and responsibilities
Bowtie Methods
Tripod Beta Methods
Principles of investigation and loss control
Responsibilities in the investigation process
Investigation planning and preparation
Accidents response action
The human element
Tools and techniques for accident investigation
Reporting procedures and reporting forms
The accident investigation kit
Analysis and investigations finding
Interviewing skills and communication
Collection and examination of records
Systems safety applications
Legal aspect of accident investigation
Case study – Seveso, Flixborough, LPG explosion Mexico
Case study – Bhopal, Agent Orange (Dioxin), BP Deepwater
Horizon
Fees
RM1,500.00
Date
18 and 19 April 2015 (Saturday and Sunday)
Module
05
Environmental Hazard (Two Days)
This course emphasizes the importance of developing control measures to
mitigate environmental hazards to determine the right course of action in
the event of any disaster. The ability to understand the nature of each
hazard can assist planner to develop effective counter measures. The
control of environmental hazards and man made hazards have many
different dimensions and need to be tackled differently. A good plan is
required in order to execute an effective environmental systems to avoid
catastrophe. Hazardous waste which falls under schedule waste must be
disposed according to local rules and regulations namely Environmental
Quality Act 1974 as well as ISO14000 EMS.
Course content:
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Legislations - Occupational Safety and Health (Classification,
Packaging and Labeling of Hazardous Chemicals)
Regulations 1997
Occupational Safety And Health (Use And Standards of
Exposure of Chemicals Hazardous to Health) Regulations 2000
Environmental Quality Act 1974
Environmental Quality Act (Schedule Wastes)(Amendment)
Regulations 2007
Process fundamentals
Types of environmental hazards – water, soil and air pollution
Substances hazardous for the environment (physico-chemical
hazards)
Environmental consequences of chemical accidents
Environmental risk assessment for major accident
Environmental audit (EA)
Pollution prevention
Physico-chemical processes
Stabilization and solidification
Hazardous waste disposal
Site and sub-surface characterization
Remedial technologies
ISO 14001 Environmental Management Systems (EMS)
Case study – Exxon Valdez and Horizon Deep Water Oil Spill
Fees
RM1,500.00
Date
16 and 17 May 2015 (Saturday and Sunday)
For further enquiry,
please contact
Dr Abd. Rahman Abdul Rahim
+603 21805335 +6019-756-8588
[email protected]
[email protected]
Cik Norzaimah Ramli
+6017 758 8586
[email protected]