2-day workshop on ms nor zaiha arman 2-day workshop … · 2-day workshop on hazard and operability...
TRANSCRIPT
2-day workshop on
HAZARD AND OPERABILITY STUDY (HAZOP) AND RISK ASSESSMENT WORKSHOP30 - 31 May 2012Business and Advanced Technology Centre (BATC), UTMIC, KL
Day 1
Dr. Mohamad Wijayanuddin bin Ali is currently an associate professor specialising in process safety and loss preven-tion. He obtained his masters degree in process safety and loss prevention and his Ph.D in risk assessment from the University of Sheffield, UK. He has completed courses tobecome safety and health officer and also chemical health risk assessor and chemical health risk assessor. He has been involved as a consultant for more than 30 industrial projects, particularly on Hazard and Operability Study (HAZOP), quantitative risk assessment (QRA) and Environmental Impact Assessment (EIA) in industries including offshore oil and gas platforms, power generation, oleochemicals, petrochemicals and polymers, waste management and logistics. Dr Mohamad is also an experienced occupational safety and health trainer where he has conducted more than 100 training courses for the industries, universities and government including National Institute of Occupational Safety and Health (NIOSH).
Assoc. Prof Dr Mohamad Wijayanuddin Ali
Prof Dr. Arshad Ahmad
Dr. Mohamad Wijayanuddin bin Ali is currently an associate professor specialising in process safety and loss preven-tion. He obtained his masters degree in process safety and loss prevention and his Ph.D in risk
assessment from the University of Sheffield, UK. He has completed courses to become safety and health officer and also chemical health risk assessor and chemical health risk assessor. He has been involved as a consultant for more than 30 industrial projects, particularly on Hazard and Operability Study (HAZOP), quantitative risk assessment (QRA) and Environmental Impact Assessment (EIA) in industries including offshore oil and gas platforms, power generation, oleochemicals, petrochemicals and polymers, waste management and logistics. Dr Mohamad is also an experienced occupational safety and health trainer where he has conducted more than 100 training courses for the industries, universities and government including National Institute of Occupational Safety and Health (NIOSH).
Prof Dr. Arshad Ahmad leads the Process Control and Safety Group that undertakes research, consulting and training activities covering various aspects of plant operation, control and safety. In particular, he focuses on the development of techniques related to model-based control, plantwide control
implementation, on-line estimation of product properties as well as process safety. Over the years he has worked with several companies in implementing research projects with strong industrial flavour. He is also involved in consulting projects, particularly on Hazard and Operability Study (HAZOP) and quantitative risk assessment (QRA). He has completed more than 20 projects for several types of industry including offshore oil and gas platforms, power generation, oleochemicals, petrochemicals and polymers, waste management and logistics. As an experienced trainer, he has conducted more than 100 training courses to participants from industries as well as government agencies. Some of these courses were tailor-made for specific companies, while others were offered to the general public. Among the popular topics are Process Control, Advanced Process Controls, Plant Operations and Troubleshooting, Hazard and Operability Studies, Chemical Safety as well as Material and Energy Balances.
Day 2
Part 1: Introduction to Process SafetyProcess safety, Hazard Identi�cation: HAZID,HAZOP, FMEA, LOPA etc, ALARP, Risk Ranking, Video 1 and group discussion.Learning outcome: Importance of Process Safety.
Part 2: Safety in Process OperationSafeguards and Layer of Protection, Common Process Control Strategies, Alarm and Interlocks,Relief, Video 2 & discussion, Exercise 1: Layer of Protection.Learning outcome: Basic understanding of control strategy, and layer of protection in plant operation.
Part 3: HAZOP Study ProcedureBasic Concepts, HAZOP Table, Guide words, Exercise 2: Preliminary HAZOP of Heat Exchanger (Class Discussion).Learning outcome: Overall understanding to conduct HAZOP study and ability to construct HAZOP table.
Part 4: HAZOP Team ManagementHAZOP team and functions, Exercise 3: Preliminary HAZOP of Exother-mic reactor (Group Discussion).Learning Outcome: Role of HAZOP team members.Ability to construct HAZOP table for more complex process.
Part 5: HAZOP Workshop 1Conducting HAZOP in Group (problem 1), Group Presentation.Learning Outcome: Ability to carry out HAZOP study.
Group presentation and discussion
Part 6 : HAZOP Workshop 2Conducting HAZOP in Group (problem 2)Learning Outcome: Ability to carry out preliminary HAZOP study
Group presentation and discussionReviewConclusion
0900-1030
1045-1300
1400-1530
1545-1700
0900-1030
1045-1300
1400-1530
1545-1700
module content
DAY 1
DAY 2
______________________________________________________________________________________________________________________________ ________________________________________________________________________________________________________________________
2-DAY WORKSHOP ON HAZARD AND OPERABILITY STUDY(HAZOP) AND RISK ASSESSMENT WORKSHOP30 - 31 May 2012Business and Advanced Technology Centre (BATC), UTMIC, KL
REGISTRATION FORM
Please register the following participants
Name 1 PositionEmail
Name 2 PositionEmail
______________________________________________________________________________________________________________________________
______________________________________________________________________________________________________________________________
Address
Contact PersonEmailTel Fax
30 - 31 May 2012Business and Advanced Technology Centre (BATC), UTMIC, KL
____________________________________________________________________________________
__________________________________________
FacilitatorThis course will be facilitated by the nationally-recognized experts from Universiti Teknologi Malaysia whom are both an academician and researcher in this �eld. The facilitators have years of experience in HAZOP and Risk Assessment and have conducted many workshops and trainings mainly for industries.
Course FeeThe two day workshop cost RM 1,200 per delegate.
Early Bird SpecialSpecial discount of 10% will be given to the organizations that sign up 30 days before the start of the course.
Multi-Registration DiscountSpecial discount of 10% will be given to organizations that send more than three participants. We encourage more people from the same organization to attend so that they can collaborate during the workshop.
THE IMPORTANCE OF HAZOP AND RISK ASSESSMENTHazard and Operability Study (HAZOP) is a formal systematic rigorous examination to the process and engineering facets of a production facility. HAZOP is a well-established procedure in the process industries due to the operational hazards peculiar to those industries, which have at times led to catastrophic incidents resulting in loss of life, billions of dollars in property damage and an incalculable cost in bad publicity and the social license to operate. Years of corporate social responsibility efforts can be all too easily undone by a single accident.
Therefore, HAZOP and other risk assessment technique have become necessary components of design plant construction and modifications a process design, modifications, added dimension of operating costs. However, HAZOP has the potential to be more than that. Typically, during the design of a new plant, design personnel are under pressure to keep the project on schedule. This pressure frequently results in errors and oversights HAZOP study is an opportunity to correct these before such changes become too expensive, or impossible to accomplish. Besides safety hazards, the HAZOP technique is very effective for identifying plant operability problems, threats to the environment, product quality, plant throughput and for highlighting critical.
MS NOR ZAIHA ARMANInstitute of Environmental and Water Resource Management (IPASA), C07, Level 2, Faculty of Civil Engineering,Universiti Teknologi Malaysia 81310 Johor Bahru, Johor Darul Takzim, MALAYSIATel: 607-553 1527Fax: 607-553 1575Email: [email protected]
http://www.utm.my/ipasahttp://www.greenetwork.com.my
Early Bird with Multi-Registration DiscountSpecial discount of 20% will be given to organizations that sign up 30 days before the start of the course and send more than three participants.
Student Discount50% discount will be given to student (ID required).
Method of PaymentPlease kindly complete and return the reply form together with your cheque /bank draft which are made payable to BENDAHARI UTM.
Certi�cationCERTIFICATE OF ATTENDANCE will be awarded at the end of the course.
AmendmentsThe organisers reserves the right to make necessary amendments that is in the best interest of the course.
For more information, please contact us at :
etw rk
WORKSHOP HIGHLIGHTSWhy does accidents happen and how to prevent them.How can HAZOP help prevent accidents? How to use HAZOP methodology to manage risk and improve operability so as to drive bottom line performance?How does the HAZOP technique complements and extends existing design practices?What is the fundamentals of HAZOP study methodology?What is the various roles in a HAZOP study team and how do they function?What is the common process control strategy and the layer s of protection needed in plant operation? How to improve HAZOP effectiveness?
facilitator
FacilitatorThis course will be facilitated by the nationally-recognized experts from Universiti Teknologi Malaysia whom are both an academician and researcher in this �eld. The facilitators have years of experience in HAZOP and Risk Assessment and have conducted many workshops and trainings mainly for industries.
Multi-Registration DiscountSpecial discount of 10%organizations that send more than three participants. We encourage more people from the same organization to attend so that they can collaborate during the workshop.
necessary amendments that is in the best
In Collaboration with
etw rk
Organised by
HAZARD AND OPERABILITY STUDY (HAZOP) HAZARD AND OPERABILITY STUDY (HAZOP)
Business and Advanced Technology Centre (BATC), UTMIC, KLBusiness and Advanced Technology Centre (BATC), UTMIC, KL
HAZARD AND OPERABILITY STUDY (HAZOP) AND RISK ASSESSMENT WORKSHOPHAZARD AND OPERABILITY STUDY (HAZOP) HAZARD AND OPERABILITY STUDY (HAZOP) AND RISK ASSESSMENT WORKSHOPAND RISK ASSESSMENT WORKSHOP
2-day workshop on
HAZARD AND OPERABILITY STUDY (HAZOP) AND RISK ASSESSMENT WORKSHOP30 - 31 May 2012Business and Advanced Technology Centre (BATC), UTMIC, KL
Day 1
Dr. Mohamad Wijayanuddin bin Ali is currently an associate professor specialising in process safety and loss preven-tion. He obtained his masters degree in process safety and loss prevention and his Ph.D in risk assessment from the University of Sheffield, UK. He has completed courses tobecome safety and health officer and also chemical health risk assessor and chemical health risk assessor. He has been involved as a consultant for more than 30 industrial projects, particularly on Hazard and Operability Study (HAZOP), quantitative risk assessment (QRA) and Environmental Impact Assessment (EIA) in industries including offshore oil and gas platforms, power generation, oleochemicals, petrochemicals and polymers, waste management and logistics. Dr Mohamad is also an experienced occupational safety and health trainer where he has conducted more than 100 training courses for the industries, universities and government including National Institute of Occupational Safety and Health (NIOSH).
Assoc. Prof Dr Mohamad Wijayanuddin Ali
Prof Dr. Arshad Ahmad
Dr. Mohamad Wijayanuddin bin Ali is currently an associate professor specialising in process safety and loss preven-tion. He obtained his masters degree in process safety and loss prevention and his Ph.D in risk
assessment from the University of Sheffield, UK. He has completed courses to become safety and health officer and also chemical health risk assessor and chemical health risk assessor. He has been involved as a consultant for more than 30 industrial projects, particularly on Hazard and Operability Study (HAZOP), quantitative risk assessment (QRA) and Environmental Impact Assessment (EIA) in industries including offshore oil and gas platforms, power generation, oleochemicals, petrochemicals and polymers, waste management and logistics. Dr Mohamad is also an experienced occupational safety and health trainer where he has conducted more than 100 training courses for the industries, universities and government including National Institute of Occupational Safety and Health (NIOSH).
Prof Dr. Arshad Ahmad leads the Process Control and Safety Group that undertakes research, consulting and training activities covering various aspects of plant operation, control and safety. In particular, he focuses on the development of techniques related to model-based control, plantwide control
implementation, on-line estimation of product properties as well as process safety. Over the years he has worked with several companies in implementing research projects with strong industrial flavour. He is also involved in consulting projects, particularly on Hazard and Operability Study (HAZOP) and quantitative risk assessment (QRA). He has completed more than 20 projects for several types of industry including offshore oil and gas platforms, power generation, oleochemicals, petrochemicals and polymers, waste management and logistics. As an experienced trainer, he has conducted more than 100 training courses to participants from industries as well as government agencies. Some of these courses were tailor-made for specific companies, while others were offered to the general public. Among the popular topics are Process Control, Advanced Process Controls, Plant Operations and Troubleshooting, Hazard and Operability Studies, Chemical Safety as well as Material and Energy Balances.
Day 2
Part 1: Introduction to Process SafetyProcess safety, Hazard Identi�cation: HAZID,HAZOP, FMEA, LOPA etc, ALARP, Risk Ranking, Video 1 and group discussion.Learning outcome: Importance of Process Safety.
Part 2: Safety in Process OperationSafeguards and Layer of Protection, Common Process Control Strategies, Alarm and Interlocks,Relief, Video 2 & discussion, Exercise 1: Layer of Protection.Learning outcome: Basic understanding of control strategy, and layer of protection in plant operation.
Part 3: HAZOP Study ProcedureBasic Concepts, HAZOP Table, Guide words, Exercise 2: Preliminary HAZOP of Heat Exchanger (Class Discussion).Learning outcome: Overall understanding to conduct HAZOP study and ability to construct HAZOP table.
Part 4: HAZOP Team ManagementHAZOP team and functions, Exercise 3: Preliminary HAZOP of Exother-mic reactor (Group Discussion).Learning Outcome: Role of HAZOP team members.Ability to construct HAZOP table for more complex process.
Part 5: HAZOP Workshop 1Conducting HAZOP in Group (problem 1), Group Presentation.Learning Outcome: Ability to carry out HAZOP study.
Group presentation and discussion
Part 6 : HAZOP Workshop 2Conducting HAZOP in Group (problem 2)Learning Outcome: Ability to carry out preliminary HAZOP study
Group presentation and discussionReviewConclusion
0900-1030
1045-1300
1400-1530
1545-1700
0900-1030
1045-1300
1400-1530
1545-1700
Conducting HAZOP in Group (problem 1), Group Presentation.Learning Outcome: Ability to carry out HAZOP study.
Learning Outcome: Ability to carry out preliminary HAZOP study
Process safety, Hazard Identi�cation: HAZID,HAZOP, FMEA, LOPA etc,
module content
DAY 1
DAY 2
______________________________________________________________________________________________________________________________ ________________________________________________________________________________________________________________________
2-DAY WORKSHOP ON HAZARD AND OPERABILITY STUDY(HAZOP) AND RISK ASSESSMENT WORKSHOP30 - 31 May 2012Business and Advanced Technology Centre (BATC), UTMIC, KL
REGISTRATION FORM
Please register the following participants
Name 1 PositionEmail
Name 2 PositionEmail
______________________________________________________________________________________________________________________________
______________________________________________________________________________________________________________________________
Address
Contact PersonEmailTel Fax
THE IMPORTANCE OF HAZOP AND RISK ASSESSMENTHazard and Operability Study (HAZOP) is a formal systematic rigorous examination to the process and engineering facets of a production facility. HAZOP is a well-established procedure in the process industries due to the operational hazards peculiar to those industries, which have at times led to catastrophic incidents resulting in loss of life, billions of dollars in property damage and an incalculable cost in bad publicity and the social license to operate. Years of corporate social responsibility efforts can be all too easily undone by a single accident.
Therefore, HAZOP and other risk assessment technique have become necessary components of design plant construction and modifications a process design, modifications, added dimension of operating costs. However, HAZOP has the potential to be more than that. Typically, during the design of a new plant, design personnel are under pressure to keep the project on schedule. This pressure frequently results in errors and oversights HAZOP study is an opportunity to correct these before such changes become too expensive, or impossible to accomplish. Besides safety hazards, the HAZOP technique is very effective for identifying plant operability problems, threats to the environment, product quality, plant throughput and for highlighting critical.
WORKSHOP HIGHLIGHTSWhy does accidents happen and how to prevent them.How can HAZOP help prevent accidents? How to use HAZOP methodology to manage risk and improve operability so as to drive bottom line performance?How does the HAZOP technique complements and extends existing design practices?What is the fundamentals of HAZOP study methodology?What is the various roles in a HAZOP study team and how do they function?What is the common process control strategy and the layer s of protection needed in plant operation? How to improve HAZOP effectiveness?
facilitator
In Collaboration with
etw rk
Organised by