Amir is an accomplished Chartered Engineer with extensive experience in functional safety, risk assessment, and safety instrumented systems. He has led over 100 HAZOP, SIL, and QRA studies for major oil and gas companies. Amir is also experienced in functional safety management, product certification, and machinery safety. He has worked as an engineering director and manager for safety consulting firms, focusing on standards such as IEC 61508 and IEC 61511.
The document discusses upcoming changes to several Australian and New Zealand standards for explosion protection of electrical equipment (AS/NZS2290.1, AS/NZS3800 & HB239). Key changes include: redefining "readily accessible component"; expanding verification dossier requirements; allowing IEC competency standards as an alternative; making inspection tables mandatory; additional initial inspection requirements; and clarifying repair and modification procedures. The changes aim to fix errors, align the standards, and align with the next IEC edition.
This curriculum vitae summarizes William J. Robb's professional experience. He has over 40 years of experience in mechanical engineering and valve repair/testing. Most recently, he was the General Manager of Total Valve Services in Australia from 2012-2014, where he oversaw valve repair operations. Prior to that, he held management and technical roles in valve repair and testing in the Middle East, Australia, UK, South Africa, and Scotland.
4 Cofferdams (Temporary Works) Risk Assessment Templates
Planned Cofferdam excavation in areas where live services may be present including:
• Electrical;
• Water;
• Sewerage;
• Gas;
• Telecoms;
PRIOR TO WORKS
Cofferdam Design under Temporary Works
Cofferdam excavation
Cofferdam sheet piling
Lifting operations
Confined space working – cofferdam
Installation of wales, bracing etc.
Maintenance of cofferdam
11 Piling Operations with Rebar Cage installation Risk Assessment Templates
Piling Rig checks on arrival to site
PRIOR TO USE
Access of rig and delivery vehicles to work areas
Siting and setting up of piling rig
Piling operation
(Mobile rig Operator)
Rebar cage fabrication
Pile case and rebar cage lifting operations
This document summarizes NSW coal mine regulations for airborne dust monitoring and enforcement. It discusses:
1) Regulations that require dust monitoring, enforcement by the Resources Regulator, and oversight by the Standing Dust Committee.
2) The role of Coal Services in conducting NATA-accredited dust sampling and inspections at mines.
3) Requirements under Order 42 for minimum respirable dust and quartz sampling frequencies and numbers of crews assessed at longwalls, continuous miners, and other areas.
4) Transparent reporting of dust monitoring results and factors contributing to exceedances which are reviewed by the Standing Dust Committee.
The document discusses PLC Group of Companies and applications of unmanned aerial vehicles (UAVs). UAVs can be used for security, search and rescue, monitoring of waterways, shipping, oil and gas pipelines, forestry and agriculture. They can also be used for oil and gas exploration and production surveys. Specific oil and gas applications include inspection of offshore oil rigs, flare tips, onshore pipelines, and flare stacks. UAVs allow detection of issues like rust, cracks, and leaks. The document also outlines health, safety, and environmental (HSE) requirements in the oil and gas industry for onshore and offshore personnel.
This racking safety audit report summarizes the findings of an inspection of the pallet racking system at a warehouse. Several safety issues were identified that violate OSHA standards including overloaded racks causing damage, missing side rails creating a tipping hazard, and pallets not properly secured creating a crushing hazard. The report recommends conducting a Pre-Start Health and Safety Review to properly assess the load rating of the racks and ensure compliance with safety regulations given modifications have been made without documentation.
The document traces the evolution of maintenance practices and regulations in coal mines from 1912 to the present. Early regulations focused on basic safety inspections and testing of equipment. Over time, expectations grew for maintenance to improve availability, reliability and prevent failures. Major industrial accidents in the 1970s-80s increased pressure on maintenance. Modern regulations now require risk-based mechanical engineering control plans and adherence to lifecycle asset management standards like ISO 55000. The changing regulations reflect an evolution from reactive to proactive maintenance approaches aimed at continuous improvement of safety and asset performance.
The document discusses upcoming changes to several Australian and New Zealand standards for explosion protection of electrical equipment (AS/NZS2290.1, AS/NZS3800 & HB239). Key changes include: redefining "readily accessible component"; expanding verification dossier requirements; allowing IEC competency standards as an alternative; making inspection tables mandatory; additional initial inspection requirements; and clarifying repair and modification procedures. The changes aim to fix errors, align the standards, and align with the next IEC edition.
This curriculum vitae summarizes William J. Robb's professional experience. He has over 40 years of experience in mechanical engineering and valve repair/testing. Most recently, he was the General Manager of Total Valve Services in Australia from 2012-2014, where he oversaw valve repair operations. Prior to that, he held management and technical roles in valve repair and testing in the Middle East, Australia, UK, South Africa, and Scotland.
4 Cofferdams (Temporary Works) Risk Assessment Templates
Planned Cofferdam excavation in areas where live services may be present including:
• Electrical;
• Water;
• Sewerage;
• Gas;
• Telecoms;
PRIOR TO WORKS
Cofferdam Design under Temporary Works
Cofferdam excavation
Cofferdam sheet piling
Lifting operations
Confined space working – cofferdam
Installation of wales, bracing etc.
Maintenance of cofferdam
11 Piling Operations with Rebar Cage installation Risk Assessment Templates
Piling Rig checks on arrival to site
PRIOR TO USE
Access of rig and delivery vehicles to work areas
Siting and setting up of piling rig
Piling operation
(Mobile rig Operator)
Rebar cage fabrication
Pile case and rebar cage lifting operations
This document summarizes NSW coal mine regulations for airborne dust monitoring and enforcement. It discusses:
1) Regulations that require dust monitoring, enforcement by the Resources Regulator, and oversight by the Standing Dust Committee.
2) The role of Coal Services in conducting NATA-accredited dust sampling and inspections at mines.
3) Requirements under Order 42 for minimum respirable dust and quartz sampling frequencies and numbers of crews assessed at longwalls, continuous miners, and other areas.
4) Transparent reporting of dust monitoring results and factors contributing to exceedances which are reviewed by the Standing Dust Committee.
The document discusses PLC Group of Companies and applications of unmanned aerial vehicles (UAVs). UAVs can be used for security, search and rescue, monitoring of waterways, shipping, oil and gas pipelines, forestry and agriculture. They can also be used for oil and gas exploration and production surveys. Specific oil and gas applications include inspection of offshore oil rigs, flare tips, onshore pipelines, and flare stacks. UAVs allow detection of issues like rust, cracks, and leaks. The document also outlines health, safety, and environmental (HSE) requirements in the oil and gas industry for onshore and offshore personnel.
This racking safety audit report summarizes the findings of an inspection of the pallet racking system at a warehouse. Several safety issues were identified that violate OSHA standards including overloaded racks causing damage, missing side rails creating a tipping hazard, and pallets not properly secured creating a crushing hazard. The report recommends conducting a Pre-Start Health and Safety Review to properly assess the load rating of the racks and ensure compliance with safety regulations given modifications have been made without documentation.
The document traces the evolution of maintenance practices and regulations in coal mines from 1912 to the present. Early regulations focused on basic safety inspections and testing of equipment. Over time, expectations grew for maintenance to improve availability, reliability and prevent failures. Major industrial accidents in the 1970s-80s increased pressure on maintenance. Modern regulations now require risk-based mechanical engineering control plans and adherence to lifecycle asset management standards like ISO 55000. The changing regulations reflect an evolution from reactive to proactive maintenance approaches aimed at continuous improvement of safety and asset performance.
Our mobile technicians can conduct onsite load testing of various equipment using fixed weights or load cells. We design customized load testing procedures supported by risk assessments. After load testing, we also offer non-destructive testing like dye penetrant and magnetic particle inspections. Test results are uploaded to an online portal for client access and to ensure equipment certification remains up to date.
This document provides a summary of an individual's qualifications and work history. It lists their educational qualifications including an ONC in Mechanical Engineering and HNC in Mechanical Engineering. It then details a range of roles held over several decades in mechanical engineering, maintenance, and valve repair and testing. Positions included managerial roles at Total Valve Services and Tyco Flow Control in Australia, the Middle East, and other locations.
Kittiwake is a leading manufacturer of products that monitor and manage lubrication, fuel, gas, machinery, and marine water for assets. They provide solutions for oil sampling, fuel sampling, lube testing kits, marine water testing kits, laboratory equipment, online condition monitoring sensors, FTIR analysis, acoustic emissions monitoring, and emissions monitoring. Kittiwake has a global presence with customers in marine, industrial, renewable energy, offshore, power and food manufacturing. They invest over 10% of turnover back into R&D to develop innovative new products and technologies.
This document profiles Bogdan Mircea Tomescu, a control and instrument engineer with over 12 years of experience in the oil and gas industry. He has expertise in design, factory acceptance testing, commissioning, project management, and maintenance. Tomescu has worked on numerous offshore and onshore projects around the world and is proficient in several control systems and software tools. He is skilled in training, design, commissioning, and project engineering roles.
10 Use of Mobile Concrete Pump Risk Assessment Templates
Concrete Pump checks on arrival to site
PRIOR TO SITE ACCESS
Access of mobile pump and delivery trucks to work areas
Siting and setting up of concrete pump
Pumping concrete
(Pump Operator)
Pumping operation supervision
This risk assessment document identifies hazards associated with lifting operations using a tower crane on a construction site. It lists 6 specific tasks: 1) access of crane sections, 2) tower crane foundations, 3) siting, setting up and testing, 4) lifting of equipment and material, 5) tower crane supervision, and 6) jumping and dismantling the tower crane. For each task, potential hazards are identified and an initial risk rating is given. Control measures are then provided to reduce the risks, along with any additional measures. Residual risks after controls are also assessed. The goal is to ensure lifting operations are performed safely.
8 Lifting Operations with mobile crane Risk Assessment Templates
Crane checks on arrival to site
PRIOR TO USE
Access of crane to work areas
Siting and setting up of crane
Lifting of equipment and material
(Mobile crane Operator)
Crane supervision
Crane Maintenance
(revised 06-06-2018)
The document discusses incidents of falls from mobile plant that were reported to the NSW Resources Regulator between January 2015 and July 2016. It describes one incident in particular from February 2016 where a mine worker fell 2.7 meters from an Articulated Dump Truck and sustained serious skull and jaw fractures requiring emergency surgery. The document then reviews the requirements for managing falls from height according to various legislation, codes of practice, standards, and guidelines. It finds that while much information exists, there are often contradictory or incorrect elements. It also finds imported mobile plant to commonly have non-compliant access systems that do not meet standards for guardrails, ladders, platforms, and other elements. Compromises are frequently made to suit the
Neville Young is a highly experienced marine professional with over 25 years of experience in various roles related to ships, barges, and support vessels. He has broad experience in safety, construction, and marine operations, including managing teams, vessels, budgets, and ensuring regulatory compliance. His background demonstrates skills in technical operations, project implementation, relationship management, and team leadership.
This presentation discusses Hanson's implementation of a Mechanical Engineering Control Plan (MECP) across its NSW quarries to improve safety standards. It outlines the legislative requirements to develop an MECP within two years. Hanson engaged a consultant to assist with developing the MECP, which involved risk assessments of equipment and procedures at three trial sites. The MECP and supporting procedures were finalized in July 2016. A case study describes upgrades made to a watercart at Brandy Hill Quarry to meet MECP requirements, including improvements to the plant file, access, visibility, fire prevention, noise, and hydraulic system maintenance.
Chris Swift has over 30 years of experience in process engineering and safety. He has a Master's Degree in Process Safety and Loss Prevention and is a Chartered Chemical Engineer. He currently works as a consultant providing risk management services and facilitating safety workshops for industries including power, oil, gas, chemicals, and marine. Previously he worked as a Process Safety Engineer for 22 years at a major chemical manufacturing site, where he led safety reports, risk assessments, incident investigations, and over 100 process safety workshops.
This document is a curriculum vitae for William Richard Sharp that provides details of his personal and professional experience. It summarizes that he has over 35 years of experience in quality control and non-destructive testing in the oil, gas and engineering industries, including 15 years working in the Middle East. It also lists his current role as an independent consultant providing inspection and integrity assessment services, and outlines his previous role as manager of advanced inspection services for another company.
2M KABLO was established in Istanbul - TURKEY in 1993 for low voltage cables production. The company started production of data, control, coaxial, audio-video cables at first stages and later continued with fire resistant and instrumentation cables. Today, the wide range of products are presented with the registered brands: 2MKAB (Control, Coaxial, Instrumentation, Data Cables, Power Cables, Marine and Shipboard Cables), FireKab (Fire Resistant Cables) and LOOKAB (Audio – Video Cables).
2M KABLO has been supplying to the Construction (High rise, intelligent, semi-intelligent buildings, hospitals, universities, residence projects, etc.) , Oil &Gas, Petrochemical, Nuclear, Power Plant projects, Automation, Fire & Security, Satellite, Broadcasting, Staging, Audio-Video industries as well as OEM production. The exports ratio is more than 40% with destination to France, Switzerland, Netherlands, Germany, UK , Iran, Iraq, Qatar, U.A.E. , Russia, Slovenia, Thailand, Canada, Turkmenistan, Bulgaria, Latvia, Pakistan, Syria, Hungary, Ireland, Denmark, Lebanon, Malta, Greece, Belgium, Jordan, Azerbaijan, Kuwait, Lithuania, Macedonia, Sudan , Portugal, Slovakia, Czech Republic, India, Kazakhstan, Kyrgyzstan Serbia, Albania, Georgia, Ozbekistan, Egypt, Oman, Mexico, Vietnam, Libya, Afghanistan, South Africa and T.R.N.C.A regional office and a warehouse has been active in Moscow - RUSSIA since 2005, too.
Rahul Shinde is a mechanical engineer with over 22 years of experience in the oil and gas industry. He currently holds the position of Operations Engineer at ADCO, where he is responsible for the operations of a crude oil pipeline, pumping stations, storage tanks, and ship loading facilities. Prior to his current role, Rahul has worked in engineering and operations roles in India and Saudi Arabia, gaining experience in commissioning, start-up, and operations of facilities involved in crude oil transportation and petrochemical production and storage. Rahul holds a Bachelor's degree in Mechanical Engineering and additional qualifications in industrial safety.
Ahmed Hassan Reedy has 19 years of experience in process safety, health, and loss prevention in the oil, gas, and petroleum industries. He has extensive experience conducting hazard identification studies and risk assessments using various quantitative and qualitative methods. Reedy has served as the chairman for over 100 HAZOP studies and 30 SIL assessments. He is proficient in various risk analysis software tools and has conducted risk assessments and consequence modeling for over 50 projects.
This document provides an audit report of the occupational health and safety practices at JSW Cement Ltd in Bilakalaguduru, Andhra Pradesh. The audit was conducted from May 12-14, 2022 to assess compliance with applicable regulations and standards. In general, the audit found that the company has established occupational health and safety programs and procedures in place. A few minor gaps were identified, including opportunities to improve fire extinguisher maintenance and monthly activity schedules for HSE officers. Overall, the plant demonstrates a strong safety culture and maintains the necessary plans, training, and documentation to protect worker health and safety.
Ahmed Haridy is an Egyptian national who works as a senior plant inspector for SUZE Oil Company in Egypt. He has over 10 years of experience inspecting oil and gas plants, pipelines, tanks, vessels and other equipment. Some of his responsibilities include performing inspections using methods like visual, radiography, ultrasound and magnetic particle testing; preparing inspection reports; supervising maintenance and repair projects; and ensuring compliance with standards. He aims to find a challenging position where he can further develop his technical, management and communication skills.
The document summarizes an upcoming regional conference on corrosion management in Abu Dhabi from June 8-10, 2015. It will include interactive workshops and presentations from esteemed speakers from major oil and gas companies on corrosion mitigation strategies. An international summit on developing robust corrosion management strategies for assets in sour and high-pressure, high-temperature environments will also be held in Abu Dhabi from September 14-15, 2015, with additional workshops on September 13 and 16. The event will provide operators the latest insights on material selection, inspection tools, and mitigation strategies to manage corrosion in challenging environments and extend asset lifecycles.
Ian Ahrens has over 36 years of experience in oil, gas, petrochemical, nuclear and sugar industries. He currently owns a risk engineering consulting firm and has previously held roles in project engineering, technical management, operations, and process design. He has extensive experience facilitating process safety workshops including HAZOPs, HAZIDs, SIL assessments, and risk assessments for oil and gas projects.
The document provides a curriculum vitae for Thomas Karl Jones, outlining his 50 years of experience as a lead technical safety engineer working on a variety of oil, gas, and petrochemical projects around the world. It details his qualifications, professional memberships, employment history working for companies like Worley Parsons, Aibel UK, and Akers Kvaerner, and the roles and responsibilities he has held planning safety systems on offshore platforms, pipelines, processing facilities, and chemical plants.
Our mobile technicians can conduct onsite load testing of various equipment using fixed weights or load cells. We design customized load testing procedures supported by risk assessments. After load testing, we also offer non-destructive testing like dye penetrant and magnetic particle inspections. Test results are uploaded to an online portal for client access and to ensure equipment certification remains up to date.
This document provides a summary of an individual's qualifications and work history. It lists their educational qualifications including an ONC in Mechanical Engineering and HNC in Mechanical Engineering. It then details a range of roles held over several decades in mechanical engineering, maintenance, and valve repair and testing. Positions included managerial roles at Total Valve Services and Tyco Flow Control in Australia, the Middle East, and other locations.
Kittiwake is a leading manufacturer of products that monitor and manage lubrication, fuel, gas, machinery, and marine water for assets. They provide solutions for oil sampling, fuel sampling, lube testing kits, marine water testing kits, laboratory equipment, online condition monitoring sensors, FTIR analysis, acoustic emissions monitoring, and emissions monitoring. Kittiwake has a global presence with customers in marine, industrial, renewable energy, offshore, power and food manufacturing. They invest over 10% of turnover back into R&D to develop innovative new products and technologies.
This document profiles Bogdan Mircea Tomescu, a control and instrument engineer with over 12 years of experience in the oil and gas industry. He has expertise in design, factory acceptance testing, commissioning, project management, and maintenance. Tomescu has worked on numerous offshore and onshore projects around the world and is proficient in several control systems and software tools. He is skilled in training, design, commissioning, and project engineering roles.
10 Use of Mobile Concrete Pump Risk Assessment Templates
Concrete Pump checks on arrival to site
PRIOR TO SITE ACCESS
Access of mobile pump and delivery trucks to work areas
Siting and setting up of concrete pump
Pumping concrete
(Pump Operator)
Pumping operation supervision
This risk assessment document identifies hazards associated with lifting operations using a tower crane on a construction site. It lists 6 specific tasks: 1) access of crane sections, 2) tower crane foundations, 3) siting, setting up and testing, 4) lifting of equipment and material, 5) tower crane supervision, and 6) jumping and dismantling the tower crane. For each task, potential hazards are identified and an initial risk rating is given. Control measures are then provided to reduce the risks, along with any additional measures. Residual risks after controls are also assessed. The goal is to ensure lifting operations are performed safely.
8 Lifting Operations with mobile crane Risk Assessment Templates
Crane checks on arrival to site
PRIOR TO USE
Access of crane to work areas
Siting and setting up of crane
Lifting of equipment and material
(Mobile crane Operator)
Crane supervision
Crane Maintenance
(revised 06-06-2018)
The document discusses incidents of falls from mobile plant that were reported to the NSW Resources Regulator between January 2015 and July 2016. It describes one incident in particular from February 2016 where a mine worker fell 2.7 meters from an Articulated Dump Truck and sustained serious skull and jaw fractures requiring emergency surgery. The document then reviews the requirements for managing falls from height according to various legislation, codes of practice, standards, and guidelines. It finds that while much information exists, there are often contradictory or incorrect elements. It also finds imported mobile plant to commonly have non-compliant access systems that do not meet standards for guardrails, ladders, platforms, and other elements. Compromises are frequently made to suit the
Neville Young is a highly experienced marine professional with over 25 years of experience in various roles related to ships, barges, and support vessels. He has broad experience in safety, construction, and marine operations, including managing teams, vessels, budgets, and ensuring regulatory compliance. His background demonstrates skills in technical operations, project implementation, relationship management, and team leadership.
This presentation discusses Hanson's implementation of a Mechanical Engineering Control Plan (MECP) across its NSW quarries to improve safety standards. It outlines the legislative requirements to develop an MECP within two years. Hanson engaged a consultant to assist with developing the MECP, which involved risk assessments of equipment and procedures at three trial sites. The MECP and supporting procedures were finalized in July 2016. A case study describes upgrades made to a watercart at Brandy Hill Quarry to meet MECP requirements, including improvements to the plant file, access, visibility, fire prevention, noise, and hydraulic system maintenance.
Chris Swift has over 30 years of experience in process engineering and safety. He has a Master's Degree in Process Safety and Loss Prevention and is a Chartered Chemical Engineer. He currently works as a consultant providing risk management services and facilitating safety workshops for industries including power, oil, gas, chemicals, and marine. Previously he worked as a Process Safety Engineer for 22 years at a major chemical manufacturing site, where he led safety reports, risk assessments, incident investigations, and over 100 process safety workshops.
This document is a curriculum vitae for William Richard Sharp that provides details of his personal and professional experience. It summarizes that he has over 35 years of experience in quality control and non-destructive testing in the oil, gas and engineering industries, including 15 years working in the Middle East. It also lists his current role as an independent consultant providing inspection and integrity assessment services, and outlines his previous role as manager of advanced inspection services for another company.
2M KABLO was established in Istanbul - TURKEY in 1993 for low voltage cables production. The company started production of data, control, coaxial, audio-video cables at first stages and later continued with fire resistant and instrumentation cables. Today, the wide range of products are presented with the registered brands: 2MKAB (Control, Coaxial, Instrumentation, Data Cables, Power Cables, Marine and Shipboard Cables), FireKab (Fire Resistant Cables) and LOOKAB (Audio – Video Cables).
2M KABLO has been supplying to the Construction (High rise, intelligent, semi-intelligent buildings, hospitals, universities, residence projects, etc.) , Oil &Gas, Petrochemical, Nuclear, Power Plant projects, Automation, Fire & Security, Satellite, Broadcasting, Staging, Audio-Video industries as well as OEM production. The exports ratio is more than 40% with destination to France, Switzerland, Netherlands, Germany, UK , Iran, Iraq, Qatar, U.A.E. , Russia, Slovenia, Thailand, Canada, Turkmenistan, Bulgaria, Latvia, Pakistan, Syria, Hungary, Ireland, Denmark, Lebanon, Malta, Greece, Belgium, Jordan, Azerbaijan, Kuwait, Lithuania, Macedonia, Sudan , Portugal, Slovakia, Czech Republic, India, Kazakhstan, Kyrgyzstan Serbia, Albania, Georgia, Ozbekistan, Egypt, Oman, Mexico, Vietnam, Libya, Afghanistan, South Africa and T.R.N.C.A regional office and a warehouse has been active in Moscow - RUSSIA since 2005, too.
Rahul Shinde is a mechanical engineer with over 22 years of experience in the oil and gas industry. He currently holds the position of Operations Engineer at ADCO, where he is responsible for the operations of a crude oil pipeline, pumping stations, storage tanks, and ship loading facilities. Prior to his current role, Rahul has worked in engineering and operations roles in India and Saudi Arabia, gaining experience in commissioning, start-up, and operations of facilities involved in crude oil transportation and petrochemical production and storage. Rahul holds a Bachelor's degree in Mechanical Engineering and additional qualifications in industrial safety.
Ahmed Hassan Reedy has 19 years of experience in process safety, health, and loss prevention in the oil, gas, and petroleum industries. He has extensive experience conducting hazard identification studies and risk assessments using various quantitative and qualitative methods. Reedy has served as the chairman for over 100 HAZOP studies and 30 SIL assessments. He is proficient in various risk analysis software tools and has conducted risk assessments and consequence modeling for over 50 projects.
This document provides an audit report of the occupational health and safety practices at JSW Cement Ltd in Bilakalaguduru, Andhra Pradesh. The audit was conducted from May 12-14, 2022 to assess compliance with applicable regulations and standards. In general, the audit found that the company has established occupational health and safety programs and procedures in place. A few minor gaps were identified, including opportunities to improve fire extinguisher maintenance and monthly activity schedules for HSE officers. Overall, the plant demonstrates a strong safety culture and maintains the necessary plans, training, and documentation to protect worker health and safety.
Ahmed Haridy is an Egyptian national who works as a senior plant inspector for SUZE Oil Company in Egypt. He has over 10 years of experience inspecting oil and gas plants, pipelines, tanks, vessels and other equipment. Some of his responsibilities include performing inspections using methods like visual, radiography, ultrasound and magnetic particle testing; preparing inspection reports; supervising maintenance and repair projects; and ensuring compliance with standards. He aims to find a challenging position where he can further develop his technical, management and communication skills.
The document summarizes an upcoming regional conference on corrosion management in Abu Dhabi from June 8-10, 2015. It will include interactive workshops and presentations from esteemed speakers from major oil and gas companies on corrosion mitigation strategies. An international summit on developing robust corrosion management strategies for assets in sour and high-pressure, high-temperature environments will also be held in Abu Dhabi from September 14-15, 2015, with additional workshops on September 13 and 16. The event will provide operators the latest insights on material selection, inspection tools, and mitigation strategies to manage corrosion in challenging environments and extend asset lifecycles.
Ian Ahrens has over 36 years of experience in oil, gas, petrochemical, nuclear and sugar industries. He currently owns a risk engineering consulting firm and has previously held roles in project engineering, technical management, operations, and process design. He has extensive experience facilitating process safety workshops including HAZOPs, HAZIDs, SIL assessments, and risk assessments for oil and gas projects.
The document provides a curriculum vitae for Thomas Karl Jones, outlining his 50 years of experience as a lead technical safety engineer working on a variety of oil, gas, and petrochemical projects around the world. It details his qualifications, professional memberships, employment history working for companies like Worley Parsons, Aibel UK, and Akers Kvaerner, and the roles and responsibilities he has held planning safety systems on offshore platforms, pipelines, processing facilities, and chemical plants.
The document is a curriculum vitae for Mehrdad Bidel that summarizes his 24 years of experience in project management, HSEQ, QA/QC management, and inspection roles for onshore, offshore, and industrial facilities. It lists his educational background in metallurgical engineering and qualifications. The CV then describes his extensive technical experience managing QA/QC and HSEQ for numerous international engineering companies on various oil, gas, and petrochemical projects in Iran. This includes roles as an authorized inspector, welding supervisor, NDT inspector, and TPA/MWS manager on offshore and onshore pipelines, platforms, refineries, and other facilities.
This document provides a summary of qualifications for a Quality Control Engineer position. It outlines the candidate's 11 years of experience in inspection, quality control, and non-destructive testing for various industrial projects. Responsibilities have included leading inspection personnel, developing quality plans, reviewing welding procedures, witnessing tests, and coordinating with clients. The candidate holds engineering and non-destructive testing certifications and has worked extensively on both onshore and offshore oil and gas projects. Contact information and the candidate's work history with two companies are also provided.
The document provides a summary of Armando Ilagan's qualifications and experience for the position of Occupational Health, Safety and Environment Supervisor. It details over 10 years of experience in HSE roles for various oil and gas projects. It lists extensive safety certifications and training. Specific experience is provided for roles as HSE Supervisor on projects in Saudi Arabia for Daelim Saudi Arabia Co. and SsangYong Engineering Construction Co. Duties included implementing HSE systems, conducting audits and inspections, investigating incidents, and reporting. Overall the document demonstrates Armando Ilagan's qualifications for an HSE Supervisor position through relevant experience and safety certifications.
Danilo O. Ramirez is a mechanical engineer currently working as a QAQC MEP for BIC Contracting LLC in Doha, Qatar. He has over 10 years of experience in quality assurance, health and safety, engineering, and maintenance roles in the oil/gas, construction, and sugar industries in the Philippines, Saudi Arabia, and Qatar. His responsibilities have included conducting inspections, audits, and ensuring compliance with ISO, OSHA, and client standards. He holds qualifications in internal auditing, ISO 9001 and 18001 auditing, and has received extensive training in areas such as safety management, hazardous materials, and first aid.
Majdi Shalgheen has over 20 years of experience in the oil and gas industry. He currently works as a Senior Rotating Machinery Engineer for ZADCO, where he is responsible for maintenance of rotating equipment. Prior to this, he worked as an Applications and Field Service Engineer for John Crane, where he supported customers in the Middle East. He holds a Bachelor's degree in Mechanical Engineering and has extensive technical training and safety certifications.
Abdulmagied Othman is a senior drilling fluids engineer with over 5 years of experience working for Saudi Aramco on various oil and gas fields in Saudi Arabia and Egypt. He has experience with water-based, oil-based, and invert emulsion drilling fluids. Othman also has previous experience as a mud logger and chemist. He holds a Bachelor's degree in Chemistry and Physics from Zagazige University in Egypt.
This document contains a summary of an individual's qualifications and experience for electrical and instrumentation inspection roles. It outlines over 15 years of experience in construction inspection and supervision in Saudi Arabia, including roles as a QA/QC electrical and telecom inspector. Academic qualifications include a Bachelor's degree in Electrical Engineering. Relevant technical training and computer skills are also listed. Work experience details several inspection roles on oil and gas projects in Saudi Arabia and the UAE.
An experienced Engineering Manager with more than 12 years in the Offshore/Onshore renewable Energy, Oil and Gas industry, adhoc vendor inspection, HSE, Pre-shipment Inspection. Also, Abraham has experience as a Third-Party Inspection Subsea Manager, QHSE and QA/QC Inspectors for Onshore & Offshore Projects and has handled, Solar sales Projects, Subsea Inspection Repair Maintenance (IRM) Projects for clients in Norway and abroad. He excels in timely submission of quality reports while ensuring that safety and quality of equipment are in accordance with client’s specifications, using competent hands, up-to-date test equipment, approved test procedures, ensuring correct markings, and that MCCR and MRBs are up to date and correct.
This document provides a summary of Mike Bartlett's qualifications and experience. He has over 40 years of experience in quality control, engineering inspection, and non-destructive testing. He has worked in various sectors including renewable energy, naval, offshore, power stations, nuclear, and oil and gas. He is a graduate of mechanical engineering and holds certifications in quality assurance and non-destructive testing. His experience includes managing quality control for a valve manufacturer and conducting audits, inspections, and surveys internationally for various projects.
This document provides a summary of an individual's qualifications and work experience in construction project management, inspection, and supervision roles spanning 15 years. The individual has experience managing electrical, instrumentation, and telecommunications installations on various oil, gas, and infrastructure projects in Saudi Arabia and the Middle East. Educational background includes a Bachelor's in Electrical Engineering and license as a Professional Electrical Engineer.
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TECHNICAL RÉSUMÉ
EUR ING AMIR AKHLAGHI B.Eng. (Hons.) TUV-FS-Eng MIET MSaRS CEng
amir@61508.co.uk
+44 (0) 7779 722 098
+44 (0) 1428 400 200
Passfield Business Centre
Lynchborough Rd
Passfield Liphook
Hampshire
GU30 7SB
Summary
Amir is an accomplished Chartered Electronic Engineer with extensive experience in
Project Management, Team leading, Functional Safety, Risk Assessments, Safety Related
Systems, Control and Safety Systems. Amir is certified in Functional Safety by TÜV and
Technis and is a calm and confident communicator, whose expertise in safety is
supported by a strong background in provision of Functional Safety activities for various
industries.
Amir spent his early years working on design and development of electrical and
programmable electronic safety-related and control systems for the process, oil and gas
and various other industries. He then moved into safety consultancy, specialising in risk
assessment, functional safety life cycle, IEC61508/61511-compliance and reliability
analysis.
He has chaired and facilitated numerous Layers of protection Analysis (LOPA), Hazard
and Operability Studies (HAZOP) and Hazard Analysis (HAZAN) studies in the UK and
Middle East. In addition, he is an experienced Safety Engineer and has worked for
numerous major contractors in the offshore production industry, delivering Quantified
Risk Assessment, High Integrity Protection System (HIPS) studies, Safety Requirement
Specifications (SRS) and SIL Verification studies for major projects.
Educational Qualifications
v 1st Class B.Eng. (Hons). University of Surrey, Guildford, UK. (Winner of the Bookham
Technology Prize - awarded to the best final year undergraduate performance).
v CEng, Awarded Chartered Engineer by the Engineering Council.
v EUR ING, Awarded European Engineer by FEANI
v IChemE HAZOP Study for Team Leaders.
v TÜV Functional Safety Engineer, TÜV Rheinland Industrie Service.
v Certificate in Reliability and Functional Safety Technis, UK (Approved by IGEM for
CPD and Accredited by IAQC). Technical papers presented for assessment
included:
o ‘SIL determinations techniques and case studies;
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o ‘Accounting for Human Error on quantitative assessment’;
o ‘Design of inhibits and overrides ford safety critical systems’;
o ‘Application of ALARP for Fatal and Non-Fatal hazards’;
o ‘Case Study: Failure Mode, Effects and Criticality Analysis on offshore
Process Shutdown System’.
v Basic Offshore Safety Induction and Emergency Training – BOSIET.
v Minimum Industry Safety Training – MIST.
v City and Guilds in Machinery Safety.
v Det Norske Vertias (DNV), PHAST (Process Hazard Analysis Software Tool).
v Diploma In Reliability and Functional Safety Provided by Technis (Approved by
IGEM for CPD and Accredited by IAQC).
Key Experience
The following are Amir’s Key experiences in Functional Safety and Risk Assessment.
• Appointed HAZOP chairman for the following studies (not exhaustive):
o Foster Wheeler / Reliance transalkylation facilities.
o Dove Energy ltd for 8 wellheads and 2 gas processing plants in Yemen.
o DIAGEO distillery in Scotland.
o Total Pipeline HAZOP for provision new piping network in UK.
o Doosan / nPower Aberthaw generation facilities.
o BPA UKOP Pipeline Facilities at Mersey, Bearstone, Uttoxeter, Bovington
Junction, Coryton Booster, Epping, Shell Haven, Thames, Thames Crossing,
Oikos, Hemel Junction, Gatwick Receipt, Heathrow Northern Fuel Receipt,
Walton Gatwick and Longford.
o Exeter Energy from Waste, Cobalt HAZOP.
o Atlas Copco oil free air compressor for breathing air applications in nuclear
industry.
o Euro Cool refrigeration and chillier skid (Vendor Package Various
Applications).
o Hale Hamilton compressed air skids, supply and distribution.
o Hitachi Compressors for use in transalkylation, Foster Wheeler / Reliance.
o Elliott Compressors for use in Refrigeration (Ethylene and Propylene) Foster
Wheeler / Reliance.
o Heurtey Petrochem Cylindrical & Twin Cylindrical Type Fired Heaters Foster
Wheeler / Reliance.
o Industrial Chemicals Limited HI Base 10 Batch Process.
o Industrial Chemicals Limited Tri-sodium Citrate Batch Process.
o Saudi Aramco North Safaniyah HAZOP for the provision of HIPS Studies.
o Saudi Aramco Marjan HAZOP for the provision of HIPS Studies.
o Saudi Aramco Abu Safah HAZOP for the provision of HIPS Studies.
o Saudi Aramco Marjan TP-09 FEED HAZOP.
o Foster Wheeler / Reliance Atlas Copco Fuel Gas Compressor System HAZOP.
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o Saudi Aramco Kuff Gas, Hawiyah and North Haradh, South Haradh, WAQR
and TINAT overpressure and loss of containment Hazard Identification.
o Saudi Aramco Hasbah II Gas development facilities Pre Feed HAZOP.
o Scottish and Southern Energy (SSE) Yokogawa DCS and Safety Related Systems
Upgrade HAZOP.
o Amec Foster Wheeler, OTTCO Crude Storage facilities and Utilises HAZOP.
o Saudi Aramco Berri Offshore facilities Hazard Analysis and Process Hazard
Assessment.
o Perenco North Sea various platforms and packages.
o Saudi Aramco Karan offshore facilities.
• Led (including chairing of) SIL Reviews for the following projects (not exhaustive):
o Hasbah and Arabiya HIPS SIL determination.
o Thames Water Ashford Common Ammonia protection Safety Systems.
o GalxoSmithKline Pharmaceuticals in UK mixing faciltieis SIL determination.
o SIL Determination for Foster Wheeler / Reliance for the following units:
o Transalkylation facilities (1 week);
o Aramotatics (1 week);
o Crystallisation (2 weeks);
o Refegration (1 week).
o SIL Determination of 50+ SIFs for British Gas Tunisia Acid Management Plant.
o Genesis / British AGM Sulphuric Acid Plant and BTEX Recovery Unit 50+ SIFs.
o SIL Determination of Silvertech Middle East Dove Energy Fire & Gas system.
o SIL Determination for Exeter Energy from Waste, Cobalt.
o SIL Determination for BPA UKOP Pipeline Facilities at Blisworth, Kingsbury,
Northampton and Texaco Kingsbury.
o BG Bolivia La Vertiente LOPA and risk gap analysis of legacy control and
protection system.
o BG Queensland Curtis LNG SIL Dossier and LOPA review.
o Genesis SAP follow-on review for BG Tunisia (10 additional SIFs).
o Saudi Aramco North Safaniyah HIPS SIL Determination.
o Saudi Aramco Marjan HIPS SIL Determination.
o Saudi Aramco Abu Safah HIPS SIL Determination.
o Saudi Aramco Hasbah II Pre Feed HIPS SIL Determination.
o Saudi Aramco Kuff gas facilities Hawiyah, North Haradh, South Haradh, WAQR
and TINAT Layers of Protection Analysis.
o Amec Foster Wheeler, OTTCO Tank Storage SIL Review.
o Saudi Aramco Berri Facilities HIPS LOPA.
o Saudi Aramco ARIB 20/23.
o Saudi Aramco Karan Facilities.
• Managed and delivered Quantitative Risk Assessments Studies for the following
projects (not exhaustive):
o Saudi Aramco Hasbah and Arabiya gas development Project.
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o Saudi Aramco North Fields Safaniyah Production Facilities.
o Saudi Aramco Marjan production facilities.
o Saudi Aramco Abu Safah production facilities.
o Saudi Aramco South Safaniyah production facilities.
o Saudi Aramco Kuff Gas multiple production facilities.
o Saudi Aramco Hasbah II Gas Development Facilities.
o Saudi Aramco Berri offshore production facilities.
• Performing SIL Verification (assessment and validation) Studies. Major projects
include:
o Saudi Aramco Hasbah and Arabiya HIPS SIL Verification.
o Saudi Aramco Hasbah and Arabiya ESD SIL Verification.
o Saudi Aramco Hasbah and Arabiya Fire & Gas System SIL Verification.
o Saudi Aramco North Safaniyah ESD Reliability Assessment.
o Saudi Aramco North Safaniyah HIPS SIL Verification.
o Saudi Aramco Marjan ESD Reliability Assessment.
o Saudi Aramco Marjan HIPS SIL Verification.
o Saudi Aramco Abu Safah ESD Reliability Assessment
o Saudi Aramco Abu Sadah HIPS SIL Verification.
o Thames Water ammonia containment Safety Instrumented Functions.
o British Gas Trinidad and Tobago Baraka Tie-In Compressor (over 150 SIFs).
o British Gas Pana SIL verification of Fire & Gas and ESD Safety Instrumented
Systems.
o GF Sensing Shah Deniz project HIPS sensing subsystem.
o British Gas SAP analyser for carbon detection in facilities sulphuric acid lines.
o BG Tunisia ACM facilities SIL Verification 100+ SIFs.
o SIL verification on various Oil and Gas, Petrochemical, Machinery and many
other industries (more than 50 SIL verification reports in the Last 2 years.
o BPA ESD upgrade system at Kingsbury, UK.
o Saudi Aramco ARIB 20/23
o Saudi Aramco Berri ESD and HIPS SIL and Reliability Assessment.
• Functional Safety Studies and Reliability Assessment . Projects include:
o Saudi Aramco HIPPS sensitivity analysis and ESD gap analysis for various high-
pressure protection systems.
o Implementation of Safety Requirements Specification and Safety Manuals for
various clients including GE sensing and British Gas.
o Reliability and Maintainability Assessment on 350+ valves for SSE Aldbrough for
provision of active maintenance strategies and implementation of Proof test
procedures.
o Development of Reliability Models based on prior use data and proven use
data for compliance to IEC 61508 or IEC 61511.
o Provision of Functional Safety Support to BP Aberdeen providing general
consultancy and guidance in meeting the requirements if IEC 61508 and IEC
5. Page 5 of 8
61511.
o Approved Saudi Aramco Functional Safety Consultant, currently project
managing provision of Detailed Design Quantitative Risk Assessment for Saudi
Aramco North Safaniya production fields.
o British Gas SIL verification inline with OLF70 guidance for the Norwegian sector.
o Land & Marine Krriemuire Fire & Gas detection and operations philosophy.
o Land & Marine Hatton Fire & Gas detection hardware studies.
o Genesis Control and Safety segregation for AGM and determination of SIF
migration to ESD.
o National Grid Process Vent Line Risk Assessment Kirrimuire.
o National Grid Process Vent Line Risk Assessment St Furgus.
• Functional Safety Management (FSM). Projects include:
o Functional Safety Assessment and Auditing in accordance to IEC 61511 of
major Petrochemical, Oil and Gas operators including Aker Solutions and British
Gas.
o Functional Safety Assessment and Auditing in accordance to IEC 61508 of GE
Sensing for the development of PTX 400 Shah Deniz project.
o British Gas Baraka Tie-In Compressor project FSM).
• Product Certification. Projects include:
o Facilitating Product Certification in accordance with IEC 61508 for major
instrument manufacturers in the UK and abroad, covering Random Hardware
Failures (FMEA), Architectural Analysis and Management of Functional Safety
in accordance with IEC 61508 for:
o GE Sensing;
o SK-Elektronik;
o Tyco;
o Apollo;
o ABB Infi90;
o Hochiki.
o Detailed Failure Mode, Effect, and Criticality Analysis for certification of legacy
systems including BP ETAP.
• Machinery Safety Studies. Projects include:
o Hazard Identification for various production lines at Johnson Matthey UK.
o Machinery Risk Assessment and Performance Level Assessment for various
production lines at Jonson Matthey.
Employment History
Dec 2014 – Present: Engineering Director, Functional Safety Consultancy Ltd,
Hampshire, UK
Role entails delivery of detailed functional safety consultancy services as well as
chairing and delivering large SIL Assessment workshops. Experience includes but
not limited to:
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• SIL Determination and SIL Verification for various Safety Instrumented Systems.
• Experienced in SIL Determination and Targeting techniques such as:
§ Fault Tree Analysis
§ LOPA;
§ Risk Graphs;
§ Risk Matrix.
• Development of detailed documentation such as:
§ Safety Requirement Specification;
§ Proof Test Procedures;
§ SIS Design Specification;
§ Life Cycle Assessments.
• General consultancy in functional safety and in accordance to IEC 61508 and IEC
61511.
April 2011 – Dec 2014: Engineering Manager, Engineering Safety Consultants Ltd,
London, UK
Experience:
Role is focused on providing safety engineering and consultancy services for the Oil and
Gas, Process, Power, Manufacturing, Petrochemical and other industries. With reference
to the key skills section, experience includes but is not limited to:
• Appointed HAZOP chairman for numerous safety studies on widely varied
processes.
• Led (including chairing of) SIL Reviews for 50+ projects in the Oil and Gas and
Petrochem industry.
• Managed and delivered multiple Quantitative Risk Assessments Studies for the
following projects large Oil and Gas operators in the Middle East.
• Performing SIL Verification (assessment and validation) Studies 100+.
• Functional Safety Studies and Reliability Assessment .
• Functional Safety Management (FSM).
• Product Certification and SIL Compliance.
• Machinery Safety Studies.
July 2010 – April 2011: Consultant, Functional Safety Consultancy Ltd, ICS Triplex –
Rockwell Automation, Horsham, UK
Experience:
• Onshore Risk Analysis and Dispersion Modeling for North Ghawar Oil Fields, Saudi
Aramco Project.
• Quantified Risk Analysis for North Ghawar Oil Fields preforming Reliability and
Availability Analysis on Safety Related Systems (SRS) using Reliability Block
Diagrams (RBDs) for Saudi Aramco.
• System Integrity Level (SIL) Assessment to IEC 61508 and IEC 61511 for the Science
and Technology Council on the Muon Ionisation Cooling Experiment (MICE)
Personnel Protection System (PPS).
• Layers of Protection Analysis (LOPA) for in accordance to IEC 61508 and IEC
61511.
• Functional Safety Audit of techniques and procedures employed in the
development of the GE Sensing PTX 405 Digital Pressure Transmitter in accordance
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to IEC61508.
• Functional Safety Assurance report on the GE Sensing Executive Software and
Hardware development in accordance to IEC 61508.
• Functional Safety Manual for the GE Sensing PTX Pressure Transmitter series with
conformance to IEC 61508, IEC 61511 and IGEM/SR/15 requirements.
• Failure Modes, Effects and Criticality Analysis (FMECA) on the GE Intelligent
Platforms RX7i PLC, Ethernet and I/O Modules for the Fire and Gas System of
Britannia Upgrade Project.
• SIL assessment by methods of RBDs for the RX7i Britannia Platform, Fire and Gas
typical loops, Britannia Upgrade Project.
• SIL Assessment, Reliability and Availability Analysis on Hasbah and Arabiyah
Project, High Integrity Protection System (HIPS) and Relief to Flare for the Offshore
Platforms, Saudi Aramco.
• Full Cost Benefit Analysis of Hasbah and Arabiyah Project over pressure protection
options, Saudi Aramco.
• Proposals for Functional Safety Management in accordance to IEC 61508
Lifecycle of Vigdis Nordost Well Intervention Project, Aker Solutions.
• Failure Modes, Effects and Criticality Analysis (FMECA) on the GE sensing PTX 400
digital Shah Deniz project.
• Analysis of Safety Related Systems (SRS) using Reliability Block Diagrams (RBDs),
Fault Tree Analysis (FTA) and Event Tree Analysis (ETA).
Sept 2008 – July 2010: SIS Design Engineer, ICS Triplex – Rockwell Automation,
Horsham, UK
Experience:
• Involved in the PLC Software development of the Control, Protection and Fire and
Gas systems of National Grid Kirriemuir Compressor Station.
• Involved in the Factory Acceptance Test (FAT) of the Kirriemuir Project Protection
System.
• Development of the Modbus software for the telemetry, Flow Computer
communications.
• Problem solving and panel inspection of National Grid Kirriemuir Compressor
Station Project and Hatton Compressor Station Emission Reduction Project.
• Hardware Development of the National Grid Hatton Compressor Station Emission
Reduction Project.
• Hardware Modification and Design Reviews of the National Grid Hatton
Compressor Station Emission Reduction Project.
• PLC Software and HMI graphics development on the Transocean Data
Management System, Sedco 714 Project.
• Software maintenance on Britannia Platform Project, GE Fanuc 90-70 and 90-30
PLCs.
• Modification Packages to Britannia Platform Project PLC and HMI on PSD, BLP and
IDFGS.
Sept 2004 – Sept 2008: Design Engineer, Silvertech, Horsham UK
Experience:
Role centered on design and development of Control Function Blocks for the process
sectors. Projects include:
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• Compressor control functions.
• Compressor protection functions.
• Fire and Gas functions.
• SCADA and HMI development.
Sept 2002 – Sept 2004: Junior Controls Engineer, Tollsen Kruga, Hampshire UK
Experience:
Role centered on design and development of automation systems such as irrigation,
light control, security control. Development of HMI systems for Home and light control.