The document discusses commissioning of offshore installations in building yards. It covers the total commissioning activity and defines the key phases of mechanical completion, pre-commissioning, and commissioning. Mechanical completion involves verifying construction meets design requirements through testing. Pre-commissioning focuses on verifying system functionality and instrument calibration. Commissioning execution involves final checks before handover to operations. Effective planning is critical to the success of each phase.
False air or excess air in sealed systems like boiler flue gas paths or ACC vacuum systems can cause issues like heat loss, fan inefficiency, and increased downtime. It is important to identify sources of false air, measure levels periodically, and implement remedial actions like sealing leaks. Key steps include dedicating teams to identify leak areas, take measurements, and make repairs during outages in a timely manner, as well as implementing design and fabrication best practices, online monitoring instruments, and preventative maintenance programs.
110921 commissioning of offshore installationslaithu2908
This document discusses the commissioning process for offshore installations built in yards. It covers the total commissioning activity and defines the key phases of mechanical completion, pre-commissioning and commissioning. Mechanical completion involves verifying construction work is complete according to design. Pre-commissioning verifies functionality and system integration. Commissioning verifies systems are ready for operation. The document provides details on planning, organization and activities for each phase. Estimates suggest 95-105 systems for an FPSO requiring around 135,000-145,000 hours for commissioning, taking around 6 months with a team of 90 people. Addressing issues can help improve estimates over time.
This document provides a summary of Mohammad Asif Hussain's qualifications and experience applying for an Instrument Supervisor position. He has 14 years of experience in instrumentation roles abroad. His technical qualifications include a 3-year diploma in instrumentation engineering. He has worked on numerous oil and gas projects in various instrumentation supervisor roles. His responsibilities have included supervision of instrumentation installation, calibration, commissioning, and maintenance. He has experience working with common instrumentation and control systems.
World Class Manufacturing:Plant Start Up and Commissioning Procedure HIMADRI BANERJI
The document provides an overview of plant commissioning and start-up procedures. It discusses the commissioning process which includes preparation and planning, mechanical completion and integrity checking, pre-commissioning and operational testing, start-up and initial operation, performance and acceptance testing, and post-commissioning. It then goes into more detail on specific aspects of the commissioning process such as developing start-up procedures, commissioning utilities, pressure testing, cleaning and flushing, and pre-commissioning operational testing.
This document is a curriculum vitae for Hazem Mahmoud Abdelaziz, a mechanical engineer with over 9 years of experience in welding, non-destructive testing, and in-service inspection of equipment like pressure vessels, heat exchangers, and pipelines. He is certified in inspection standards like API 510, API 653, and ASNT Level II. He has worked as a senior inspection engineer conducting inspections and evaluating equipment integrity at Egyptian Natural Gas Co.
Mohammad Yousuf Ahmed N is seeking a position as a Project Engineer where he can utilize his educational and technical skills in process instrumentation and control. He has over 20 years of experience in instrumentation construction, pre-commissioning, and commissioning. Some of his responsibilities have included installing, testing, and calibrating various field instruments; loop checking instrumentation from DCS; and ensuring quality control. He is proficient in instrumentation standards and has experience programming PLCs and working with DCS, SCADA, and fire and gas systems.
This CV summarizes Nilesh Kajabaje's work experience and qualifications. He has over 10 years of experience in commissioning and mechanical roles. His experience includes commissioning pipelines, vessels, and other process equipment in oil, gas and petrochemical facilities. He is skilled in pre-commissioning activities like leak testing, pump trials and mechanical testing.
The document discusses commissioning of offshore installations in building yards. It covers the total commissioning activity and defines the key phases of mechanical completion, pre-commissioning, and commissioning. Mechanical completion involves verifying construction meets design requirements through testing. Pre-commissioning focuses on verifying system functionality and instrument calibration. Commissioning execution involves final checks before handover to operations. Effective planning is critical to the success of each phase.
False air or excess air in sealed systems like boiler flue gas paths or ACC vacuum systems can cause issues like heat loss, fan inefficiency, and increased downtime. It is important to identify sources of false air, measure levels periodically, and implement remedial actions like sealing leaks. Key steps include dedicating teams to identify leak areas, take measurements, and make repairs during outages in a timely manner, as well as implementing design and fabrication best practices, online monitoring instruments, and preventative maintenance programs.
110921 commissioning of offshore installationslaithu2908
This document discusses the commissioning process for offshore installations built in yards. It covers the total commissioning activity and defines the key phases of mechanical completion, pre-commissioning and commissioning. Mechanical completion involves verifying construction work is complete according to design. Pre-commissioning verifies functionality and system integration. Commissioning verifies systems are ready for operation. The document provides details on planning, organization and activities for each phase. Estimates suggest 95-105 systems for an FPSO requiring around 135,000-145,000 hours for commissioning, taking around 6 months with a team of 90 people. Addressing issues can help improve estimates over time.
This document provides a summary of Mohammad Asif Hussain's qualifications and experience applying for an Instrument Supervisor position. He has 14 years of experience in instrumentation roles abroad. His technical qualifications include a 3-year diploma in instrumentation engineering. He has worked on numerous oil and gas projects in various instrumentation supervisor roles. His responsibilities have included supervision of instrumentation installation, calibration, commissioning, and maintenance. He has experience working with common instrumentation and control systems.
World Class Manufacturing:Plant Start Up and Commissioning Procedure HIMADRI BANERJI
The document provides an overview of plant commissioning and start-up procedures. It discusses the commissioning process which includes preparation and planning, mechanical completion and integrity checking, pre-commissioning and operational testing, start-up and initial operation, performance and acceptance testing, and post-commissioning. It then goes into more detail on specific aspects of the commissioning process such as developing start-up procedures, commissioning utilities, pressure testing, cleaning and flushing, and pre-commissioning operational testing.
This document is a curriculum vitae for Hazem Mahmoud Abdelaziz, a mechanical engineer with over 9 years of experience in welding, non-destructive testing, and in-service inspection of equipment like pressure vessels, heat exchangers, and pipelines. He is certified in inspection standards like API 510, API 653, and ASNT Level II. He has worked as a senior inspection engineer conducting inspections and evaluating equipment integrity at Egyptian Natural Gas Co.
Mohammad Yousuf Ahmed N is seeking a position as a Project Engineer where he can utilize his educational and technical skills in process instrumentation and control. He has over 20 years of experience in instrumentation construction, pre-commissioning, and commissioning. Some of his responsibilities have included installing, testing, and calibrating various field instruments; loop checking instrumentation from DCS; and ensuring quality control. He is proficient in instrumentation standards and has experience programming PLCs and working with DCS, SCADA, and fire and gas systems.
This CV summarizes Nilesh Kajabaje's work experience and qualifications. He has over 10 years of experience in commissioning and mechanical roles. His experience includes commissioning pipelines, vessels, and other process equipment in oil, gas and petrochemical facilities. He is skilled in pre-commissioning activities like leak testing, pump trials and mechanical testing.
Mohammed Abdul Mubeen is seeking a career opportunity with progressive companies. He has over 7 years of experience as an HVAC QA/QC Inspector for multinational companies in oil, gas, petrochemical and construction projects. His skills include team building, problem solving, computer skills, and the ability to speak local languages. He has diplomas in mechanical engineering, non-destructive testing, AutoCAD and Microsoft Office. His responsibilities as an HVAC Inspector involve reviewing drawings and specifications, coordinating inspections, and ensuring compliance with standards for equipment, ductwork, piping, and HVAC systems. He is confident that he can handle job responsibilities effectively and help companies grow.
Jayakumar Vijayan is seeking a position as a QA/QC Inspector for welding and piping. He has over 5 years of experience in piping inspection and QA/QC for oil and gas projects. He holds a Bachelor's degree in Mechanical Engineering as well as certifications in welding inspection. His responsibilities have included verifying drawings, inspecting materials and welds, coordinating testing and inspections, and ensuring quality standards are met.
Qa qc mech enggs or sr.qc inspector welding.piping.pipelineJOBY Joby.Stephan
Sir/Madam, Looking for a new job.Available now at India.(shut down/short term/long term= oil&gas, refinery jobs)
B.tech mechanical engg/9.5 years/cswip 3.2.2/Lead auditor/ASNTlevel 2
post: Sr.inspector Qc welding/piping/pipeline
I will appreciate your valuable help. joby.stephan@yahoo.com/psjoby@gmail.com
Episode 34 : Project Execution Part (5)
•Large components – used suitable cranes, usually are leased/rent
– electronically controllable by remote control
•Medium/Smaller components
hoists or fork‐lifts are used
are ordered to the building site at an early stage and intermediately stored there.
‐If possible, at the same time, during the assembly of main components, the assembly of medium/smaller components will begin.
‐Subcontractor is required to provide suitable packaging or tarpaulin cover
(cover for vessel opening such as nozzle, by means of plastic caps)
SAJJAD KHUDHUR ABBAS
Ceo , Founder & Head of SHacademy
Chemical Engineering , Al-Muthanna University, Iraq
Oil & Gas Safety and Health Professional – OSHACADEMY
Trainer of Trainers (TOT) - Canadian Center of Human
Development
The document discusses the important preparations needed for the initial startup of a new chemical process plant. It emphasizes that proper planning, including developing a schedule and ensuring the right personnel are in place, is critical. The key activities that must be completed before startup include commissioning utilities, thoroughly cleaning and inspecting all equipment and piping using various methods like flushing, blowing and chemical cleaning, and performing functional tests. Completing these preparatory steps successfully is essential for ensuring a smooth startup of the new plant.
The document is a curriculum vitae for Mohsin Iqubal applying for the position of HVAC QC Inspector or Welding Inspector. It summarizes his educational background as a Mechanical Engineer and over 6 years of work experience in HVAC and welding projects in India and Saudi Arabia. It also lists his professional qualifications in welding inspection and non-destructive testing and provides details of his work experience on various projects in Saudi Arabia and India performing roles such as HVAC QC Inspector, Mechanical Inspector, and Welding QC Engineer.
Episode 22 : PROJECT EXECUTION
•Large components – used suitable cranes, usually are leased/rent
– electronically controllable by remote control
•Medium/Smaller components
hoists or fork‐lifts are used
are ordered to the building site at an early stage and intermediately stored there.
‐If possible, at the same time, during the assembly of main components, the assembly of medium/smaller components will begin.
‐Subcontractor is required to provide suitable packaging or tarpaulin cover
(cover for vessel opening such as nozzle, by means of plastic caps)
SAJJAD KHUDHUR ABBAS
Chemical Engineering , Al-Muthanna University, Iraq
Oil & Gas Safety and Health Professional – OSHACADEMY
Trainer of Trainers (TOT) - Canadian Center of Human
Development
The document discusses the process of equipment qualification which includes design qualification (DQ), installation qualification (IQ), operational qualification (OQ), and performance qualification (PQ). DQ establishes that the equipment design meets predefined user requirements. IQ demonstrates that equipment has been properly installed. OQ shows that equipment can consistently operate within defined parameters. PQ shows that equipment can consistently meet performance standards under real-world conditions. The document provides details on the documentation and tests required for each qualification step.
The document discusses the process of equipment qualification which includes design qualification (DQ), installation qualification (IQ), operational qualification (OQ), and performance qualification (PQ). DQ establishes that the equipment design meets predefined user requirements. IQ demonstrates that equipment has been properly installed. OQ shows that equipment can consistently operate within defined parameters. PQ shows that equipment can consistently meet performance standards under real-world conditions. The document provides details on the documentation and tests required for each qualification step.
Pre Commissioning Testing Training and Maintenance of Instrumentation Analyzer, Metering Skid, Crude Oil Samplers, Corrosion, CP Radio Monitoring system, Laser HF and H2S Hydrogen, Oxygen Emerson oxymitter, Emerson Bentely Navada Vibration Analyzers, Thermography, Gas cement Petroleum Analyzers, Gas Chromatograph in Refinery Oil Gas Plants Petrochemical Aramco Sabic.
Extensive coordination between client and supplier in make sure all resolution successfully covered to achieve end client satisfaction.
The document provides a hydro test procedure for newly constructed pipeline as part of the Berri Development Onshore Flowlines & Tie Ins Project in Saudi Arabia. It outlines responsibilities for the hydro test, describes test preparation including submittals required, testing components, and safety precautions. The procedure specifies filling the system with water, applying and maintaining test pressure, inspecting for leaks, and draining/drying upon completion.
Dear Sir/ Madam,
Good day!
Hope my Mail finds you well, and greetings to your good-self and your respected family,
I am Manoj Kumar and i have 11 years of working experience in instrumentation and i have attached my CV and all scanned documents along with this mail kindly acknowledge me once you receive my mail.
Skype id : manojkumar2870
Notice Period: Immediate
Thanks With Best Regards,
Manoj Kumar
M: +917506966847
Email:manojk940@yahoo.com
Md Lateefur Rahman is applying for the position of E & I QA QC Inspector. He has over 6 years of experience in electrical and instrumentation maintenance, erection, commissioning, and project execution in refineries, oil and gas fields, and petrochemical plants. His experience includes installation, calibration, loop checking, and commissioning of various electrical and instrumentation equipment. Currently he is managing electrical and instrumentation quality control as a QA/QC inspector in Abu Dhabi. He is proficient in quality control documentation, inspection, auditing, and ensuring work is done according to specifications.
E&I QC INSPECTOR RESUM AND documents.pdfIrfan786pak
I have good working experience more then 17 years in Oil and Gas ,Fertilizer, Chemical, Petrochemical, in Saudi Arabia & Pakistan , Having a good Experience in Maintenance, Pre Commissioning ,& Commissioning, Start-up and erection Activities, Good knowledge & working skills in plant Control Automation and different control systems such as DCS & ESD systems, Burner Management System, Condition Monitoring System, Turbine & Compressor Integrated Control Systems, F&G System, Production Wellheads, Water & Gas Injection Wellheads Hydraulic Control Panels etc. Ability to work alone as a shifter and fault finding & rectify. i am a Safety conscious & sound knowledge about work permits like cold, hot and entry work permits.in Maintenance and Commissioning 4 LTE2.48 % C4G + During my job I'm Responsible for the PM , CM & breakdown maintenance of various field Instrumentation like flow , pressure , temperature level transmitters , vibration probes , control / on - off valves which installed on Process piping , Skids . Self motivated Maintenance Professional with a demonstrated history of working in the Oil & Gas and Petrochemicals industry in instrument & Control system department securing16 years of Practical experience I am expertly capable in fault diagnosis , troubleshooting and process controls systems in process plant to ensure safety guidelines . I am experienced in modern process control instrumentation in chemicals , petrochemical , fertilizer , oil & gas and cryogenic plants in field of instrumentation . Highly skilled in electrical operations & maintenance . Has working proficiency in SAP system utilization and MS office My skills include but are not limited to : PLC , DCS & Vibration Monitoring System | Control Valve Operation & Maintenance | Loop Checking & SAT / FAT Activities | P & ID & Instruments Calibration | Transducers , SIS / SIL Concept , Positioners | Single Loop Controllers , I / P , ESD System | Turbine & Compressor Control Systems | Workshop / Field Test Equipment | Control Valves , Online Gas Analyzers | Burner Management System | Custody Transfer Metering | Commissioning Activities | Interpersonal Skills | Presentation Skills
I am available on
Email: irfanpak181@gmail.com
Mobile 📱: 00966533012366
This resume summarizes Rohit Joshi's career experience and qualifications. He has over 5 years of experience as a Control and Instrumentation Engineer working with power plants and oil and gas refineries. Currently he works for Bharat Oman Refinery Limited maintaining their distributed control system, field instruments, analyzers, and other systems. He has a Bachelor's degree in Electronics and Instrumentation and skills in programming PLCs and DCS, along with maintenance and troubleshooting experience across various control systems and field devices.
The document provides a resume for Matthew Omavowan Azanor, an Instrument & Control Engineer with over 13 years of experience working on various oil and gas projects in Nigeria, South Korea, the US and Houston for companies like Chevron and Nigeria Agip Oil Company. His experience includes roles in engineering design, construction, commissioning, start-up, and maintenance of electrical, instrumentation and control systems on offshore platforms and FPSOs. He also has qualifications in electrical/electronics engineering and instrumentation and control technologies.
This curriculum vitae outlines the work experience and qualifications of Damian Filip, a Romanian instrumentation supervisor. Over 30 years of experience includes positions in Kazakhstan, Belgium, Scotland, Azerbaijan, Nigeria, Canada, and Romania working on projects in oil refineries, chemical plants, and other industrial facilities. Responsibilities included loop checking, commissioning, calibration, and maintenance of instrumentation systems.
Fahad Bin Hasan has over 8 years of experience as an instrumentation QA/QC inspector for oil, gas, and petrochemical projects in Saudi Arabia. He is approved by Saudi Aramco as an instrument inspector and familiar with international codes and standards related to intrinsically safe and electrical instrumentation systems. His experience includes inspecting field installations, reviewing documentation, loop checking, and ensuring work is completed according to quality standards and specifications. He has worked as an instrumentation inspector for several companies including Larssen & Toubro, Technicas Reunidas Gulf, and Sinopec on various projects in Jubail and Yanbu.
The document provides guidelines for handing over a building from a project team to a facility team. It outlines the process of commissioning building systems to ensure they operate as intended. Commissioning should be done in stages from pre-commissioning to testing to documentation. Systems like AHUs are tested at each stage. The facility team should be involved from the design stage. Proper training and warranty support is required for a smooth transition.
Mohammed Abdul Mubeen is seeking a career opportunity with progressive companies. He has over 7 years of experience as an HVAC QA/QC Inspector for multinational companies in oil, gas, petrochemical and construction projects. His skills include team building, problem solving, computer skills, and the ability to speak local languages. He has diplomas in mechanical engineering, non-destructive testing, AutoCAD and Microsoft Office. His responsibilities as an HVAC Inspector involve reviewing drawings and specifications, coordinating inspections, and ensuring compliance with standards for equipment, ductwork, piping, and HVAC systems. He is confident that he can handle job responsibilities effectively and help companies grow.
Jayakumar Vijayan is seeking a position as a QA/QC Inspector for welding and piping. He has over 5 years of experience in piping inspection and QA/QC for oil and gas projects. He holds a Bachelor's degree in Mechanical Engineering as well as certifications in welding inspection. His responsibilities have included verifying drawings, inspecting materials and welds, coordinating testing and inspections, and ensuring quality standards are met.
Qa qc mech enggs or sr.qc inspector welding.piping.pipelineJOBY Joby.Stephan
Sir/Madam, Looking for a new job.Available now at India.(shut down/short term/long term= oil&gas, refinery jobs)
B.tech mechanical engg/9.5 years/cswip 3.2.2/Lead auditor/ASNTlevel 2
post: Sr.inspector Qc welding/piping/pipeline
I will appreciate your valuable help. joby.stephan@yahoo.com/psjoby@gmail.com
Episode 34 : Project Execution Part (5)
•Large components – used suitable cranes, usually are leased/rent
– electronically controllable by remote control
•Medium/Smaller components
hoists or fork‐lifts are used
are ordered to the building site at an early stage and intermediately stored there.
‐If possible, at the same time, during the assembly of main components, the assembly of medium/smaller components will begin.
‐Subcontractor is required to provide suitable packaging or tarpaulin cover
(cover for vessel opening such as nozzle, by means of plastic caps)
SAJJAD KHUDHUR ABBAS
Ceo , Founder & Head of SHacademy
Chemical Engineering , Al-Muthanna University, Iraq
Oil & Gas Safety and Health Professional – OSHACADEMY
Trainer of Trainers (TOT) - Canadian Center of Human
Development
The document discusses the important preparations needed for the initial startup of a new chemical process plant. It emphasizes that proper planning, including developing a schedule and ensuring the right personnel are in place, is critical. The key activities that must be completed before startup include commissioning utilities, thoroughly cleaning and inspecting all equipment and piping using various methods like flushing, blowing and chemical cleaning, and performing functional tests. Completing these preparatory steps successfully is essential for ensuring a smooth startup of the new plant.
The document is a curriculum vitae for Mohsin Iqubal applying for the position of HVAC QC Inspector or Welding Inspector. It summarizes his educational background as a Mechanical Engineer and over 6 years of work experience in HVAC and welding projects in India and Saudi Arabia. It also lists his professional qualifications in welding inspection and non-destructive testing and provides details of his work experience on various projects in Saudi Arabia and India performing roles such as HVAC QC Inspector, Mechanical Inspector, and Welding QC Engineer.
Episode 22 : PROJECT EXECUTION
•Large components – used suitable cranes, usually are leased/rent
– electronically controllable by remote control
•Medium/Smaller components
hoists or fork‐lifts are used
are ordered to the building site at an early stage and intermediately stored there.
‐If possible, at the same time, during the assembly of main components, the assembly of medium/smaller components will begin.
‐Subcontractor is required to provide suitable packaging or tarpaulin cover
(cover for vessel opening such as nozzle, by means of plastic caps)
SAJJAD KHUDHUR ABBAS
Chemical Engineering , Al-Muthanna University, Iraq
Oil & Gas Safety and Health Professional – OSHACADEMY
Trainer of Trainers (TOT) - Canadian Center of Human
Development
The document discusses the process of equipment qualification which includes design qualification (DQ), installation qualification (IQ), operational qualification (OQ), and performance qualification (PQ). DQ establishes that the equipment design meets predefined user requirements. IQ demonstrates that equipment has been properly installed. OQ shows that equipment can consistently operate within defined parameters. PQ shows that equipment can consistently meet performance standards under real-world conditions. The document provides details on the documentation and tests required for each qualification step.
The document discusses the process of equipment qualification which includes design qualification (DQ), installation qualification (IQ), operational qualification (OQ), and performance qualification (PQ). DQ establishes that the equipment design meets predefined user requirements. IQ demonstrates that equipment has been properly installed. OQ shows that equipment can consistently operate within defined parameters. PQ shows that equipment can consistently meet performance standards under real-world conditions. The document provides details on the documentation and tests required for each qualification step.
Pre Commissioning Testing Training and Maintenance of Instrumentation Analyzer, Metering Skid, Crude Oil Samplers, Corrosion, CP Radio Monitoring system, Laser HF and H2S Hydrogen, Oxygen Emerson oxymitter, Emerson Bentely Navada Vibration Analyzers, Thermography, Gas cement Petroleum Analyzers, Gas Chromatograph in Refinery Oil Gas Plants Petrochemical Aramco Sabic.
Extensive coordination between client and supplier in make sure all resolution successfully covered to achieve end client satisfaction.
The document provides a hydro test procedure for newly constructed pipeline as part of the Berri Development Onshore Flowlines & Tie Ins Project in Saudi Arabia. It outlines responsibilities for the hydro test, describes test preparation including submittals required, testing components, and safety precautions. The procedure specifies filling the system with water, applying and maintaining test pressure, inspecting for leaks, and draining/drying upon completion.
Dear Sir/ Madam,
Good day!
Hope my Mail finds you well, and greetings to your good-self and your respected family,
I am Manoj Kumar and i have 11 years of working experience in instrumentation and i have attached my CV and all scanned documents along with this mail kindly acknowledge me once you receive my mail.
Skype id : manojkumar2870
Notice Period: Immediate
Thanks With Best Regards,
Manoj Kumar
M: +917506966847
Email:manojk940@yahoo.com
Md Lateefur Rahman is applying for the position of E & I QA QC Inspector. He has over 6 years of experience in electrical and instrumentation maintenance, erection, commissioning, and project execution in refineries, oil and gas fields, and petrochemical plants. His experience includes installation, calibration, loop checking, and commissioning of various electrical and instrumentation equipment. Currently he is managing electrical and instrumentation quality control as a QA/QC inspector in Abu Dhabi. He is proficient in quality control documentation, inspection, auditing, and ensuring work is done according to specifications.
E&I QC INSPECTOR RESUM AND documents.pdfIrfan786pak
I have good working experience more then 17 years in Oil and Gas ,Fertilizer, Chemical, Petrochemical, in Saudi Arabia & Pakistan , Having a good Experience in Maintenance, Pre Commissioning ,& Commissioning, Start-up and erection Activities, Good knowledge & working skills in plant Control Automation and different control systems such as DCS & ESD systems, Burner Management System, Condition Monitoring System, Turbine & Compressor Integrated Control Systems, F&G System, Production Wellheads, Water & Gas Injection Wellheads Hydraulic Control Panels etc. Ability to work alone as a shifter and fault finding & rectify. i am a Safety conscious & sound knowledge about work permits like cold, hot and entry work permits.in Maintenance and Commissioning 4 LTE2.48 % C4G + During my job I'm Responsible for the PM , CM & breakdown maintenance of various field Instrumentation like flow , pressure , temperature level transmitters , vibration probes , control / on - off valves which installed on Process piping , Skids . Self motivated Maintenance Professional with a demonstrated history of working in the Oil & Gas and Petrochemicals industry in instrument & Control system department securing16 years of Practical experience I am expertly capable in fault diagnosis , troubleshooting and process controls systems in process plant to ensure safety guidelines . I am experienced in modern process control instrumentation in chemicals , petrochemical , fertilizer , oil & gas and cryogenic plants in field of instrumentation . Highly skilled in electrical operations & maintenance . Has working proficiency in SAP system utilization and MS office My skills include but are not limited to : PLC , DCS & Vibration Monitoring System | Control Valve Operation & Maintenance | Loop Checking & SAT / FAT Activities | P & ID & Instruments Calibration | Transducers , SIS / SIL Concept , Positioners | Single Loop Controllers , I / P , ESD System | Turbine & Compressor Control Systems | Workshop / Field Test Equipment | Control Valves , Online Gas Analyzers | Burner Management System | Custody Transfer Metering | Commissioning Activities | Interpersonal Skills | Presentation Skills
I am available on
Email: irfanpak181@gmail.com
Mobile 📱: 00966533012366
This resume summarizes Rohit Joshi's career experience and qualifications. He has over 5 years of experience as a Control and Instrumentation Engineer working with power plants and oil and gas refineries. Currently he works for Bharat Oman Refinery Limited maintaining their distributed control system, field instruments, analyzers, and other systems. He has a Bachelor's degree in Electronics and Instrumentation and skills in programming PLCs and DCS, along with maintenance and troubleshooting experience across various control systems and field devices.
The document provides a resume for Matthew Omavowan Azanor, an Instrument & Control Engineer with over 13 years of experience working on various oil and gas projects in Nigeria, South Korea, the US and Houston for companies like Chevron and Nigeria Agip Oil Company. His experience includes roles in engineering design, construction, commissioning, start-up, and maintenance of electrical, instrumentation and control systems on offshore platforms and FPSOs. He also has qualifications in electrical/electronics engineering and instrumentation and control technologies.
This curriculum vitae outlines the work experience and qualifications of Damian Filip, a Romanian instrumentation supervisor. Over 30 years of experience includes positions in Kazakhstan, Belgium, Scotland, Azerbaijan, Nigeria, Canada, and Romania working on projects in oil refineries, chemical plants, and other industrial facilities. Responsibilities included loop checking, commissioning, calibration, and maintenance of instrumentation systems.
Fahad Bin Hasan has over 8 years of experience as an instrumentation QA/QC inspector for oil, gas, and petrochemical projects in Saudi Arabia. He is approved by Saudi Aramco as an instrument inspector and familiar with international codes and standards related to intrinsically safe and electrical instrumentation systems. His experience includes inspecting field installations, reviewing documentation, loop checking, and ensuring work is completed according to quality standards and specifications. He has worked as an instrumentation inspector for several companies including Larssen & Toubro, Technicas Reunidas Gulf, and Sinopec on various projects in Jubail and Yanbu.
The document provides guidelines for handing over a building from a project team to a facility team. It outlines the process of commissioning building systems to ensure they operate as intended. Commissioning should be done in stages from pre-commissioning to testing to documentation. Systems like AHUs are tested at each stage. The facility team should be involved from the design stage. Proper training and warranty support is required for a smooth transition.
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The presentation also covers the positive and negative aspects of inductive bias, along with strategies for mitigating potential drawbacks. We'll explore examples of how bias manifests in algorithms like neural networks and decision trees.
By understanding inductive bias, you can gain valuable insights into how machine learning models work and make informed decisions when building and deploying them.
Introduction- e - waste – definition - sources of e-waste– hazardous substances in e-waste - effects of e-waste on environment and human health- need for e-waste management– e-waste handling rules - waste minimization techniques for managing e-waste – recycling of e-waste - disposal treatment methods of e- waste – mechanism of extraction of precious metal from leaching solution-global Scenario of E-waste – E-waste in India- case studies.
A SYSTEMATIC RISK ASSESSMENT APPROACH FOR SECURING THE SMART IRRIGATION SYSTEMSIJNSA Journal
The smart irrigation system represents an innovative approach to optimize water usage in agricultural and landscaping practices. The integration of cutting-edge technologies, including sensors, actuators, and data analysis, empowers this system to provide accurate monitoring and control of irrigation processes by leveraging real-time environmental conditions. The main objective of a smart irrigation system is to optimize water efficiency, minimize expenses, and foster the adoption of sustainable water management methods. This paper conducts a systematic risk assessment by exploring the key components/assets and their functionalities in the smart irrigation system. The crucial role of sensors in gathering data on soil moisture, weather patterns, and plant well-being is emphasized in this system. These sensors enable intelligent decision-making in irrigation scheduling and water distribution, leading to enhanced water efficiency and sustainable water management practices. Actuators enable automated control of irrigation devices, ensuring precise and targeted water delivery to plants. Additionally, the paper addresses the potential threat and vulnerabilities associated with smart irrigation systems. It discusses limitations of the system, such as power constraints and computational capabilities, and calculates the potential security risks. The paper suggests possible risk treatment methods for effective secure system operation. In conclusion, the paper emphasizes the significant benefits of implementing smart irrigation systems, including improved water conservation, increased crop yield, and reduced environmental impact. Additionally, based on the security analysis conducted, the paper recommends the implementation of countermeasures and security approaches to address vulnerabilities and ensure the integrity and reliability of the system. By incorporating these measures, smart irrigation technology can revolutionize water management practices in agriculture, promoting sustainability, resource efficiency, and safeguarding against potential security threats.
DEEP LEARNING FOR SMART GRID INTRUSION DETECTION: A HYBRID CNN-LSTM-BASED MODELgerogepatton
As digital technology becomes more deeply embedded in power systems, protecting the communication
networks of Smart Grids (SG) has emerged as a critical concern. Distributed Network Protocol 3 (DNP3)
represents a multi-tiered application layer protocol extensively utilized in Supervisory Control and Data
Acquisition (SCADA)-based smart grids to facilitate real-time data gathering and control functionalities.
Robust Intrusion Detection Systems (IDS) are necessary for early threat detection and mitigation because
of the interconnection of these networks, which makes them vulnerable to a variety of cyberattacks. To
solve this issue, this paper develops a hybrid Deep Learning (DL) model specifically designed for intrusion
detection in smart grids. The proposed approach is a combination of the Convolutional Neural Network
(CNN) and the Long-Short-Term Memory algorithms (LSTM). We employed a recent intrusion detection
dataset (DNP3), which focuses on unauthorized commands and Denial of Service (DoS) cyberattacks, to
train and test our model. The results of our experiments show that our CNN-LSTM method is much better
at finding smart grid intrusions than other deep learning algorithms used for classification. In addition,
our proposed approach improves accuracy, precision, recall, and F1 score, achieving a high detection
accuracy rate of 99.50%.
2. Approach to
Approach to Commissioning
Factory Acceptance
Testing (FAT)
Mechanical
Completion
Pre-
Commissioning
Commissioning
Start-Up &
Performance Test
The Commissioning Phase can be split into 5 distinct activities that are usually performed in
chronological order
1
2
3
4
5
3. Factory accep.
Factory Acceptance Testing
The intention of Factory
Acceptance Testing is to
maximize Mechanical
Completion, Pre-
Commissioning,
Commissioning and
Performance testing activities
of Vendor Packaged
equipment, offsite prior to
release and shipment to site
This includes running the
package around a significant
portion of the operating
envelope using simulated
media, temporary supplies
and maximum control
simulation where necessary
in order to confirm that the
package will function correctly
and meet design and field
conditions
Vendor packages will
undergo acceptance testing
at the manufacturer's
premises. These tests will be
attended by members of the
Project and Operations
teams, in accordance with a
FAT Program
1 2 3
QC akan mengumpulkan :
1. MDR (Manufacture Data
Report – yang meliputi
hasil FAT, Prosedure
SAT yang akan
dilakukan, dsbnya)
2. Approval terhadap
pengujian dan catatan
perbaikan yang
dimintakan Owner
Pengujian setiap alat di
lapangan dikenal sebagai
SAT/PreComm dapat
dilakukan dengan beberapa
kondisi untuk menguji kebali
peralatan dengan
pertimbangan konstruksi
belum selesai dilakukan
yakni dengan mencari
workshop yang
menyediakan kondisi yang
sama seperti saat di FAT
atau menyediakan sumber
daya di lapangan
Pengujian yang dilakukan
hanya bersifat uji jalan atau
uji tekan, sehingga baik
pump, vessel, tank, dll
hanya akan dilakukan
pengujian dasar tersebut
dengan beberapa test yang
berhubungan seperti noise,
vibrasi dll
Untuk saat ini yang dapat
dilakukan adalah
membandingkan hasil FAT
dengan desain, dengan
syarat FAT mengikuti
standard yang ada
FAT should be witnessed and
accepted by the discipline QC
& engineers, package
engineers and/or third party
inspection services at the
manufacturers site
4
FAT untuk scope SEDIN
adalah tanggungjawab
SEDIN, sehingga
pelaksanaanya hanya
melibatkan SEDIN dan KAN.
Apakah WIKA mengirimkan
Perwakilan pihak ketiga
untuk melakukan FAT
semua Equipment ?
Sehingga Batasan
tanggungjawab, hasil seperti
apa – QC & Eng.
4. Factory accep.
Factory Acceptance Testing
Copies of the completed
Factory Acceptance Test
(FAT) procedures and
associated acceptance
certification should be made
available to the
Commissioning Manager
complete with all deviation
requests, release notes and
outstanding punchlist items
Manufacturers drawings,
O&M Manuals and
certification books, etc,
should be issued in a timely
manner to support site
installation, commissioning
and handover to operations
5 6
The vendor should provide
SAT procedures that will be
implemented on site and
verify that the
equipment/software has been
assembled/loaded and tested
to the requirements of the
supply contract
The SAT procedure will be
accepted by the respective
commissioning engineers
prior to commencing pre-
commissioning activities on
site
7 8
5. Mechanical Co
Mechanical Completion
Physically Complete Tight Functional Tested
1. Constructed, installed
and connected as per
design
2. Everything is checked,
in working order
3. Lubricants are added to
machinery
4. Equipment is aligned
5. Operability check have
been performed
Safe Clean
Mechanical Completion means the System or Sub-System is:
There is no loss of
pressure or leakage from
equipment, piping, joints,
etc
can operate as intended
Equipment has been
successfully inspected,
tested and certified as
required
The facilities are inherently
safe and all systems for the
protection of
personnel, environment
and property are installed,
operational and
documented
The facilities have been
flushed, are clean, dry and
have the
necessary temporary
equipment installed ready
for Commissioning
6. Mechanical Co
Mechanical Completion Item
MC - Electrical
Activity Example of earth loop tests
Verification of manufacturer's
equipment and certification details
against
Check and inspect the earth system
connections
design specifications including
Hazardous Area and IP ratings
Check for continuity of the main earth
system loop and continuity of the taps
of equipment.
Completeness of Installation against the
approved design
Check earthing resistance.
Insulation Resistance testing Point to
point testing
Check of earthing connection to
equipment rightness.
Protection Relay Tests and lighting
system
Check of adequate mechanical
protection of earth wire (if required).
Continuity testing and attenuation
measurement
Continuity test for earthing mesh
branches.
Earth Loop Impedance tests
Earth grid and ground loop wire sizes
(electric and instrument
grounding system).
Earth Bar resistance checks
Over potential (Hi Pot) testing
Verification of Heat Tracing Installations
Communications equipment testing
MC - Instrumentation / Control / Fire & Gas / ESD
Activity Example
Verification of manufacturer's
equipment and certification details
against design specifications including
Hazardous Area and lP ratings
Instrument tagging
Completeness of installation against the
approved design
Model number and instrument
classification.
Calibration of instrument devices and
equipment
Size and connections.
Attenuation, continuity testing of fibre-
optic cables
Material of construction.
Calibration and cycling of Control Valves Instrument range and calibration.
Continuity testing and attenuation
measurement
Valve action and air/electrical failure
positions
Relief Valve testing
Pressure testing of impulse pipe and
tubing
7. Mechanical Co
Mechanical Completion Item
MC-HVAC MC-MECHANICAL
Verification of manufacturer's equipment and
certification details against design specifications
including Hazardous Area and IP ratings
Verification of manufacturer's equipment and
ancillaries against
design specifications
Completeness of installation against the approved
design
Completeness of installation against the approved
design
Alignment of motor and fan drives Bore scope inspections
Mechanical operation of linkages and damper
blades
Rotational checks
Confirmation of correct airflow direction in pre-
heaters
Equipment alignment checks
Firefighting equipment inspection
Lifting equipment checks
8. Mechanical Co
Mechanical Completion Item
MC - PIPING
Activity Example Vessel Example Pipe
Completeness of installation against the
approved design
Conformity with project documentation. Conformity with P and I flow diagrams.
Non-destructive examination Pressure, temperature, rating. Size
Flange and nozzle alignment checks Nozzles, sizes and orientation.
Pipe: flanges, gaskets, fittings, valves in
conformity with specified piping classes
Bolt tensioning
Internals: types, dimensions, metallurgy
and installation.
High point vents and low point drains.
System flushing Instrument nozzles and types. Instrument nozzles and types.
Hydro-testing
Ladders, platforms, walkways: Location,
size and accessibility.
Pipe supports and spring hangers.
Re-instatement Nameplate information/data.
Flange bolting tightness: nuts, gaskets
and bolts are properly installed
Coating systems checks and pipe
marking
Grounding connections.
Orifice plates in correct location and
direction.
Pipe support checks
Vents, drains, relief valves provided as
specified.
Spacers and spectacles are properly
installed at the open or blind position
3D laser survey results available for
items requiring Dimensional Control
Chemical cleaning
Pickling
Vacuum/air drying
Installation of temporary strainers
9. Mechanical Co
Mechanical Completion Item
FLUSHING OR BLOWING THE PLANT
Small pieces of mill scale, weld rod stabs, weld spatter,
insulation, paper, wood and other debris are sometimes
unavoidably left in piping and equipment on completion of
construction
The P&I Diagrams are used to prepare the flushing sequence
and to follow the progress of flushing. Finally, manual fine
cleaning may be necessary
Use compressed air for piping blow down after flushing
A systematic program for flushing with water or blowing with
air will eliminate most of the debris that might obstruct
control valves and orifice plates restriction orifices or damage
machinery
The fire water circuit should be washed
Special attention must be paid to certain piping systems such
as lubricating oil and mechanical seal circulation systems
where small orifices and openings are present. It may be
necessary to dismantle the piping to clean it mechanically or
by pickling. Once these systems are clean, they must be kept
clean to prevent repetition of the cleaning operations. These
specialized systems are the Supplier responsibility and
normally are cleaned prior to shipment. If further cleaning
has to be done, it shall be conducted by Supplier
representative instructions and responsibility.
The flushing and cleaning entails whatever work is necessary
to obtain a clean unit ready for process operation. Part of this
work can be accomplished after hydraulic test execution and
before final reinstatement of the piping
All control valves should be removed and flushed from both
directions using the bypass and in-line valves, if possible.
Otherwise, open and clean all control valves after flushing are
completed, where will be difficult to remove them
Only fresh water and compressed air should be used
Instruments must be disconnected or isolated. Restriction
orifice and rotameter must be taken away, if have been
installed.
Dirties and debris should be flushed from the unit and not
into it.
Circulated flushing of the piping system within the plant may
be carried out, where it is possible. If water circulated
flushing, using process pumps, is applied for system cleaning,
special care for over load trip must be taken '90due to higher
density than design condition. Provisional strainers are
installed and periodically cleaned. Spraying nozzles must be
installed after relevant lines have been flushed to avoid
clogging. If necessary, take out the flapper of check valves
(previous check of the availability of spare gaskets)
For temporary flushing, use compressed non- asbestos
gaskets. Insert proper gasket only for the final re-assembling
of the unit.
Water is supplied with temporary flexible hoses. Prior to
flushing, make a manual cleaning to minimize obstruction.
All blinds inserted into lines or equipment must be recorded,
and drawn out after flushing. The water should be drained
from every low point
Final reinstatement of piping after flushing/blowing/cleaning
activities shall be supervised by Commissioning Integrated
Team (CIT) engineers to report the conformity with the
design
10. Pre-Commiss
Pre-Commissioning
Physically Complete Tight Functional Tested
The System/Sub-System
has been constructed,
installed and tested
under power in accordance
with the design documents,
Vendor
documents and other
applicable documents as
required.
Safe Clean
There is no loss of
pressure or leakage from
equipment, piping, joints,
etc.. during running
Can operate and running
as intended.
Equipment has been
successfully energized and
tested.
The facilities are inherently
safe and all systems for the
protection of
personnel, environment
and property are installed,
operational and
documented
Everything is tested, in
working order, lubricants
are added to
machinery, equipment is
aligned, operability checks
have been
performed and the
equipment is ready for
Commissioning.
11. Pre-Commiss
Pre-Commissioning
Inspection and testing activities performed to achieve System/Sub
System Acceptance are:
1. Carried out on a single discipline basis.
2. Requires energized checks on systems
3. Include tests by specific discipline.
4. All tests are documented on type "B" ITR’s (Inspection test report) and the status of completion
recorded within and monitored by the Completions & Certification Management System (CCMS).
5. Pre-Commissioning consists of powered up (energized) checks and proves the correct operation of the
equipment under simulation prior to the introduction of utility media
12. Pre-Commiss
Pre-Commissioning Item
Precomm - Electrical
Activity Example of Switchgear & MCC checks
Energize Electrical systems
Complete component and interconnection and cable terminations inspection according to
manufacturer's final approved drawings.
Switchgear & MCC checks and Function Checks Inspection, testing and functional check shall be according to supplier instruction.
Alarm, Trip, ESD and Control Settings Pressure and
Power frequency testing Voltage, polarity and phase
rotation checks
Make all necessary adjustment to switch gear and motor control center equipment
Uncoupled / no load motor runs and performance
tests
Test and calibration of all switch gear relays (using primary and Secondary injection as
applicable), metering, lights, indicators, space heater, and check proper coordination and
setting.
Breaker operation Check the phase sequence and polarity of all equipment
Motor runs Functional check of all motor starters, circuit breakers' incomers, outgoing Feeders and bus ties.
Load Testing and lighting system test.
Perform operational tests on all motor control circuits, interlock system, indicating lights,
meters and all other devices.
Run tests and energized rotation tests of electrically
driven motors
Check circuit breakers, motor starters, relays and other equipment for loose connections (both
mechanical and electrical). Verify that contacts and working parts are correctly aligned and free
from dust and foreign matter.
Auto / Manual operation
Inspect circuit breakers with adjustable trips, checking both thermal (if any) and magnetic
settings for proper protection. Also check thermal overload relay settings according to vendor
documents.
Check and sequence test for alarms, interlocks, auto-transfer, ... etc.
Functional checking of switchgear and MCC from remote locations such as Control Room.
Energizing the substation for readiness of plant commissioning and start-up.
13. Pre-Commiss
Pre-Commissioning Item
Precomm - Instrumentation / Control / Fire & Gas / ESD
Activity Example
Energize Control systems Level DP transmitters.
Loop testing Analogue input / output
tests
Pressure transmitters.
Digital input / output tests Temperature transmitters.
Frequency tests Transducers.
Auto / Manual switching Petitioners.
Control System configuration
After completion of this work QA/QC
stickers should be fixed on the
instruments, then, the check form shall
be signed by all concerned parties.
System integrity testing (i.e.
Communications between Control
Systems)
Control panel functional testing
Precomm-HVAC Precomm-MECHANICAL/PIPING Precomm-COMMON
Damper and actuator Operation Installation of temporary strainers
Package equipment function and
energized tests Removal of internal
preservation
Temperature device operation Load testing of Lifting equipment Removal of temporary bracing
Ductwork Leak Tests
Pre-Commissioning of Lubrication,
Cooling, Fuel, Seal Gas and Hydraulic
systems, including flushing, circulation,
draining and re-filling as required by the
specification
Activation of all piping spring hangers
Air Conditioning equipment operation Coupling of rotating equipment
Testing of Lifting Equipment for 3rd party
inspection Charging of systems
Operation of Fans and Air Handling Units Vibration and Noise testing Loading of Selected Chemicals
Airflow and balance testing Mechanical seal integrity checks Discharge / retention testing
Final inspection of vessels Verification of media quality
Critical Valve Testing
Relief Valve re-setting
14. Commissioning
Commissioning
Commissioning means : Commissioning items :
The plant systems and sub-systems operate together in an integrated
manner in accordance with the design objective and meet the performance
criteria regarding operational requirements and occupational safety
requirements
Gross Air Leak Testing Punch Listing
The documentation is adequate for full facility operation, describing
accurately the plant and procedures.
Nitrogen or Helium Leak Testing Test Runs
Staff skills are appropriate to operate the plant in accordance with
competency requirements, occupational health and safety requirements.
Installation of temporary systems if
required for commissioning use and start
up
Integrated Runs
The new facilities perform as designed Identification and charging of first fills. Dynamic Instrument testing
The new facilities interface appropriately with the existing facilities Vendor control Preservation and Maintenance
All Commissioning activities are performed using 'SAFE' fluids with the
exception of Compressor Surge Mapping
Cause and effect logic tests Control logic
checks Safety Systems testing DCS
functional testing PLC Functional tests
ESD Functional testing
Surveys
Commissioning procedures will be produced and contain detailed step by
step instructions that will be followed when starting for the first time and
placing equipment and systems into operation. Once the procedure has
been successfully completed the system is deemed to be fully compliant
with the design
Fire & Gas Functional testing Operator Training
The commissioning activities will prove the new facilities interface with all
other associated systems and bring the entire plant to a state of readiness
for normal operation and handover
Optimization of room pressure and
temperature
15. Start-Up
Start-Up
Start-up means : Start-up items :
The initial introduction of "LIVE fluids"
into the completed systems and ramp
up of production to a steady state.
Initial introduction of Fluida,
stabilization and short running
Pre-requisites for Start-Up are;
Check pipe supports, hangers, guides
and anchors under running condition
The state of a system / sub-system
where by all Mechanical Completion
Certification has been issued; Pre-
Commissioning and Commissioning
activities are complete such as inerting,
drying, function testing of instrument,
equipment and safety systems, and
integrity leak testing have been
completed
Check noise levels
No open punch list items remain that
will be detrimental to the personnel
safety or safe operation of the system
Mini shutdown for the removal of
temporary strainers and blanks
Start-up Authorization has been
received where required from
Operations.
Restart
Progressive increase of throughput
Phased handover to Operations
16. Process Plant
Process Plant Pre-commissioning,
Commissioning and Start-Up
11
JANUARY
› The schedule for testing will be according to the construction and installation
program. An extensive inspection and test program is planned for the new
facilities and auxiliary systems. During the pre-commissioning test phase,
testing will be performed as system MC hand-over from construction allows.
› Key systems will be sequenced for completion and testing early enough to
provide necessary auxiliary services for testing and operation of other systems
› Examples of such key plant systems are the electrical system and
compressed air system
› The sequencing of tests shall be such so that safety of the facility is never
dependent on the performance of untested systems, sub-systems and
components.
18. Process Plant
Process Plant Pre-commissioning,
Commissioning and Start-Up
Vendor Site Support
The Work
The relevant Discipline Commissioning Engineer will be responsible
for the vendor carrying out the work within the time forecast.
The Construction / Commissioning Manager will be responsible for the
provision of any services or support required by the vendor to carry
out the work in order to ensure there is no delay.
Forecast and Budget
The need for vendor assistance shall be pre-planned and be
facilitated by having in place vendor call-off contracts against those
vendors whose assistance is anticipated, or contingency against
those vendors considered desirable.
Vendor Site Visit Close-Out
Upon completion of the work to the satisfaction of the relevant
Commissioning Engineer and the Construction / Commissioning
Manager the Vendor Representative shall complete all final time
sheets and reports and obtain the necessary approval signatures.
Preservation and Maintenance
• The Preservation and Maintenance of installed, inspected and tested
equipment will remain the responsibility of the project until such a
time as the new facilities are handed over and accepted by
Operations.
• Equipment Preservation and Maintenance activities will be carried out
by the Commissioning Team and documented using specific ITR's
within the Completions Management system. Preservation and
Maintenance reports will form an integral part of the system hand
over dossier.