Weldpac is a new system for administering welding that provides improved traceability and documentation of welding and quality control processes. It revolves around weld process cards, NDT request cards, weld comprehensives, and PWHT stickers. The system expedites the welding process by printing cards with timestamps that are tracked through each stage from welding to NDT to heat treatment. Weldpac also provides management reports on welding progress, welder performance, and other key metrics to improve efficiency.
This document provides guidance on non-intrusive inspection (NII) of pressure vessels and pipelines as an alternative to internal visual inspection (IVI). It discusses determining when NII is appropriate based on an integrity review considering the equipment profile, risk assessments, structural assessments, and operational experience. The document outlines the decision process for selecting and planning NII methods, evaluating results, and documentation requirements. The objective is to provide a consistent approach to justify and implement NII to reduce costs and hazards compared to IVI while still obtaining necessary information to ensure safe operation.
This document summarizes a specification published by the Building & Engineering Services Association for sheet metal ductwork. It discusses updates that have been made to the specification in its second edition, including expanding content on supports, dampers, insulation, and fire-resisting ductwork. Testing was performed to validate parameters for panel deflection, air leakage, and lifespan of spot welds. The updated specification reflects current best practices and regulatory requirements. It received input from various industry organizations.
This document provides an overview and recommendations for structural analysis of piping systems intended for offshore applications. It describes best practices for performing stress analysis, flexibility analysis, and fatigue analysis of topside and subsea piping to safeguard life, property, and the environment. The document references international codes and standards for piping design, and provides guidance on load considerations, calculations, documentation, and verification activities. Its aim is to describe a best practice approach for analyzing piping systems to ensure structural integrity and safety.
This document provides a recommended practice for risk-based inspection of offshore topsides static mechanical equipment. It outlines a risk-based approach to integrity management and maintenance planning, with the goal of prioritizing inspections based on probability and consequence of failure. The document describes methods for quantifying probability of failure through modeling of degradation mechanisms like corrosion, and for estimating risk based on probability and consequence of failure. It provides detail on degradation mechanisms for various materials and examples of modeling steps. The recommended working process involves gathering input data, screening assessments, detailed assessments, planning inspections, and evaluation.
This document provides the main changes between the October 2013 and August 2012 versions of DNV-OS-F101 Submarine Pipeline Systems. Some of the main changes include relaxing weld repair requirements and increasing installation speed by removing excessive conservatism related to fracture assessment of girth welds in Appendix A. Other changes include clarifying language around positive tolerances, minimum wall thickness requirements, and pressure test accuracy. The acknowledgement section recognizes commenting companies that improved the quality and content of the standard through their feedback.
This document provides an overview and summary of DNV-OS-A101, an offshore standard covering safety principles and arrangements for offshore units and installations. The standard addresses design principles and accidental loads, area arrangement, hazardous area classification, emergency shutdown systems, escape and communication, and special provisions for different types of offshore units. It defines objectives to provide an internationally acceptable safety standard and guidelines for designers, suppliers, owners and regulators. The standard is applicable to all mobile offshore units and fixed offshore installations but does not cover helicopter decks. It is intended for general worldwide application while also complying with any governmental legislation for a specific unit or location.
This document summarizes the requirements for certification of visual welding inspectors, welding inspectors, and senior welding inspectors by TWI Certification Ltd. It outlines the responsibilities and minimum experience requirements for each level of certification. The certification process involves examinations to test knowledge and practical skills. Certification is valid for 5 years and can be renewed if the inspector maintains relevant work experience and keeps up to date on welding technology. Failure to renew within 21 days of expiration will require retesting.
The document provides recommendations for recertifying well control equipment used on the Norwegian Continental Shelf. It describes developing acceptance criteria based on original design specifications and standards. A recertification process for used equipment includes reviewing documentation, inspecting components, non-destructive testing, repair if needed, reassembly, testing, recoating, and issuing a recertification compliance certificate. Critical areas receive special focus during inspection and repair to ensure safety and integrity are maintained.
This document provides guidance on non-intrusive inspection (NII) of pressure vessels and pipelines as an alternative to internal visual inspection (IVI). It discusses determining when NII is appropriate based on an integrity review considering the equipment profile, risk assessments, structural assessments, and operational experience. The document outlines the decision process for selecting and planning NII methods, evaluating results, and documentation requirements. The objective is to provide a consistent approach to justify and implement NII to reduce costs and hazards compared to IVI while still obtaining necessary information to ensure safe operation.
This document summarizes a specification published by the Building & Engineering Services Association for sheet metal ductwork. It discusses updates that have been made to the specification in its second edition, including expanding content on supports, dampers, insulation, and fire-resisting ductwork. Testing was performed to validate parameters for panel deflection, air leakage, and lifespan of spot welds. The updated specification reflects current best practices and regulatory requirements. It received input from various industry organizations.
This document provides an overview and recommendations for structural analysis of piping systems intended for offshore applications. It describes best practices for performing stress analysis, flexibility analysis, and fatigue analysis of topside and subsea piping to safeguard life, property, and the environment. The document references international codes and standards for piping design, and provides guidance on load considerations, calculations, documentation, and verification activities. Its aim is to describe a best practice approach for analyzing piping systems to ensure structural integrity and safety.
This document provides a recommended practice for risk-based inspection of offshore topsides static mechanical equipment. It outlines a risk-based approach to integrity management and maintenance planning, with the goal of prioritizing inspections based on probability and consequence of failure. The document describes methods for quantifying probability of failure through modeling of degradation mechanisms like corrosion, and for estimating risk based on probability and consequence of failure. It provides detail on degradation mechanisms for various materials and examples of modeling steps. The recommended working process involves gathering input data, screening assessments, detailed assessments, planning inspections, and evaluation.
This document provides the main changes between the October 2013 and August 2012 versions of DNV-OS-F101 Submarine Pipeline Systems. Some of the main changes include relaxing weld repair requirements and increasing installation speed by removing excessive conservatism related to fracture assessment of girth welds in Appendix A. Other changes include clarifying language around positive tolerances, minimum wall thickness requirements, and pressure test accuracy. The acknowledgement section recognizes commenting companies that improved the quality and content of the standard through their feedback.
This document provides an overview and summary of DNV-OS-A101, an offshore standard covering safety principles and arrangements for offshore units and installations. The standard addresses design principles and accidental loads, area arrangement, hazardous area classification, emergency shutdown systems, escape and communication, and special provisions for different types of offshore units. It defines objectives to provide an internationally acceptable safety standard and guidelines for designers, suppliers, owners and regulators. The standard is applicable to all mobile offshore units and fixed offshore installations but does not cover helicopter decks. It is intended for general worldwide application while also complying with any governmental legislation for a specific unit or location.
This document summarizes the requirements for certification of visual welding inspectors, welding inspectors, and senior welding inspectors by TWI Certification Ltd. It outlines the responsibilities and minimum experience requirements for each level of certification. The certification process involves examinations to test knowledge and practical skills. Certification is valid for 5 years and can be renewed if the inspector maintains relevant work experience and keeps up to date on welding technology. Failure to renew within 21 days of expiration will require retesting.
The document provides recommendations for recertifying well control equipment used on the Norwegian Continental Shelf. It describes developing acceptance criteria based on original design specifications and standards. A recertification process for used equipment includes reviewing documentation, inspecting components, non-destructive testing, repair if needed, reassembly, testing, recoating, and issuing a recertification compliance certificate. Critical areas receive special focus during inspection and repair to ensure safety and integrity are maintained.
RDO represents several social groups in its opening scenes:
1) Males are portrayed as strong, brave survivors, exemplified by the protagonist, though the ruthless Radio Host shows a darker side.
2) Females are traditionally depicted as weaker, like the infected woman who is killed, though she and her daughter show strength as survivors.
3) Younger and older age groups are shown accordingly - the 11-year-old girl as vulnerable and the 20/30-somethings as streetwise but confused.
4) Nationalities are stereotyped to an extent with the crazy American Radio Host contrasted against sane British protagonists.
The document analyzes the fonts used in a video opening credits sequence. It describes using BlairMdITC TT font in size 18 in white for the titles with different alignments. Arial Unicode MS size 14 in black was used for on-screen text conversations. The film title at the end used BlairMdITC TT size 40 in white with a glowing effect and centered alignment.
El documento describe los pasos para crear un documento en Word, que incluyen: 1) abrir Word y escribir el tema, 2) una vez terminado de escribir, hacer clic en la pestaña Archivo, 3) hacer clic en Guardar o Guardar Como y 4) escribir un nombre para el documento y hacer clic en Aceptar.
Organic v GMOs: A case study (Marsh v Baxter)johnpaull
Organic agriculture versus genetically modified organisms. Are these two agricultural technologies destined for co-existence or conflict? This is a case study from Australia about two neighbours in conflict - Michael Baxter who planted GM canola and Steve Marsh his organic neighbour. A timeline of the events before and after the contamination events of 2010 is presented. GM canola was approved for Australia in 2003 - but the WA government promptly put a moratorium in place. That changed when the WA government changed in 2010. Baxter immediately took advantage of the exemption to grow GM canola. What followed was ... the contamination ... the decertification ... the legal action. There are four elements to this case: nuisance, negligence. injunction & damages. Nuisance - that the events have been a nuisance to Marsh and caused the loss of use or enjoyment of the land. Negligence - that Baxter was negligent, that he did not take due care. Injunction - that the court order Baxter’s behaviour to be different in the future. Damages - that Baxter pay Marsh the losses incurred due to his decertification. When the judgement was delivered it was a resounding loss for the organic farmer. All four points were lost. The judge declared no nuisance, no negligence, no injunction, and no damages. Added to the loss on all four points was that the judge awarded costs of €570,000 (A$804,000) against the organic farmer. So the stakes are now very high. The big picture is of Monsanto versus the World. The close-up picture is that of an organic farmer who could lose his farm. And be bankrupted due to the award of costs. The Marshes appealed firstly the case and secondly the award of costs. This took the case to the Appeals Court of the Supreme Court of WA in March 2015. Meanwhile the legal costs are mounting. I estimate the legal costs to date at c.€1,425,000. So there is a great disproportionality between the original damages of €60K and the legal costs approaching €1.5M. The outcome of the two appeals are expected shortly. A twelve point snapshot: 1. Resolution: none; 2. Time: > 6 years; 3. Money: c. €1.5M; 4. Monsanto :-); 5. Organics :-(; 6. Certification: restored (Dec 2014); 7. GMOs on boundary: none; 8. Damages: none recovered; 9. Injunction: no prospect; 10. Appeals x2: await results; 11. Bankruptcy: possible; 12. Mutual co-existence: not demonstrated.
A empresa de tecnologia anunciou um novo smartphone com câmera aprimorada, tela maior e processador mais rápido. O novo dispositivo também possui melhorias na bateria e armazenamento. O lançamento está programado para o próximo mês com preço inicial sugerido de US$799.
Mooc eFAN FA REX - web-conférence du 19/01/2016FFFOD
Présentation de la web-conférence FFFOD du 19/01/2016 "Retour d’expérience sur le Mooc Enseigner et former avec le numérique pour le formateur d’adultes (EFAN FA)" par Céline Dran, Victoria Peres-Labourdette Lembé et Patrick Lachassagne.
Introduction History Significance of mainframe computerSyed Zartaj ali
The document provides an introduction to mainframe computers, including their history and significance. It defines a mainframe as a large computer system that businesses use to host commercial databases and applications requiring high security and availability. Mainframes are designed to support thousands of users and input/output devices simultaneously through centralized control of resources and clustering technologies. They can process large workloads like batch jobs and online transactions concurrently.
The document provides an overview of Egyptian art under the pharaohs, with goals of understanding the evolution of Egyptian culture and key characteristics of its art forms. It covers developments from the Predynastic period through the Old, Middle, and New Kingdoms. Key points discussed include the rise of pyramid tombs in the Old Kingdom, the shift to rock-cut tombs in the Middle Kingdom, and grand mortuary temples constructed in the New Kingdom, such as those built by Hatshepsut and Ramesses II. Sculptural styles are analyzed, ranging from stylized figures to more realistic portraits.
This document discusses Weldpac, a construction management and control system for welding projects. It can manage all aspects of a project including fitting, welding, quality control, stores, and planning. It reduces costs by streamlining paperwork and improving efficiency across disciplines. Weldpac provides detailed reporting on project scope, progress, costs, and welding requirements to help ensure projects are completed safely, on time and on budget. It offers comprehensive management and control of welding operations from initial preparation through quality control and closeout.
The document discusses managed pressure drilling (MPD), including an introduction to MPD, its benefits, and applications. It then covers various aspects of planning and executing an MPD project such as vessel inspections, cost considerations, equipment requirements, shipyard installation, and close-out documentation. The document provides an overview of the many procedural, contractual, technical, and organizational elements involved in a full MPD project from initial planning through execution and closeout.
This document provides a curriculum vitae or resume for Aravinth.J, who has 5 years of experience as a QA/QC inspector specializing in welding and piping. He has worked on projects for Saudi Aramco, SABIC, and other companies. His responsibilities have included inspecting materials and welds, reviewing documentation, coordinating inspections and tests, and ensuring work meets quality standards and codes. He holds several certifications in welding inspection and auditing and aims to contribute his skills to a progressive organization.
This document provides a summary of Rajakumar Thangadurai's qualifications and work experience in non-destructive testing. It lists his personal details and contact information, then outlines over 15 years of experience performing various NDT techniques for the oil and gas, marine, construction, and power industries. It details his technical certifications in ultrasonic, magnetic particle, radiographic, and penetrant testing at levels II and III. Finally, it summarizes several recent projects in Nigeria where he served as an NDT level III inspector and ultrasonic cross checker, reviewing documentation and ensuring work was performed to specification.
The document provides a summary of Amarkumar Pankajbhai Desai's professional experience and qualifications. It summarizes his 6 years of experience in quality assurance, inspection, and documentation for oil and gas manufacturing companies. It also lists his areas of expertise including ISO and quality system auditing, inspection, and machining. Finally, it details his work history and roles in quality assurance and inspection for several engineering companies in the oil and gas industry.
Natarajan Sivasubramani has over 15 years of experience in welding inspection, quality control, and non-destructive testing for various construction projects. He has worked on projects in India, Dubai, Thailand, Iraq, Australia, and China. Some of his responsibilities have included reviewing welding and inspection procedures, monitoring quality control reports, witnessing non-destructive testing, and approving test packages. He is certified as an AWS Certified Welding Inspector and holds additional certifications in non-destructive testing methods. Currently he works as a QA/QC engineer on an LNG storage tank project in China.
Imran Yameen is applying for the position of Welding & Piping/QA/QC Inspector and has over 5 years of experience in this role in the oil and gas industry. He holds relevant certifications and has worked on projects for companies such as QAPCO and Qatar Shell GTL. His responsibilities have included inspection of fabrication and welding according to quality standards, preparing testing procedures, reviewing materials, and ensuring quality control procedures are followed.
Vuong Tat Thang has over 10 years of experience in welding inspection and quality control engineering. He has extensive experience reviewing welding procedures and qualifications, witnessing fabrication and testing activities, and ensuring quality standards are met on oil and gas projects. He is certified in various welding and non-destructive testing standards and currently works as a Senior QC Engineer on the Nghi Son Refinery project in Vietnam.
Ajit Singh has 2 years of experience as an instrumentation engineer at Samsung Engineering India. He is seeking a challenging role utilizing his skills in electronics, instrumentation, and control. His experience includes instrumentation design for oil and gas projects in Algeria. His responsibilities involved procurement, documentation, and coordination. He has expertise with Smart Plant Instrumentation and other software. Ajit holds a B.Tech in Electronics and Communication and is proficient in English and Hindi.
Robin Mathew Koshy has over 8 years of experience as a QA/QC welding and piping inspector working on various oil and gas projects in Saudi Arabia. He holds certifications in welding inspection from CSWIP and API, as well as NDT certifications. His responsibilities have included inspection of welding, piping, materials, and coordinating with engineering on projects adhering to international codes and standards. He aims to contribute his skills and experience to a progressive organization.
RDO represents several social groups in its opening scenes:
1) Males are portrayed as strong, brave survivors, exemplified by the protagonist, though the ruthless Radio Host shows a darker side.
2) Females are traditionally depicted as weaker, like the infected woman who is killed, though she and her daughter show strength as survivors.
3) Younger and older age groups are shown accordingly - the 11-year-old girl as vulnerable and the 20/30-somethings as streetwise but confused.
4) Nationalities are stereotyped to an extent with the crazy American Radio Host contrasted against sane British protagonists.
The document analyzes the fonts used in a video opening credits sequence. It describes using BlairMdITC TT font in size 18 in white for the titles with different alignments. Arial Unicode MS size 14 in black was used for on-screen text conversations. The film title at the end used BlairMdITC TT size 40 in white with a glowing effect and centered alignment.
El documento describe los pasos para crear un documento en Word, que incluyen: 1) abrir Word y escribir el tema, 2) una vez terminado de escribir, hacer clic en la pestaña Archivo, 3) hacer clic en Guardar o Guardar Como y 4) escribir un nombre para el documento y hacer clic en Aceptar.
Organic v GMOs: A case study (Marsh v Baxter)johnpaull
Organic agriculture versus genetically modified organisms. Are these two agricultural technologies destined for co-existence or conflict? This is a case study from Australia about two neighbours in conflict - Michael Baxter who planted GM canola and Steve Marsh his organic neighbour. A timeline of the events before and after the contamination events of 2010 is presented. GM canola was approved for Australia in 2003 - but the WA government promptly put a moratorium in place. That changed when the WA government changed in 2010. Baxter immediately took advantage of the exemption to grow GM canola. What followed was ... the contamination ... the decertification ... the legal action. There are four elements to this case: nuisance, negligence. injunction & damages. Nuisance - that the events have been a nuisance to Marsh and caused the loss of use or enjoyment of the land. Negligence - that Baxter was negligent, that he did not take due care. Injunction - that the court order Baxter’s behaviour to be different in the future. Damages - that Baxter pay Marsh the losses incurred due to his decertification. When the judgement was delivered it was a resounding loss for the organic farmer. All four points were lost. The judge declared no nuisance, no negligence, no injunction, and no damages. Added to the loss on all four points was that the judge awarded costs of €570,000 (A$804,000) against the organic farmer. So the stakes are now very high. The big picture is of Monsanto versus the World. The close-up picture is that of an organic farmer who could lose his farm. And be bankrupted due to the award of costs. The Marshes appealed firstly the case and secondly the award of costs. This took the case to the Appeals Court of the Supreme Court of WA in March 2015. Meanwhile the legal costs are mounting. I estimate the legal costs to date at c.€1,425,000. So there is a great disproportionality between the original damages of €60K and the legal costs approaching €1.5M. The outcome of the two appeals are expected shortly. A twelve point snapshot: 1. Resolution: none; 2. Time: > 6 years; 3. Money: c. €1.5M; 4. Monsanto :-); 5. Organics :-(; 6. Certification: restored (Dec 2014); 7. GMOs on boundary: none; 8. Damages: none recovered; 9. Injunction: no prospect; 10. Appeals x2: await results; 11. Bankruptcy: possible; 12. Mutual co-existence: not demonstrated.
A empresa de tecnologia anunciou um novo smartphone com câmera aprimorada, tela maior e processador mais rápido. O novo dispositivo também possui melhorias na bateria e armazenamento. O lançamento está programado para o próximo mês com preço inicial sugerido de US$799.
Mooc eFAN FA REX - web-conférence du 19/01/2016FFFOD
Présentation de la web-conférence FFFOD du 19/01/2016 "Retour d’expérience sur le Mooc Enseigner et former avec le numérique pour le formateur d’adultes (EFAN FA)" par Céline Dran, Victoria Peres-Labourdette Lembé et Patrick Lachassagne.
Introduction History Significance of mainframe computerSyed Zartaj ali
The document provides an introduction to mainframe computers, including their history and significance. It defines a mainframe as a large computer system that businesses use to host commercial databases and applications requiring high security and availability. Mainframes are designed to support thousands of users and input/output devices simultaneously through centralized control of resources and clustering technologies. They can process large workloads like batch jobs and online transactions concurrently.
The document provides an overview of Egyptian art under the pharaohs, with goals of understanding the evolution of Egyptian culture and key characteristics of its art forms. It covers developments from the Predynastic period through the Old, Middle, and New Kingdoms. Key points discussed include the rise of pyramid tombs in the Old Kingdom, the shift to rock-cut tombs in the Middle Kingdom, and grand mortuary temples constructed in the New Kingdom, such as those built by Hatshepsut and Ramesses II. Sculptural styles are analyzed, ranging from stylized figures to more realistic portraits.
This document discusses Weldpac, a construction management and control system for welding projects. It can manage all aspects of a project including fitting, welding, quality control, stores, and planning. It reduces costs by streamlining paperwork and improving efficiency across disciplines. Weldpac provides detailed reporting on project scope, progress, costs, and welding requirements to help ensure projects are completed safely, on time and on budget. It offers comprehensive management and control of welding operations from initial preparation through quality control and closeout.
The document discusses managed pressure drilling (MPD), including an introduction to MPD, its benefits, and applications. It then covers various aspects of planning and executing an MPD project such as vessel inspections, cost considerations, equipment requirements, shipyard installation, and close-out documentation. The document provides an overview of the many procedural, contractual, technical, and organizational elements involved in a full MPD project from initial planning through execution and closeout.
This document provides a curriculum vitae or resume for Aravinth.J, who has 5 years of experience as a QA/QC inspector specializing in welding and piping. He has worked on projects for Saudi Aramco, SABIC, and other companies. His responsibilities have included inspecting materials and welds, reviewing documentation, coordinating inspections and tests, and ensuring work meets quality standards and codes. He holds several certifications in welding inspection and auditing and aims to contribute his skills to a progressive organization.
This document provides a summary of Rajakumar Thangadurai's qualifications and work experience in non-destructive testing. It lists his personal details and contact information, then outlines over 15 years of experience performing various NDT techniques for the oil and gas, marine, construction, and power industries. It details his technical certifications in ultrasonic, magnetic particle, radiographic, and penetrant testing at levels II and III. Finally, it summarizes several recent projects in Nigeria where he served as an NDT level III inspector and ultrasonic cross checker, reviewing documentation and ensuring work was performed to specification.
The document provides a summary of Amarkumar Pankajbhai Desai's professional experience and qualifications. It summarizes his 6 years of experience in quality assurance, inspection, and documentation for oil and gas manufacturing companies. It also lists his areas of expertise including ISO and quality system auditing, inspection, and machining. Finally, it details his work history and roles in quality assurance and inspection for several engineering companies in the oil and gas industry.
Natarajan Sivasubramani has over 15 years of experience in welding inspection, quality control, and non-destructive testing for various construction projects. He has worked on projects in India, Dubai, Thailand, Iraq, Australia, and China. Some of his responsibilities have included reviewing welding and inspection procedures, monitoring quality control reports, witnessing non-destructive testing, and approving test packages. He is certified as an AWS Certified Welding Inspector and holds additional certifications in non-destructive testing methods. Currently he works as a QA/QC engineer on an LNG storage tank project in China.
Imran Yameen is applying for the position of Welding & Piping/QA/QC Inspector and has over 5 years of experience in this role in the oil and gas industry. He holds relevant certifications and has worked on projects for companies such as QAPCO and Qatar Shell GTL. His responsibilities have included inspection of fabrication and welding according to quality standards, preparing testing procedures, reviewing materials, and ensuring quality control procedures are followed.
Vuong Tat Thang has over 10 years of experience in welding inspection and quality control engineering. He has extensive experience reviewing welding procedures and qualifications, witnessing fabrication and testing activities, and ensuring quality standards are met on oil and gas projects. He is certified in various welding and non-destructive testing standards and currently works as a Senior QC Engineer on the Nghi Son Refinery project in Vietnam.
Ajit Singh has 2 years of experience as an instrumentation engineer at Samsung Engineering India. He is seeking a challenging role utilizing his skills in electronics, instrumentation, and control. His experience includes instrumentation design for oil and gas projects in Algeria. His responsibilities involved procurement, documentation, and coordination. He has expertise with Smart Plant Instrumentation and other software. Ajit holds a B.Tech in Electronics and Communication and is proficient in English and Hindi.
Robin Mathew Koshy has over 8 years of experience as a QA/QC welding and piping inspector working on various oil and gas projects in Saudi Arabia. He holds certifications in welding inspection from CSWIP and API, as well as NDT certifications. His responsibilities have included inspection of welding, piping, materials, and coordinating with engineering on projects adhering to international codes and standards. He aims to contribute his skills and experience to a progressive organization.
Teitei Fidelis has over 15 years of experience as a quality assurance and quality control inspector working on various oil and gas projects in Nigeria. He holds professional certifications in welding inspection, non-destructive testing, and health and safety. Fidelis has a B.Eng in Mechanical Engineering from Ambrose Ali University and has worked as a QA/QC inspector for numerous companies, providing inspection services on projects involving pipeline construction, platform manifolds, and offshore rigs. His responsibilities have included reviewing welding procedures, supervising non-destructive testing, performing audits, and ensuring overall project quality compliance.
S. Suresh Kumar provides his resume, detailing his objective of working in a challenging environment to contribute to organizational development. He has over 20 years of experience in roles such as Senior Piping/Welding Engineer and Quality Control Engineer, with extensive experience in welding inspection, non-destructive testing, and quality assurance on projects in shipyards and the oil and gas industry. His resume outlines his educational background and qualifications, technical skills, software experience, and work history on several projects in Singapore and overseas.
Asad Ahsan is a Lead QA/QC Inspector with over 10 years of experience in mechanical and welding inspection. He has extensive experience inspecting welding, piping, and tanks for large power and industrial projects in Saudi Arabia. He is certified in welding inspection and NDT testing. His responsibilities include qualifying welders, performing visual and dimensional inspections, ensuring quality standards are met, and generating inspection reports. He is proficient in English, Arabic, Urdu, and Hindi.
This curriculum vitae is for Pragash Kannan, who has over 10 years of experience in mechanical, piping, pipeline, construction, and fabrication industries in roles such as quality assurance/quality control inspection engineer, painting inspector, and senior welding inspector in the Middle East. He has a bachelor's degree in mechanical engineering and diplomas in mechanical engineering and AutoCAD. He also holds several professional certifications in welding inspection, piping inspection, and non-destructive testing methods. His career experience includes working as an inspection engineer for Petrofac on a BP project in Iraq and as a senior welding inspector for Punj Lloyd on pipeline projects in Qatar.
Shaik Amjad is a mechanical engineer seeking a quality control role. He has over 4 years of experience in roles inspecting welding, materials, coatings and more. He holds certification in welding inspection from TWI as well as Level II certification in various NDT methods from ASNT. His experience includes projects in pipeline and pressure vessel fabrication for clients in Saudi Arabia and India. He is knowledgeable in various codes including ASME, API, and Saudi specifications.
This document contains the resume of Nasir Ahmed, who has over 11 years of experience as a Quality Control Inspector and Engineer focusing on piping, welding inspection, and non-destructive testing. He is seeking new assignments with a growth-oriented organization. His experience includes working on major construction projects in the Middle East and India for industries including petrochemicals, fertilizers, oil and gas, and power.
This document contains the resume of Mohamad Elyaas. It summarizes his contact information, educational background, professional certifications, skills, and work experience. For his current role, he works as a Mechanical Inspector based in Saudi Arabia, where he is responsible for quality assurance and inspection tasks such as reviewing documentation, inspecting materials, monitoring fabrication and testing, identifying non-conformities, and ensuring work is done according to standards and client specifications. Previously he has over 8 years of experience in quality control and inspection roles in India.
The unique solution for complex large welding and assembly process, with full chain solution from the material, to process design, to simulation, to production and automatic optimization for welding parameters and assembly sequence
The document discusses the importance of piping engineering in transferring fluids between tanks through pipes and pipe fittings. It explains key components of piping systems like elbows, tees, reducers, couplings, valves, strainers and expansion joints. It also discusses interfacing with other departments, developing 3D models, work flows for proposal engineering, procurement engineering and construction assistance. Piping engineering is crucial for designing and installing piping that safely transfers fluids between process equipment.
This resume summarizes the qualifications and experience of B.M. Rajkumar, an Indian citizen seeking a position utilizing over 10 years of experience in quality assurance and welding inspection. He holds multiple professional certifications and has worked in roles of increasing responsibility for companies in India and Saudi Arabia. His experience includes developing welding procedures, inspecting welds, training welders, and ensuring compliance with various international and Indian standards for industries including wind energy, construction, and pressure vessels. He has extensive knowledge of welding and fabrication standards and seeks a challenging position where he can further contribute to a company's growth.
1. Weldpac Functional & Operational Overview
Weldpacisdesignedtomeetyourmanagerial, contractual, production andotherweld/QC
requirements. ItisanISO3834 fundament. Itrevolvesaround three requestsandaform
1) WeldProcess card
2) NDT request card
3) Weld Comprehensive
4) PWHT sticker
Weldpacisa new,completelydifferent wayof administeringwelding.
The weldcard has multiple welddetails,upto4 weldersperweld. Ithasthe WPSdetailsanda
consumable requisition.
Printa weld card requestwithasystemdate and time stampand allocate itto the appropriate
weldingsupervisor/foreman. He hasitcheckedoutuntil itis welded –usuallywithin24 hours. The
weldingisrecorded anddate andtime stampand if there isan NDT requestthatisprintedwiththe
welder/weldingdetails withAGAIN adate andtime stamp. It goesonto the outstandingNDT list,
and monitored everyday.
So youcan see Weldpacexpeditesthe processandthe documentsrightontoanimpeccable
comprehensive. Welpacalsokeepsuptodate withindividual welderperformance –incheswelded
and rejects. Choosingthe bestweldersall the time will have asignificantimpactonthe job.
Cards are issuedin work sequence whenthe previouslinkis complete,andthe weldingdetailsare
carriedforward from the weldcardtoall subsequent documents.
A built-indocumentcontrol systemtracksall WeldProcesscardsandNDT Requests&PWHT to keep
themmovingonschedule andidentifyanyrare late or missingdocuments. Everystage is
timestamped sotheycanbe scheduledandtime controlled.The cardsall have serial numbers and
can be reproduced.
A detailedand accurate setof weldandNDT documentsis builtupwithfirstoffs, percentages,
repairsare known. Because % NDT and repairs are tracked,the NDT requirementisalways obvious.
It a case of fillinginthe missing ones, (2more thisclass thisweek),notblanketNDT’ing.Weldpac
tracks and traces everything;acompanycan setup a dailyroutine, welding,andQCworking
together. Knowingexactly whichweldshave tobe NDT’d will drasticallyreduce the amountof NDT
done.
Weldpaccompressesandcompactsthe wayweldingworks:-
Weldpac Day shift
At 06:55 Weldingsupervisorscollecttheirprocesscards forthe day. These include detailsof the
linestobe welded onthatday,grouped byWPS. It has the WPS detail printedon the cardon hand
2. for welderreview,aconsumable requisition withthe correctconsumable preprintedonit. Weldpac
can track batchand use of consumablesi.e. full stockcontrol.
At 07:00 am the overnightNDTandweldingcomesin.All iscaptured;repairsshow traceable
backups. All backupsand repairs generate the correctrequest cards.
At 2:09 pm the QC coordinatorpullsupdetailedreportsof recentwelding and testing,byline class,
welderandfirstoffsandbackupNDT, his/hertheirneed for the detail thatmaybe required orhelp
to selectNDT
At 3:00 pm the last 24 hoursweldprocesscards are returned withthe NDTrequirementMARKEDUP
From 15:00 to 16:00 Welding iscaptured,andthe NDTrequestsare printed (onlywelded)
A listof all the outstandingRT isprinted asa planningtool anda reminderthattheydothe oldest
firstand keepup
PWHT labelsare printedincludingthe welddetail. The labels are included indocumentcontrol and
mustcome back witha chart
Whenthe line has beenwelded,printthe comprehensivesforsubmission
Twice a week “weldsby welderperformance”and“ndtrequirementvsprogress”,“overall job
progress(withweldtocomplete) circulatedtothe client,departmental managersandperformance
to projectmanagement. Reportsare deadaccurate as longas NDT is upwithwelding. Noexcuse
withWeldpac.
Notes.
An upto date Welderregister,WPSregisterandDrawingregister/weldtake off are includedin
Weldpac,alongwithmany otherdetails,NDTrequirementand reasonforNDT to complete the
above activities
WeldingandQC departments have noreasonto disagree asthe cards have the available information
such as date weldedandwelder. NDTrequests are tiedbackto the weldingandhave atime elastic..
Theyworktogetheronthe same mission aspart of a team.
WeldersandWPSare stored ina separate database Theycanrun at different, connected,locations,
offeringlotsof configurationoptions.
Welderweldinginformationbecomesmanagementinformationon the site anda great tool to
manage welding. The weldershave attentionfocusedonthemtheywill weld fasterandbetter.
Shrewddistributionof welderstotheirbestprocedureswillhelpproductionanderrorsaswell as
identifyingwelderswhoneedretraining. Youcouldhave the bestavailable welderswelding
optimally.
As NDT followswelding andtheyhave aweld/ndthistory andqcknow exactly whichweldtotest.
Thisovercomes the unavoidable issueof overNDTingtogetadequate coverage. QCshouldalways
run withinaprioritizedweekof welding,nodisassemblyrequired. ThisshouldreduceNDTcostby
nearly 50%
3. Weldpacprovidesfull traceabilityincludingconsumable batchandbackupweldIDs
The bestis that youhave a precise tothe nthdegree database of everyprocess. Anythingyouneed
to know on welders,welding NDTetcetcshouldbe on the copioussystemreports,whichgo toemail
and excel butif notwe will getitfor you. These are oftengoodfor claims, MLA has done weld
volumetricanalysis,consumable use andweldersweldingperday anddayswhenweldersweldedin
claimssupport.
Whether you savethrough improved administration or using detailed Weldpac
reports to shakeup field/shop operations, you can look forward to savings that
make a big impact on your project’s efficiency and cost with Weldpac.
4. MLA - Weldpac Functions
19/09/2014
Project data
System/server Backup, exchange,support
Change project/code (Unit) Change Unit,switch code etc.
Exit
Weld Management - find a weld fast
Welders up for urgent requalification
Consumables
Consumables Register
Consumables Requisition
Drawing & Weld take off
Drawing Register/take off
3D Weld pos in wall. Revision retains work done,
progress incl.completion,WPS selected
Spool Progress Fabrication
Welders and Fitters Contact & qualifications/equivalences
Weld maintenance
BackupNDT Selection reject aid and tracability of backups
Weld Deletions (secure) Reason for deletion required
AssignWeldCards to supervisor Know where to get them
KKS Assign Catch up for welds w/o KKS
Mass Accept BulkNDT
Setup
Contract
Contracts Projects
Groups
Sites
Test Packs Lock out from change by QC, prep for hydro and
submission
NDT Requirements Code requirementfor NDT
NDT
NDT Defect Codes
NDT Reasons
NDT Types User can create own types
-
System
Parameters Plate/pipe,unit defn, Progress % fit/weld/ndt
Users accessrights Individual screen/report
-
Weld
Weld Delete Reasons
5. Heat Treatment
Repair Status
Stages
Weld Descriptions
Weld Locations
Procedure Qualification Record (Under development)
Weld Processes
Weld Reasons
Weld Types
WPS
WPS Materials
WPS Metals
WPS Register
Results
Welding
NDT Request
NDT result
Heat treatment
Reports
Weld Process Card (Filter) Weld request for a number of w elds with fillspec place for
w elder, date and consumable recognition
NDT Request Screen
-
HT Request Heat treatmentsticker
Weld Comprehensive Report
Weld Comprehensive Index Green
Weld Heat Treatment Index All round document control (Indexes)
WPS Register Report Requests for work (Forms eg
Welder Register Record of Result
References
Sites
Materials
Test Packs
NDTRequirements
Weld Locations
Weld Descriptions
Weld Processes
Weld Types
Weld Reasons
Heat Treatment
NDTTypes
NDTReasons
Repair Status
Defect Codes
DocumentReferenceIndex
Welder Defect Report
6. WeldingByWelder Report
Fitting ByFitter Report
NDT ByWelder ByPeriod
Completed NDT
NDT Distribution byNDT Required
Consumable Usage
NDT BackupReport
Export Heat Treatment
% weld complete/all welds system& overall (WIP)
-
Management Reports
WeldingProgress Report
Welder Performance
Report
DetailedProduction
Report
Scope of Work
KPI Information
KPI Summary
Weld SummaryExport
By System
By Drawing
By System (Completed)
By Drawing(Complete)
By System, Material
QC Reports
WPS By System
Welders ByWPS
QC DetailedProduction
Data CollectionReports Indexes
Weldingnot yet requested
Weld Results Outstanding
Weld Consumables
Outstanding
NDT Outstanding
Defects Outstanding
PWHT
NEW - HT Request
Outstanding
Help