This document is a set of drawings related to a preliminary design for a storm sewer system called Asset 11 located in Diyar Al Muharraq, Bahrain. The drawings show the layout and design of the proposed stormwater pipelines and manholes, including pipe sizes and connections between assets. Notes provide information on materials, installation standards, and other details.
This document provides a summary of Pooranam Kirubhakar's professional experience and qualifications. He has over 18 years of experience in quality assurance, welding inspection, and fabrication across various petroleum refineries. He holds several certifications including ASNT Level-III, AWS certified ISO 9001 Lead Auditor, and Nace Certified Level-I Coating Inspector. His experience includes roles as a QA/QC engineer, welding inspector, and RT Level-III technician for numerous projects in India, the Middle East, and Africa.
The document is a curriculum vitae for Roman B. Carcido, who has over 10 years of experience in QA/QC piping inspection, welding inspection, and welding supervision. He has worked on numerous oil, gas, and industrial projects in Saudi Arabia, the UAE, Qatar, and the Philippines. His duties have included inspecting welding and piping work, ensuring compliance with standards, and supervising inspection teams. He holds many welding and NDT certifications.
This document contains the resume of Asad Hussain Butt. It summarizes his contact information, personal details, career objective, educational qualifications, technical certifications, computer skills, familiarity with codes and standards, employment history, responsibilities in current and previous roles, and details of projects with various clients in Pakistan and the Middle East involving fabrication, inspection, and installation of pressure vessels, heat exchangers, piping systems, boilers, and related equipment.
This document provides information about Prestige Engineering LLC, including their contact details, accreditations, facilities, capabilities, personnel, and recently completed projects. Some key details include:
- Prestige Engineering is an engineering company located in Sharjah, UAE that provides design, fabrication, and installation services for the oil, gas, and other industries.
- They have accreditations such as ISO 9001, OHSAS 18001, ASME stamps, and API licenses.
- Their facilities include manufacturing plants with equipment like CNC machines, hydraulic presses, and overhead cranes.
- They have capabilities in areas such as pressure vessels, heat exchangers, storage tanks, and piping in materials like
Varun is a mechanical engineer with 5 years of experience in QA/QC roles in the petrochemical and oil field industries. He has worked as a QA/QC inspection engineer for Saudi Aramco on various projects involving piping, welding, and static equipment inspection. Some of his responsibilities included inspection and testing according to international standards, preparing reports and maintaining quality standards. He is seeking a suitable position utilizing his expertise, qualifications which include a B.Tech in Mechanical Engineering and various inspection certifications.
The document contains contact and background information for Hermann Zapletal. It includes his qualifications, skills, work experience, education, and hobbies. He has over 40 years of experience in welding inspection, quality control, and project coordination across various industries. His most recent roles have involved writing inspection plans, coordinating non-destructive testing, and ensuring quality standards for maintenance and construction projects in the oil and gas sector.
Mohammed Waseem is applying for the position of QC Piping/Welding Inspector. He has over 6 years of experience in quality control activities like piping/welding inspection, NDT testing, and documentation review for various oil, gas, and petrochemical projects in Saudi Arabia. He holds an B.Tech in Mechanical Engineering and welding inspector certification. His responsibilities have included material inspection, welding procedure review, witnessing tests, and ensuring work meets standards and client requirements.
Vijayasekaran D has over 17 years of experience in QA/QC inspection for oil, gas, and manufacturing projects. He has worked on projects in the UAE and Iran for companies like Petrofac and Technimont. He is experienced in welding inspection, NDT testing, material receiving inspection, and ensuring work is done per codes and standards like ASME and AWS. Vijayasekaran holds an engineering degree and NDT and welding certifications. He is currently working as a QA/QC field engineer on the Al Taweelah Alumina Refinery Project in the UAE.
This document provides a summary of Pooranam Kirubhakar's professional experience and qualifications. He has over 18 years of experience in quality assurance, welding inspection, and fabrication across various petroleum refineries. He holds several certifications including ASNT Level-III, AWS certified ISO 9001 Lead Auditor, and Nace Certified Level-I Coating Inspector. His experience includes roles as a QA/QC engineer, welding inspector, and RT Level-III technician for numerous projects in India, the Middle East, and Africa.
The document is a curriculum vitae for Roman B. Carcido, who has over 10 years of experience in QA/QC piping inspection, welding inspection, and welding supervision. He has worked on numerous oil, gas, and industrial projects in Saudi Arabia, the UAE, Qatar, and the Philippines. His duties have included inspecting welding and piping work, ensuring compliance with standards, and supervising inspection teams. He holds many welding and NDT certifications.
This document contains the resume of Asad Hussain Butt. It summarizes his contact information, personal details, career objective, educational qualifications, technical certifications, computer skills, familiarity with codes and standards, employment history, responsibilities in current and previous roles, and details of projects with various clients in Pakistan and the Middle East involving fabrication, inspection, and installation of pressure vessels, heat exchangers, piping systems, boilers, and related equipment.
This document provides information about Prestige Engineering LLC, including their contact details, accreditations, facilities, capabilities, personnel, and recently completed projects. Some key details include:
- Prestige Engineering is an engineering company located in Sharjah, UAE that provides design, fabrication, and installation services for the oil, gas, and other industries.
- They have accreditations such as ISO 9001, OHSAS 18001, ASME stamps, and API licenses.
- Their facilities include manufacturing plants with equipment like CNC machines, hydraulic presses, and overhead cranes.
- They have capabilities in areas such as pressure vessels, heat exchangers, storage tanks, and piping in materials like
Varun is a mechanical engineer with 5 years of experience in QA/QC roles in the petrochemical and oil field industries. He has worked as a QA/QC inspection engineer for Saudi Aramco on various projects involving piping, welding, and static equipment inspection. Some of his responsibilities included inspection and testing according to international standards, preparing reports and maintaining quality standards. He is seeking a suitable position utilizing his expertise, qualifications which include a B.Tech in Mechanical Engineering and various inspection certifications.
The document contains contact and background information for Hermann Zapletal. It includes his qualifications, skills, work experience, education, and hobbies. He has over 40 years of experience in welding inspection, quality control, and project coordination across various industries. His most recent roles have involved writing inspection plans, coordinating non-destructive testing, and ensuring quality standards for maintenance and construction projects in the oil and gas sector.
Mohammed Waseem is applying for the position of QC Piping/Welding Inspector. He has over 6 years of experience in quality control activities like piping/welding inspection, NDT testing, and documentation review for various oil, gas, and petrochemical projects in Saudi Arabia. He holds an B.Tech in Mechanical Engineering and welding inspector certification. His responsibilities have included material inspection, welding procedure review, witnessing tests, and ensuring work meets standards and client requirements.
Vijayasekaran D has over 17 years of experience in QA/QC inspection for oil, gas, and manufacturing projects. He has worked on projects in the UAE and Iran for companies like Petrofac and Technimont. He is experienced in welding inspection, NDT testing, material receiving inspection, and ensuring work is done per codes and standards like ASME and AWS. Vijayasekaran holds an engineering degree and NDT and welding certifications. He is currently working as a QA/QC field engineer on the Al Taweelah Alumina Refinery Project in the UAE.
Mohamed elsayied daowod has over 9 years of experience as a senior QC inspector, welding inspector, and mechanical engineer. He has worked on various oil, gas, petrochemical, and industrial projects inspecting piping, tanks, heat exchangers, and pressure vessels. Currently he works as a QA/QC inspection engineer ensuring new chemical plant equipment meets codes and specifications.
Vijayanand has 10 years of experience as an NDT coordinator and technician. He has qualifications in welding, mechanical engineering, and NDT testing. He has worked on oil and gas projects in Abu Dhabi and Dubai performing inspections using various NDT methods. His responsibilities included visual inspections, ultrasonic testing, magnetic particle testing, and preparing inspection reports.
S. Manikandan is seeking a position as a Quality Control Engineer with over 10 years of experience in quality inspection of oil and gas drilling equipment. He has held roles as a QC Engineer and Inspector for several companies performing inspections, testing, and maintaining quality documentation for offshore drilling equipment including BOPs, valves, and risers. Manikandan has extensive technical skills and certifications in quality control and non-destructive testing.
This document provides a resume for Charles D Green, including his contact information, 30+ years of experience in construction quality control and assurance roles, and a history of his relevant work experience overseeing QA/QC for various industrial plants, pipelines, and refineries. He has extensive experience inspecting welding, mechanical work, civil/structural construction, and hydrotesting to verify compliance with codes and client specifications.
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.
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 document contains a resume for Wael Mahmoud Abd El-hameed seeking a position utilizing his experience as a piping engineer, welding engineer, and authorized inspector. He has over 10 years of experience and holds certifications including API 570 Authorized Piping Inspector, API 510 Authorized Pressure Vessel Inspector, and ASNT NDT Level II. His career history includes positions as a QA/QC manager and welding engineer for various power plant projects in Egypt.
This document is a curriculum vitae for Saad Mohamed Gad Ibrahim Alawady that outlines his professional experience and qualifications. It summarizes that he has over 15 years of experience in non-destructive testing including visual, ultrasonic, penetrant, magnetic, radiographic, and hydrostatic testing according to various standards. His current role is as a Senior QA&QC Engineer for Apache - KHALDA Petroleum company, where he oversees inspection, testing, and quality control activities to ensure compliance with standards.
Samuel Egbe Ekom is a Nigerian national with over 15 years of experience in quality assurance, quality control, welding inspection, and non-destructive testing for the construction industry. He has worked on offshore and onshore oil and gas projects in Nigeria, with responsibilities including materials inspection, welding procedures, NDT requisition, pressure testing, and ensuring adherence to codes and standards. Ekom holds an engineering degree from CRUTECH and several industry certifications in welding inspection, quality management, and NDT methods. He is seeking new opportunities in QA/QC and provides references from previous employers.
Resume of jaison varkey QA/QC Inspector welding,coatingjaison varkey
I have over 11 years of work experience as QA/QC Inspector in Oil and Gas fields both offshore and onshore Construction and installations. focus on PQT/PQR, WQT, NDT, Destructive testing, Inspections of welding and Filed joint coating of Subsea Pipelines, Risers, Tie‐in spools, lateral joints, Jackets, Topside, and Pile pipes. Installation inspection of Pile driving, SPM, PLEMs, I&J tubes, Jackets & top sides.
Thirumoorthy Prakash has over 16 years of experience as a welding foreman and supervisor in construction fabrication for oil, gas, and maritime projects. He has extensive technical certifications in welding and non-destructive testing. Prakash has worked on numerous projects in Kazakhstan, Singapore, Saudi Arabia, and India, overseeing welding activities and ensuring safety and quality standards.
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.
G.UmaMaheswaran has over 18 years of experience as a welding inspector. He has inspected welds and performed failure analysis for various projects in India and other countries like Angola, Saudi Arabia, and Abu Dhabi. His responsibilities include reviewing drawings and standards, verifying material specifications, qualifying welders, and inspecting welding, fabrication, and installation work according to codes and specifications. He is experienced in visual inspection, dimensional checks, and coordinating non-destructive testing.
The document provides a summary of N.M.VenugopalRao's career experience as a QA/QC engineer and welding inspector over 17 years. It details his roles with various companies conducting inspections for oil and gas pipeline projects. His responsibilities included reviewing documents and inspection plans, managing inspection teams, verifying materials and welds met standards, and overseeing testing and commissioning activities. He has extensive experience inspecting pipelines, vessels, and structures according to international codes.
This document is a curriculum vitae for Eng. Ahmad Ibrahim Naser that outlines his personal details, education, qualifications, languages, and 21 years of experience in maintenance, construction, and quality control in the oil and gas sector. It provides details on 7 different roles he has held between 1992 and 2014 with companies in Syria, Iraq, England, Malaysia, and China, describing his responsibilities and duties in quality assurance, quality control, piping, fabrication, and maintenance.
Sr. QA/QC Mechanical Engineer with 8 years experience in power plant, oil and gas.
Industrial Project QA/QC Mechanical Head professional with 8 years of experience from the well-recognized organizations in the field of Industrial Inspection, Quality assurance, Quality control, Welding inspection and conformity Assessment of products and services.
Expertise in conducting receiving, in process and final inspection for achieving enhanced Quality. Having good working experience as a Third party inspector for SGS industrial services.
Distinctively been a Internal auditor for ISO 9001:2008 Quality management systems. Self-directed, team-oriented, enthusiastic & possessing solid organizational skills.
This CV summarizes Mohammad Abu Taher's qualifications and experience as a senior piping welding inspector. He has over 15 years of experience in QA/QC, welding inspection, and safety supervision for oil, gas, and marine projects. His background includes inspecting piping welding, materials, NDT testing, and coatings for projects in shipyards, refineries, and offshore facilities. He holds international certifications in welding inspection and auditing and aims to apply for a senior piping welding inspector position.
Gurusamy Selvan has over 18 years of experience in quality control and quality assurance, specializing in inspection of structural fabrication, piping, welding, mechanical works, and non-destructive testing on offshore oil and gas projects. He is currently working as a QA/QC inspector on gas pipeline projects in Myanmar. His responsibilities include inspection, reviewing testing reports, and ensuring quality standards are met. He has worked on various offshore projects including FPSOs, drill ships, and jack-up rigs.
N. Srinivasan provides a summary of his career experience in welding inspection and non-destructive testing over 12 years. He has worked on various oil, gas and power projects. His roles have included quality control welding inspector, third party inspector, and engineering inspection roles. He lists his educational qualifications as a Diploma in Mechanical Engineering with First Class Honors and various welding and NDT certifications.
This document is a drawing layout plan for Asset 11 foul sewer. It includes a legend defining symbols for proposed manholes, pipelines, and the deep gravity sewer for Asset 11. There are notes providing details on reading the drawings, dimensions, approvals, installation standards, materials, and minimum pipe covers. The drawings show the layout of the proposed foul sewer system including manholes, pipelines, sections of gravity sewer, and future connection points with labeled inverts.
This document provides a layout plan for the storm sewer system in Village 1 of a social housing project in East Sitra. It includes details of the proposed stormwater pipelines and manholes within the village, with references to supporting drawings providing section details and a legend defining the symbols. The plan consists of 4 sheets showing the pipeline routes, sizes, labels and connections between manholes. It is intended to be read along with other project documentation and drawings.
Mohamed elsayied daowod has over 9 years of experience as a senior QC inspector, welding inspector, and mechanical engineer. He has worked on various oil, gas, petrochemical, and industrial projects inspecting piping, tanks, heat exchangers, and pressure vessels. Currently he works as a QA/QC inspection engineer ensuring new chemical plant equipment meets codes and specifications.
Vijayanand has 10 years of experience as an NDT coordinator and technician. He has qualifications in welding, mechanical engineering, and NDT testing. He has worked on oil and gas projects in Abu Dhabi and Dubai performing inspections using various NDT methods. His responsibilities included visual inspections, ultrasonic testing, magnetic particle testing, and preparing inspection reports.
S. Manikandan is seeking a position as a Quality Control Engineer with over 10 years of experience in quality inspection of oil and gas drilling equipment. He has held roles as a QC Engineer and Inspector for several companies performing inspections, testing, and maintaining quality documentation for offshore drilling equipment including BOPs, valves, and risers. Manikandan has extensive technical skills and certifications in quality control and non-destructive testing.
This document provides a resume for Charles D Green, including his contact information, 30+ years of experience in construction quality control and assurance roles, and a history of his relevant work experience overseeing QA/QC for various industrial plants, pipelines, and refineries. He has extensive experience inspecting welding, mechanical work, civil/structural construction, and hydrotesting to verify compliance with codes and client specifications.
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.
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 document contains a resume for Wael Mahmoud Abd El-hameed seeking a position utilizing his experience as a piping engineer, welding engineer, and authorized inspector. He has over 10 years of experience and holds certifications including API 570 Authorized Piping Inspector, API 510 Authorized Pressure Vessel Inspector, and ASNT NDT Level II. His career history includes positions as a QA/QC manager and welding engineer for various power plant projects in Egypt.
This document is a curriculum vitae for Saad Mohamed Gad Ibrahim Alawady that outlines his professional experience and qualifications. It summarizes that he has over 15 years of experience in non-destructive testing including visual, ultrasonic, penetrant, magnetic, radiographic, and hydrostatic testing according to various standards. His current role is as a Senior QA&QC Engineer for Apache - KHALDA Petroleum company, where he oversees inspection, testing, and quality control activities to ensure compliance with standards.
Samuel Egbe Ekom is a Nigerian national with over 15 years of experience in quality assurance, quality control, welding inspection, and non-destructive testing for the construction industry. He has worked on offshore and onshore oil and gas projects in Nigeria, with responsibilities including materials inspection, welding procedures, NDT requisition, pressure testing, and ensuring adherence to codes and standards. Ekom holds an engineering degree from CRUTECH and several industry certifications in welding inspection, quality management, and NDT methods. He is seeking new opportunities in QA/QC and provides references from previous employers.
Resume of jaison varkey QA/QC Inspector welding,coatingjaison varkey
I have over 11 years of work experience as QA/QC Inspector in Oil and Gas fields both offshore and onshore Construction and installations. focus on PQT/PQR, WQT, NDT, Destructive testing, Inspections of welding and Filed joint coating of Subsea Pipelines, Risers, Tie‐in spools, lateral joints, Jackets, Topside, and Pile pipes. Installation inspection of Pile driving, SPM, PLEMs, I&J tubes, Jackets & top sides.
Thirumoorthy Prakash has over 16 years of experience as a welding foreman and supervisor in construction fabrication for oil, gas, and maritime projects. He has extensive technical certifications in welding and non-destructive testing. Prakash has worked on numerous projects in Kazakhstan, Singapore, Saudi Arabia, and India, overseeing welding activities and ensuring safety and quality standards.
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.
G.UmaMaheswaran has over 18 years of experience as a welding inspector. He has inspected welds and performed failure analysis for various projects in India and other countries like Angola, Saudi Arabia, and Abu Dhabi. His responsibilities include reviewing drawings and standards, verifying material specifications, qualifying welders, and inspecting welding, fabrication, and installation work according to codes and specifications. He is experienced in visual inspection, dimensional checks, and coordinating non-destructive testing.
The document provides a summary of N.M.VenugopalRao's career experience as a QA/QC engineer and welding inspector over 17 years. It details his roles with various companies conducting inspections for oil and gas pipeline projects. His responsibilities included reviewing documents and inspection plans, managing inspection teams, verifying materials and welds met standards, and overseeing testing and commissioning activities. He has extensive experience inspecting pipelines, vessels, and structures according to international codes.
This document is a curriculum vitae for Eng. Ahmad Ibrahim Naser that outlines his personal details, education, qualifications, languages, and 21 years of experience in maintenance, construction, and quality control in the oil and gas sector. It provides details on 7 different roles he has held between 1992 and 2014 with companies in Syria, Iraq, England, Malaysia, and China, describing his responsibilities and duties in quality assurance, quality control, piping, fabrication, and maintenance.
Sr. QA/QC Mechanical Engineer with 8 years experience in power plant, oil and gas.
Industrial Project QA/QC Mechanical Head professional with 8 years of experience from the well-recognized organizations in the field of Industrial Inspection, Quality assurance, Quality control, Welding inspection and conformity Assessment of products and services.
Expertise in conducting receiving, in process and final inspection for achieving enhanced Quality. Having good working experience as a Third party inspector for SGS industrial services.
Distinctively been a Internal auditor for ISO 9001:2008 Quality management systems. Self-directed, team-oriented, enthusiastic & possessing solid organizational skills.
This CV summarizes Mohammad Abu Taher's qualifications and experience as a senior piping welding inspector. He has over 15 years of experience in QA/QC, welding inspection, and safety supervision for oil, gas, and marine projects. His background includes inspecting piping welding, materials, NDT testing, and coatings for projects in shipyards, refineries, and offshore facilities. He holds international certifications in welding inspection and auditing and aims to apply for a senior piping welding inspector position.
Gurusamy Selvan has over 18 years of experience in quality control and quality assurance, specializing in inspection of structural fabrication, piping, welding, mechanical works, and non-destructive testing on offshore oil and gas projects. He is currently working as a QA/QC inspector on gas pipeline projects in Myanmar. His responsibilities include inspection, reviewing testing reports, and ensuring quality standards are met. He has worked on various offshore projects including FPSOs, drill ships, and jack-up rigs.
N. Srinivasan provides a summary of his career experience in welding inspection and non-destructive testing over 12 years. He has worked on various oil, gas and power projects. His roles have included quality control welding inspector, third party inspector, and engineering inspection roles. He lists his educational qualifications as a Diploma in Mechanical Engineering with First Class Honors and various welding and NDT certifications.
This document is a drawing layout plan for Asset 11 foul sewer. It includes a legend defining symbols for proposed manholes, pipelines, and the deep gravity sewer for Asset 11. There are notes providing details on reading the drawings, dimensions, approvals, installation standards, materials, and minimum pipe covers. The drawings show the layout of the proposed foul sewer system including manholes, pipelines, sections of gravity sewer, and future connection points with labeled inverts.
This document provides a layout plan for the storm sewer system in Village 1 of a social housing project in East Sitra. It includes details of the proposed stormwater pipelines and manholes within the village, with references to supporting drawings providing section details and a legend defining the symbols. The plan consists of 4 sheets showing the pipeline routes, sizes, labels and connections between manholes. It is intended to be read along with other project documentation and drawings.
This quality assurance plan outlines the procedures for fabricating and inspecting pipes at a shop for a client's project. It describes 11 manufacturing stages including receiving raw materials, welding, gauging, leakage testing, dimensional checks, and certification. Control checks and reference documents are provided for each stage, along with the manner of recording inspections. The plan aims to ensure pipes are manufactured according to specifications.
Noble Fire, a leading fabricator of sprinkler heads, is requesting quotes to design, build, and integrate two Cypress welding and plasma cutting machines into their production facility. The machines must meet various safety and production standards, and be able to weld a minimum of 900 outlets per day. Noble Fire outlines acceptance criteria including run times, quality levels, and changeover times that must be met both at the supplier's facility and Noble Fire's facility. They request delivery within 8-10 weeks and on-site assistance until final acceptance is achieved.
1. This document outlines the quality plan for manufacturing a non-segregated phase busduct. It details the raw materials, bought out items, fabrication process, and final inspections that will be conducted.
2. Checks include visual inspections, measurements, electrical tests, and mechanical tests performed on the aluminum, busbars, insulators, paint, heaters, and other components. The fabricated enclosure and conductors will undergo dimensional checks, welding inspections, and electrical type tests.
3. The support structure will be hot dip galvanized and undergo thickness checks, hammer tests, stripping tests and Preece tests to evaluate the galvanizing quality and protection. Final inspection includes verifying dimensions and markings
The document provides a method statement for piping installation works at the Dabbiya site for the Al Dabbiya Phase-1 Additional Injection Wells Tie-Ins project. It outlines the scope of works, sequence of activities, resources, HSE requirements, and emergency contacts. Piping works will involve transporting prefabricated spools to site, lifting them into position, welding field joints, installing valves, and testing. Welding will follow approved procedures and NDT testing. HSE precautions like PPE and fire safety will be enforced during the medium risk work.
The document provides a method statement for piping works at the Dabbiya site for new piping installations at five clusters as part of the Al Dabbiya Phase-1 Additional Injection Wells Tie-Ins project. It outlines the scope of work, references, responsibilities, sequence of works including safety setup, field joint welding, pipe support welding, valve installation and quality control requirements. The piping installations will include welding field joints and assembling prefabricated pipe spools delivered from the workshop.
The document provides a summary of an individual's personal and professional details including name, address, education, qualifications, certifications, and work experience. Specifically, it lists the applicant's relevant work experience over 20 years managing quality control for numerous large-scale power and industrial projects in Egypt, Jordan, and Sudan. Key responsibilities included managing quality documentation, inspection plans, and ensuring compliance with construction standards and codes. The applicant has extensive experience with ASME, AWS, and other international standards, as well as safety and project management qualifications.
This document is a tender submission for the proposed construction of a double-storey semi-detached house on Lot 1774 in Kapar, Selangor, Malaysia. It includes plans and drawings of the building, schedules for finishes, as well as bills of quantities and specifications for the project. The tender submission is comprised of information for the client, contractor, engineers and other professionals involved to understand the full scope of works for the project.
Pa5 pi-db-02-m01-003-00 itp of steel structureHenrique Milk
This document is an inspection and test plan for the steel structure of the PAMPA SUL Coal Fired Power Plant Project. It outlines 12 inspection items to be tested, including raw material quality, welding, heat treatment, painting, and a final inspection. The acceptance criteria and inspection references are provided for each test. The supervision method, quantity inspected, and remarks are also included to ensure all inspections meet the necessary standards and drawings.
2 cm-ms-bld-012 - roof fan & natural ventilatorMinh Bui Si
The document provides a method statement for installing roof fans and natural ventilators at the Cai Mep International Container Terminal building project. It outlines the preparation work, survey of fan locations, installation procedures including supporting structure installation and fan mounting, testing plans, safety and environmental protection measures, and management roles and responsibilities. Appendices include work schedules, inspection and testing plans, forms, checklists, and a test report template.
The document discusses design for manufacturing considerations for a plastic part called a TQC ST CAP. It provides specifications for the part and proposed mold. It then lists a number of DFM checklist points relating to the gate location, parting line, ejector pins, draft angles, undercuts and how to address them through design changes such as adding material or changing radii. Each point is then marked as accepted or pending response from the customer.
QA-QC WELDING & NDT Inspector for poland updatedSantosh Gurajada
This curriculum vitae summarizes the qualifications and work experience of Gurajada Santosh Brahmaji. He has over 12 years of experience as a welding and NDT inspector working for various companies in Europe, the Middle East, and Asia. He holds numerous technical certifications including Certified Welding Inspector from TWI and ASNT Level II certifications in various NDT methods. His experience includes inspection, testing, documentation and ensuring quality control requirements for large industrial projects.
The document provides procedures for applying a neoprene coating to riser pipes, clamps, and field joints for the Umm Al Dalakh Field Early Production Scheme project. It outlines materials requirements, including that the neoprene coating must withstand temperatures from -100°C to +92°C and have a minimum design life of 40 years. It also describes surface preparation, application of primer and coating, inspection and testing requirements, and addresses handling, storage, and potential repairs. Prequalification tests are specified to ensure the coating meets project specifications.
SixPack provides batteries and battery solutions that comply with various industry certifications and safety standards. It has a strong engineering team that designs batteries and battery management systems to meet customer needs. SixPack uses rigorous quality control processes and advanced production equipment to manufacture high-quality batteries.
Nitin Lonkar is applying for the position of Piping Stress Engineer with over 13 years of experience in oil & gas, petrochemical, power and manufacturing industries. He has extensive experience performing piping stress analysis and design using CAESAR II software. Some of his project experience includes projects for BP Exploration, ZADCO, Gazprom, and Dong Chemical. He is seeking a challenging position where he can contribute to an organization with his technical skills and experience in piping stress analysis and design.
This document provides the design and calculations for an impressed current cathodic protection system for an offshore pipeline and underground plant piping. It includes definitions, location data of the pipeline, design concepts, calculation methods, formulas used, and considerations for interference mitigation. The cathodic protection system will use mixed metal oxide anodes in a deep well groundbed configuration to provide corrosion protection for the pipeline and meet criteria for protective potentials outlined in relevant standards.
This document provides the design and calculation of an impressed current cathodic protection system for the Gunung Megang - Singa gas compression and pipeline facility in Indonesia. It outlines the pipeline details and location data, design concepts, calculation methods, and considerations for interference mitigation. The cathodic protection system will utilize mixed metal oxide anodes in a deep well groundbed configuration to protect the coated pipelines and achieve a protective potential between -900mV and -1,050mV. Calculations will be performed to determine surface area, current requirements, anode quantities, groundbed and cable resistances, transformer-rectifier output capacity, and potential attenuation. Mitigation of interference on neighboring pipelines will also be addressed.
This document contains Ahmed Saad's personal and professional details. It lists his name, contact information, education qualifications from Suez Canal University in metallurgy and materials engineering, languages spoken and computer skills. It then details his 8 years of experience in quality control, welding and non-destructive testing roles for various construction projects in Egypt, Algeria and power plants. His responsibilities included inspection, testing, documentation and ensuring welding and installation met code requirements.
This document provides a summary of Santhosh Kumar B's qualifications and work experience. He has over 20 years of experience in welding inspection, training, and quality assurance. Some of his roles include welding lecturer and examiner at TWI India Pvt Ltd, manager of mechanical inspection at NCC Ltd, and surveyor of quality services at Tata Projects Ltd. He has extensive experience inspecting welded structures, pipes, pressure vessels, and other fabricated equipment in accordance with international codes and standards.
Similar to ASSET 11 STORM NETWORK DEC '14 ASSETS ON (20)
1. 15.0
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BRIDG
Sub Station
Rev Description Prep ChkdAppdDate
Client
Design Consultant
Project
Stage
Title
Scale
Checked Approved Date
Drawing No. Rev
Prepared
Job No.
10001-JB-11-PRE-0401 A
Jan '15PHW.FN.C
NTS 10001
SHEET 1 OF 8
INDEX PLAN OF ASSET 11
STORM SEWER
PRELIMINARY DESIGN
DIYAR AL MUHARRAQ
PRIORITY WORKS
PRIMARY INFRASTRUCTURE
LEGEND:
PROPOSED MANHOLE shown thus
PROPOSED PIPELINE shown thus
SECTION No. & DIRECTION
shown thus
PROPOSED PIPELINE within Asset
under seperate contract shown thus
Notes
1. This Drawing is to be read in conjunction with all other relevant
documentation.
2. Do not scale from this drawing, use only printed dimensions.
3. All dimensions in millimetres, all chainages, levels and coordinates
are in metres unless defined otherwise.
4. This drawing is to be read in conjunction with the project Health and
Safety File for any identified potential risks.
5. All materials to be approved by EWA/SEPPD prior to installation.
6. Installation to be in accordance with SEPPD standards and best
practices and in accordance with the utility cross sections.
7. All works to be carried out by a SEPPD approved contractor.
8. Pipe diameters up to 450mm, shall be of uPVC.
9. Pipe diameters above 450mm, shall be of GRP material.
10. Minimum clear cover from finish grade level to the top of pipe shall
be minimum 1200mm.
No.10
A Draft Issue for Review N.C W.F W.F Jan '15
No.29
No.19
22A-OUTFALL-6
No.1
ASSET 12A
ASSET 25
ASSET 12B
ASSET 22B
ASSET 22A
ASSET 23A
ASSET 13A
ASSET 13B
No.2
No.6
No.7
No.4
No.4
No.16 No.14
No.8
No.9
ASSET 23B
No.13
No.12
No.10
No.11
No.27
No.28
No.17
No.18
No.31
No.26
No.30
No.19
No.19
No.19
No.25
No.22
No.23
No.21
No.24
No.32
No.33
No.34
No.35
No.36
ASSET 24B
ASSET 24A
ASSET 26
ASSET 15 ASSET 16C
ASSET 14B
ASSET 14A
10001-JB-11-PRE-0402
10001-JB-11-PRE-0403
10001-JB-11-PRE-0404
10001-JB-11-PRE-0406
10001-JB-11-PRE-0407
10001-JB-11-PRE-0405
10001-JB-11-PRE-0408
10001-JB-11-PRE-0409
2. Sub Station
Rev Description Prep ChkdAppdDate
Client
Design Consultant
Project
Stage
Title
Scale
Checked Approved Date
Drawing No. Rev
Prepared
Job No.
10001-JB-11-PRE-0402 A
Jan '15PHW.FN.C
1:2000@A1 10001
SHEET 1 OF 8
LAYOUT PLAN OF ASSET 11
STORM SEWER
PRELIMINARY DESIGN
DIYAR AL MUHARRAQ
PRIORITY WORKS
PRIMARY INFRASTRUCTURE
No.1
No.2
No.6
22A-OUTFALL-6
LEGEND:
PROPOSED MANHOLE shown thus
PROPOSED PIPELINE shown thus
SECTION No. & DIRECTION
shown thus
PROPOSED PIPELINE within Asset
under seperate contract shown thus
Notes
1. This Drawing is to be read in conjunction with all other relevant
documentation.
2. Do not scale from this drawing, use only printed dimensions.
3. All dimensions in millimetres, all chainages, levels and coordinates
are in metres unless defined otherwise.
4. This drawing is to be read in conjunction with the project Health and
Safety File for any identified potential risks.
5. All materials to be approved by EWA/SEPPD prior to installation.
6. Installation to be in accordance with SEPPD standards and best
practices and in accordance with the utility cross sections.
7. All works to be carried out by a SEPPD approved contractor.
8. Pipe diameters up to 450mm, shall be of uPVC.
9. Pipe diameters above 450mm, shall be of GRP material.
10. Minimum clear cover from finish grade level to the top of pipe shall
be minimum 1200mm.
No.10
No.5
A Draft Issue for Review N.C W.F W.F Jan '15
ASSET 22A
ASSET 22B
No.27
No.4
No.18
No.17
3. Rev Description Prep ChkdAppdDate
Client
Design Consultant
Project
Stage
Title
Scale
Checked Approved Date
Drawing No. Rev
Prepared
Job No.
10001-JB-11-PRE-0403 A
Jan '15PHW.FN.C
1:2000@A1 10001
SHEET 2 OF 8
LAYOUT PLAN OF ASSET 11
STORM SEWER
PRELIMINARY DESIGN
DIYAR AL MUHARRAQ
PRIORITY WORKS
PRIMARY INFRASTRUCTURE
No.16
No.14
No.9
No.7
OUTFALL NO. 4OUTFALL NO. 3 OUTFALL NO. 5
No.15
No.10
No.8
No.4
No.12
No.11
LEGEND:
PROPOSED MANHOLE shown thus
PROPOSED PIPELINE shown thus
SECTION No. & DIRECTION
shown thus
PROPOSED PIPELINE within Asset
under seperate contract shown thus
Notes
1. This Drawing is to be read in conjunction with all other relevant
documentation.
2. Do not scale from this drawing, use only printed dimensions.
3. All dimensions in millimetres, all chainages, levels and coordinates
are in metres unless defined otherwise.
4. This drawing is to be read in conjunction with the project Health and
Safety File for any identified potential risks.
5. All materials to be approved by EWA/SEPPD prior to installation.
6. Installation to be in accordance with SEPPD standards and best
practices and in accordance with the utility cross sections.
7. All works to be carried out by a SEPPD approved contractor.
8. Pipe diameters up to 450mm, shall be of uPVC.
9. Pipe diameters above 450mm, shall be of GRP material.
10. Minimum clear cover from finish grade level to the top of pipe shall
be minimum 1200mm.
No.10
A Draft Issue for Review N.C W.F W.F Jan '15
ASSET 12A
ASSET 12B
No.7
No.19
No.4
No.18
FUTURE 600mm
FROM ASSET 12A
FUTURE 800mm
FROM ASSET 12A
FUTURE 1000mm
FROM ASSET 12A
FUTURE 1000mm
FROM ASSET 12A
FUTURE 800mm
FROM ASSET 12A
4. IN
OUT
Rev Description Prep ChkdAppdDate
Client
Design Consultant
Project
Stage
Title
Scale
Checked Approved Date
Drawing No. Rev
Prepared
Job No.
10001-JB-11-PRE-0404 A
Jan '15PHW.FN.C
1:2000@A1 10001
SHEET 3 OF 8
LAYOUT PLAN OF ASSET 11
STORM SEWER
PRELIMINARY DESIGN
DIYAR AL MUHARRAQ
PRIORITY WORKS
PRIMARY INFRASTRUCTURE
No.9
No.13
No.12
No.11
OUTFALL NO. 4
OUTFALL NO. 6
No.10
OUTFALL NO. 5
No.14 No.15
LEGEND:
PROPOSED MANHOLE shown thus
PROPOSED PIPELINE shown thus
SECTION No. & DIRECTION
shown thus
PROPOSED PIPELINE within Asset
under seperate contract shown thus
Notes
1. This Drawing is to be read in conjunction with all other relevant
documentation.
2. Do not scale from this drawing, use only printed dimensions.
3. All dimensions in millimetres, all chainages, levels and coordinates
are in metres unless defined otherwise.
4. This drawing is to be read in conjunction with the project Health and
Safety File for any identified potential risks.
5. All materials to be approved by EWA/SEPPD prior to installation.
6. Installation to be in accordance with SEPPD standards and best
practices and in accordance with the utility cross sections.
7. All works to be carried out by a SEPPD approved contractor.
8. Pipe diameters up to 450mm, shall be of uPVC.
9. Pipe diameters above 450mm, shall be of GRP material.
10. Minimum clear cover from finish grade level to the top of pipe shall
be minimum 1200mm.
No.10
A Draft Issue for Review N.C W.F W.F Jan '15
ASSET 12A
ASSET 12B
ASSET 14A
SARAT
FUTURE 800mm
FROM ASSET 12A
FUTURE 1000mm
FROM ASSET 12A
FUTURE 300mm
FROM ASSET 12A
FUTURE 1200mm
FROM ASSET 12A
5. Rev Description Prep ChkdAppdDate
Client
Design Consultant
Project
Stage
Title
Scale
Checked Approved Date
Drawing No. Rev
Prepared
Job No.
10001-JB-11-PRE-0405 -
Jan '15PHW.FN.C
1:2000@A1 10001
SHEET 4 OF 8
LAYOUT PLAN OF ASSET 11
STORM SEWER
PRELIMINARY DESIGN
DIYAR AL MUHARRAQ
PRIORITY WORKS
PRIMARY INFRASTRUCTURE
No.7
No.20
No.8
No.11
No.9
No.10
No.4
LEGEND:
PROPOSED MANHOLE shown thus
PROPOSED PIPELINE shown thus
SECTION No. & DIRECTION
shown thus
PROPOSED PIPELINE within Asset
under seperate contract shown thus
Notes
1. This Drawing is to be read in conjunction with all other relevant
documentation.
2. Do not scale from this drawing, use only printed dimensions.
3. All dimensions in millimetres, all chainages, levels and coordinates
are in metres unless defined otherwise.
4. This drawing is to be read in conjunction with the project Health and
Safety File for any identified potential risks.
5. All materials to be approved by EWA/SEPPD prior to installation.
6. Installation to be in accordance with SEPPD standards and best
practices and in accordance with the utility cross sections.
7. All works to be carried out by a SEPPD approved contractor.
8. Pipe diameters up to 450mm, shall be of uPVC.
9. Pipe diameters above 450mm, shall be of GRP material.
10. Minimum clear cover from finish grade level to the top of pipe shall
be minimum 1200mm.
No.10
No.4
No.19
A Draft Issue for Review N.C W.F W.F Jan '15
ASSET 12B
ASSET 13A
ASSET 12A
No.18
FUTURE 400mm
FROM ASSET 12B
FUTURE 600mm
FROM ASSET 12B
FUTURE 300mm
FROM ASSET 12B
FUTURE 600mm
FROM ASSET 12B
FUTURE 600mm
FROM ASSET 12B
FUTURE 300mm
FROM ASSET 12B
FUTURE 800mm
FROM ASSET 12B
6. 15.00
OF10
Rev Description Prep ChkdAppdDate
Client
Design Consultant
Project
Stage
Title
Scale
Checked Approved Date
Drawing No. Rev
Prepared
Job No.
10001-JB-11-PRE-0406 A
Jan '15PHW.FN.C
1:2000@A1 10001
SHEET 5 OF 8
LAYOUT PLAN OF ASSET 11
STORM SEWER
PRELIMINARY DESIGN
DIYAR AL MUHARRAQ
PRIORITY WORKS
PRIMARY INFRASTRUCTURE
No.28
No.31
No.29
LEGEND:
PROPOSED MANHOLE shown thus
PROPOSED PIPELINE shown thus
SECTION No. & DIRECTION
shown thus
PROPOSED PIPELINE within Asset
under seperate contract shown thus
Notes
1. This Drawing is to be read in conjunction with all other relevant
documentation.
2. Do not scale from this drawing, use only printed dimensions.
3. All dimensions in millimetres, all chainages, levels and coordinates
are in metres unless defined otherwise.
4. This drawing is to be read in conjunction with the project Health and
Safety File for any identified potential risks.
5. All materials to be approved by EWA/SEPPD prior to installation.
6. Installation to be in accordance with SEPPD standards and best
practices and in accordance with the utility cross sections.
7. All works to be carried out by a SEPPD approved contractor.
8. Pipe diameters up to 450mm, shall be of uPVC.
9. Pipe diameters above 450mm, shall be of GRP material.
10. Minimum clear cover from finish grade level to the top of pipe shall
be minimum 1200mm.
No.10
No.18
No.19
No.26
No.27
No.17
No.30
No.19
OUTFALL No. 10
A Draft Issue for Review N.C W.F W.F Jan '15
ASSET 23A
ASSET 24A
ASSET 22B
ASSET 23B
FUTURE 800mm
FROM ASSET 23A
FUTURE 800mm
FROM ASSET 22B
FUTURE 1600mm
FROM ASSET 24B
TO OUTFALL No. 13
7. OF09
OF10
Rev Description Prep ChkdAppdDate
Client
Design Consultant
Project
Stage
Title
Scale
Checked Approved Date
Drawing No. Rev
Prepared
Job No.
10001-JB-11-PRE-0407 A
Jan '15PHW.FN.C
1:2000@A1 10001
SHEET 6 OF 8
LAYOUT PLAN OF ASSET 11
STORM SEWER
PRELIMINARY DESIGN
DIYAR AL MUHARRAQ
PRIORITY WORKS
PRIMARY INFRASTRUCTURE
No.21
No.24
No.19
No.25
LEGEND:
PROPOSED MANHOLE shown thus
PROPOSED PIPELINE shown thus
SECTION No. & DIRECTION
shown thus
PROPOSED PIPELINE within Asset
under seperate contract shown thus
Notes
1. This Drawing is to be read in conjunction with all other relevant
documentation.
2. Do not scale from this drawing, use only printed dimensions.
3. All dimensions in millimetres, all chainages, levels and coordinates
are in metres unless defined otherwise.
4. This drawing is to be read in conjunction with the project Health and
Safety File for any identified potential risks.
5. All materials to be approved by EWA/SEPPD prior to installation.
6. Installation to be in accordance with SEPPD standards and best
practices and in accordance with the utility cross sections.
7. All works to be carried out by a SEPPD approved contractor.
8. Pipe diameters up to 450mm, shall be of uPVC.
9. Pipe diameters above 450mm, shall be of GRP material.
10. Minimum clear cover from finish grade level to the top of pipe shall
be minimum 1200mm.
No.10
No.22
No.23
No.11
No.26
No.19
A Draft Issue for Review N.C W.F W.F Jan '15
ASSET 13A ASSET 14A
ASSET 13B
ASSET 23A
ASSET 23B
FUTURE 600mm
FROM ASSET 13A
FUTURE 800mm
FROM ASSET 13A
FUTURE 800mm
FROM ASSET 13A
8. BRI
Rev Description Prep ChkdAppdDate
Client
Design Consultant
Project
Stage
Title
Scale
Checked Approved Date
Drawing No. Rev
Prepared
Job No.
10001-JB-11-PRE-0408 A
Jan '15PHW.FN.C
1:2000@A1 10001
SHEET 7 OF 8
LAYOUT PLAN OF ASSET 11
STORM SEWER
PRELIMINARY DESIGN
DIYAR AL MUHARRAQ
PRIORITY WORKS
PRIMARY INFRASTRUCTURE
No.32
LEGEND:
PROPOSED MANHOLE shown thus
PROPOSED PIPELINE shown thus
SECTION No. & DIRECTION
shown thus
PROPOSED PIPELINE within Asset
under seperate contract shown thus
Notes
1. This Drawing is to be read in conjunction with all other relevant
documentation.
2. Do not scale from this drawing, use only printed dimensions.
3. All dimensions in millimetres, all chainages, levels and coordinates
are in metres unless defined otherwise.
4. This drawing is to be read in conjunction with the project Health and
Safety File for any identified potential risks.
5. All materials to be approved by EWA/SEPPD prior to installation.
6. Installation to be in accordance with SEPPD standards and best
practices and in accordance with the utility cross sections.
7. All works to be carried out by a SEPPD approved contractor.
8. Pipe diameters up to 450mm, shall be of uPVC.
9. Pipe diameters above 450mm, shall be of GRP material.
10. Minimum clear cover from finish grade level to the top of pipe shall
be minimum 1200mm.
No.10
OUTFALL No. 11
OUTFALL No. 24
No.33
No.34
OUTFALL No. 23
OUTFALL No. 16
A Draft Issue for Review N.C W.F W.F Jan '15
ASSET 25 ASSET 15ASSET 26
ASSET 27
ASSET 23B
9. Rev Description Prep ChkdAppdDate
Client
Design Consultant
Project
Stage
Title
Scale
Checked Approved Date
Drawing No. Rev
Prepared
Job No.
10001-JB-11-PRE-0409 A
Jan '15PHW.FN.C
1:2000@A1 10001
SHEET 8 OF 8
LAYOUT PLAN OF ASSET 11
STORM SEWER
PRELIMINARY DESIGN
DIYAR AL MUHARRAQ
PRIORITY WORKS
PRIMARY INFRASTRUCTURE
No.36
No.35
OUTFALL NO. 19
No.33
No.18
LEGEND:
PROPOSED MANHOLE shown thus
PROPOSED PIPELINE shown thus
SECTION No. & DIRECTION
shown thus
PROPOSED PIPELINE within Asset
under seperate contract shown thus
Notes
1. This Drawing is to be read in conjunction with all other relevant
documentation.
2. Do not scale from this drawing, use only printed dimensions.
3. All dimensions in millimetres, all chainages, levels and coordinates
are in metres unless defined otherwise.
4. This drawing is to be read in conjunction with the project Health and
Safety File for any identified potential risks.
5. All materials to be approved by EWA/SEPPD prior to installation.
6. Installation to be in accordance with SEPPD standards and best
practices and in accordance with the utility cross sections.
7. All works to be carried out by a SEPPD approved contractor.
8. Pipe diameters up to 450mm, shall be of uPVC.
9. Pipe diameters above 450mm, shall be of GRP material.
10. Minimum clear cover from finish grade level to the top of pipe shall
be minimum 1200mm.
No.10
OUTFALL NO. 23
OUTFALL NO.8
A Draft Issue for Review N.C W.F W.F Jan '15
PIPELINE PART OP ASSET 16A
ASSET 15 ASSET 16A
ASSET 16B
ASSET 13B
FUTURE PIPELINE
FROM ASSET 16A
10. Client
Design Consultant
Project
Stage
Title
Scale
Checked Approved Date
Drawing No. Rev
Prepared
Job No.
10001-JB-11-PRE-0410 A
Jan '15PHW.FN.C
As Shown@A1 10001
SHEET 1 OF 6
SECTIONS
STORM SEWER ASSET 11
PRELIMINARY DESIGN
DIYAR AL MUHARRAQ
PRIORITY WORKS
PRIMARY INFRASTRUCTURE
Rev Description Prep ChkdAppdDate
SCALE = 1:2000 HORIZONTAL
1:200 VERTICAL
LEGEND:
PROPOSED MANHOLE shown thus
PROPOSED PIPELINE shown thus
PROPOSED GROUND LEVEL shown thus
EXISTING GROUND LEVEL Shown thus
22A-S-No.
Notes
1. This Drawing is to be read in conjunction with all other relevant
documentation.
2. Do not scale from this drawing, use only printed dimensions.
3. All dimensions in millimetres, all chainages, levels and coordinates
are in metres unless defined otherwise.
4. This drawing is to be read in conjunction with the project Health and
Safety File for any identified potential risks.
5. Pipe diameters up to 450mm, shall be of uPVC.
6. Pipe diameters above 450mm, shall be of GRP material.
7. Minimum clear cover from finish grade level to the top of pipe shall
be minimum 1200mm.
A Draft Issue for Review N.C W.F W.F Jan '15
11. Client
Design Consultant
Project
Stage
Title
Scale
Checked Approved Date
Drawing No. Rev
Prepared
Job No.
10001-JB-11-PRE-0411 A
Jan '15PHW.FN.C
As Shown@A1 10001
SHEET 2 OF 6
SECTIONS
STORM SEWER ASSET 11
PRELIMINARY DESIGN
DIYAR AL MUHARRAQ
PRIORITY WORKS
PRIMARY INFRASTRUCTURE
Rev Description Prep ChkdAppdDate
SCALE = 1:2000 HORIZONTAL
1:200 VERTICAL
LEGEND:
PROPOSED MANHOLE shown thus
PROPOSED PIPELINE shown thus
PROPOSED GROUND LEVEL shown thus
EXISTING GROUND LEVEL Shown thus
22A-S-No.
Notes
1. This Drawing is to be read in conjunction with all other relevant
documentation.
2. Do not scale from this drawing, use only printed dimensions.
3. All dimensions in millimetres, all chainages, levels and coordinates
are in metres unless defined otherwise.
4. This drawing is to be read in conjunction with the project Health and
Safety File for any identified potential risks.
5. Pipe diameters up to 450mm, shall be of uPVC.
6. Pipe diameters above 450mm, shall be of GRP material.
7. Minimum clear cover from finish grade level to the top of pipe shall
be minimum 1200mm.
A Draft Issue for Review N.C W.F W.F Jan '15
12. Client
Design Consultant
Project
Stage
Title
Scale
Checked Approved Date
Drawing No. Rev
Prepared
Job No.
10001-JB-11-PRE-0412 A
Jan '15PHW.FN.C
As Shown@A1 10001
SHEET 3 OF 6
SECTIONS
STORM SEWER ASSET 11
PRELIMINARY DESIGN
DIYAR AL MUHARRAQ
PRIORITY WORKS
PRIMARY INFRASTRUCTURE
Rev Description Prep ChkdAppdDate
SCALE = 1:2000 HORIZONTAL
1:200 VERTICAL
LEGEND:
PROPOSED MANHOLE shown thus
PROPOSED PIPELINE shown thus
PROPOSED GROUND LEVEL shown thus
EXISTING GROUND LEVEL Shown thus
22A-S-No.
Notes
1. This Drawing is to be read in conjunction with all other relevant
documentation.
2. Do not scale from this drawing, use only printed dimensions.
3. All dimensions in millimetres, all chainages, levels and coordinates
are in metres unless defined otherwise.
4. This drawing is to be read in conjunction with the project Health and
Safety File for any identified potential risks.
5. Pipe diameters up to 450mm, shall be of uPVC.
6. Pipe diameters above 450mm, shall be of GRP material.
7. Minimum clear cover from finish grade level to the top of pipe shall
be minimum 1200mm.
A Draft Issue for Review N.C W.F W.F Jan '15
13. Client
Design Consultant
Project
Stage
Title
Scale
Checked Approved Date
Drawing No. Rev
Prepared
Job No.
10001-JB-11-PRE-0413 A
Jan '15PHW.FN.C
As Shown@A1 10001
SHEET 4 OF 6
SECTIONS
STORM SEWER ASSET 11
PRELIMINARY DESIGN
DIYAR AL MUHARRAQ
PRIORITY WORKS
PRIMARY INFRASTRUCTURE
Rev Description Prep ChkdAppdDate
SCALE = 1:2000 HORIZONTAL
1:200 VERTICAL
LEGEND:
PROPOSED MANHOLE shown thus
PROPOSED PIPELINE shown thus
PROPOSED GROUND LEVEL shown thus
EXISTING GROUND LEVEL Shown thus
22A-S-No.
Notes
1. This Drawing is to be read in conjunction with all other relevant
documentation.
2. Do not scale from this drawing, use only printed dimensions.
3. All dimensions in millimetres, all chainages, levels and coordinates
are in metres unless defined otherwise.
4. This drawing is to be read in conjunction with the project Health and
Safety File for any identified potential risks.
5. Pipe diameters up to 450mm, shall be of uPVC.
6. Pipe diameters above 450mm, shall be of GRP material.
7. Minimum clear cover from finish grade level to the top of pipe shall
be minimum 1200mm.
A Draft Issue for Review N.C W.F W.F Jan '15
14. Client
Design Consultant
Project
Stage
Title
Scale
Checked Approved Date
Drawing No. Rev
Prepared
Job No.
10001-JB-11-PRE-0414 A
Jan '15PHW.FN.C
As Shown@A1 10001
SHEET 5 OF 6
SECTIONS
STORM SEWER ASSET 11
PRELIMINARY DESIGN
DIYAR AL MUHARRAQ
PRIORITY WORKS
PRIMARY INFRASTRUCTURE
Rev Description Prep ChkdAppdDate
SCALE = 1:2000 HORIZONTAL
1:200 VERTICAL
LEGEND:
PROPOSED MANHOLE shown thus
PROPOSED PIPELINE shown thus
PROPOSED GROUND LEVEL shown thus
EXISTING GROUND LEVEL Shown thus
22A-S-No.
Notes
1. This Drawing is to be read in conjunction with all other relevant
documentation.
2. Do not scale from this drawing, use only printed dimensions.
3. All dimensions in millimetres, all chainages, levels and coordinates
are in metres unless defined otherwise.
4. This drawing is to be read in conjunction with the project Health and
Safety File for any identified potential risks.
5. Pipe diameters up to 450mm, shall be of uPVC.
6. Pipe diameters above 450mm, shall be of GRP material.
7. Minimum clear cover from finish grade level to the top of pipe shall
be minimum 1200mm.
A Draft Issue for Review N.C W.F W.F Jan '15
15. Client
Design Consultant
Project
Stage
Title
Scale
Checked Approved Date
Drawing No. Rev
Prepared
Job No.
10001-JB-11-PRE-0415 A
Jan '15PHW.FN.C
As Shown@A1 10001
SHEET 6 OF 6
SECTIONS
STORM SEWER ASSET 11
PRELIMINARY DESIGN
DIYAR AL MUHARRAQ
PRIORITY WORKS
PRIMARY INFRASTRUCTURE
Rev Description Prep ChkdAppdDate
SCALE = 1:2000 HORIZONTAL
1:200 VERTICAL
LEGEND:
PROPOSED MANHOLE shown thus
PROPOSED PIPELINE shown thus
PROPOSED GROUND LEVEL shown thus
EXISTING GROUND LEVEL Shown thus
22A-S-No.
Notes
1. This Drawing is to be read in conjunction with all other relevant
documentation.
2. Do not scale from this drawing, use only printed dimensions.
3. All dimensions in millimetres, all chainages, levels and coordinates
are in metres unless defined otherwise.
4. This drawing is to be read in conjunction with the project Health and
Safety File for any identified potential risks.
5. Pipe diameters up to 450mm, shall be of uPVC.
6. Pipe diameters above 450mm, shall be of GRP material.
7. Minimum clear cover from finish grade level to the top of pipe shall
be minimum 1200mm.
A Draft Issue for Review N.C W.F W.F Jan '15
16. 150 500 150
150
150
150
150850100150
150
HEAVY DUTY GRADE A END HINGED GRATING
AND FRAME TO BS497, DUCTILE OR CAST IRON,
CLEAR OPENING 385x317. BACKED WITH C45/20
CONCRETE.
CONCRETE SURROUND FLEXIBLY JOINTED.
WITH 390x320 CLEAR OPENING ACCESS HOLE.
150 CONCRETE SURROUND (C45/20) TO POLYPROPYLENE
GULLY, OR PRECAST CONCRETE GULLY.
150 CONCRETE SURROUND (C45/20) TO PRECAST
CONCRETE GULLY.
Rev Description Prep ChkdAppdDate
Client
Design Consultant
Project
Stage
Title
Scale
Checked Approved Date
Drawing No. Rev
Prepared
Job No.
Notes
1. This Drawing is to be read in conjunction with all other relevant
documentation.
2. Do not scale from this drawing, use only printed dimensions.
3. All dimensions in millimetres, all chainages, levels and coordinates
are in metres unless defined otherwise.
4. This drawing is to be read in conjunction with the project Health and
Safety File for any identified potential risks.
5. Pipe diameters up to 450mm, shall be of uPVC.
6. Pipe diameters above 450mm, shall be of GRP material.
7. Minimum clear cover from finish grade level to the top of pipe shall
be minimum 1200mm.
A Draft Issue for Review N.C W.F W.F DEC '14
10001-JB-22A-PRE-0416 A
DEC '14PHW.FN.C
1:2000@A1 10001
OF ASSET 11
REPORT & GULLY DETAILS
STORM SEWER MANHOLE
PRELIMINARY DESIGN
DIYAR AL MUHARRAQ
PRIORITY WORKS
PRIMARY INFRASTRUCTURE
17. 1:30 CROSSFALL
2001000200 250250
50
POSITION OF
ACCESS HOLE
HALF ROUND CHANNEL
1000 G POLYTHENE SHEET
250 1400 250
3000Max.300
MASTIC SEALANT 50x25mm THICK
WITH BOND BREAKER
MEMBRANE TOUNDRESIDE ONLY
RTR LINER IN ACCORDANCE WITH
SECTION 'F' OF THE SPECIFICATION
200
REINFORCEMENT BAR
MEDIUM OR HEAVY DUTY CAST IRON
COVER AND FRAME WITH RTR SEALING PLATE
ROAD LEVEL (PAVED AREAS)
COVER LEVEL -5
ROAD LEVEL (UNPAVED AREAS)
COVER LEVEL -50
GROUND LEVEL (OPEN AREAS)
COVER LEVEL -150
CONCRETE HAUNCH
GRADE C 45/20
PRECAST COVER SUPPORT PAINTED
INTERNALLY WITH EPOXY MORTAR
800
10mm THICK
EPOXY MORTAR
250mm THICK
CONCRETE WALL (C45/20)
CONCRETE BLINDING 50mm THICK
PAINT PROTECTION IN
ACCORDANCE WITH SECTION G
OF THE SPECIFICATION (TABLE G1)
BENCHING TO BE C45/20
CONCRETE FINISHED WITH
10mm THICK EPOXY MORTAR
3-3 T16-180 B
5 T16 145 B
5 T16 145 B
5 T16-145 B
1+4 T16-145 B
4 T16 TRIMMER BARS
310800790
550
1900
550 800
STORM
WATER
STO
R
M
W
ATER
STO
R
M
W
ATER
STO
R
M
W
ATER
STO
R
M
W
ATER
10 THICK EPOXY MORTAR
200 THICK CONCRETE WALL
(C45/20)
HALF ROUND CHANNEL
1000 G POLYTHENE SHEET
CONCRETE BLINDING 50 THICK
PAINT PROTECTION IN
ACCORDANCE WITH SECTION
G OF THE SPECIFICATION (TABLE G1)
200 800 200
2000Max.250
50
MEDIUM OR HEAVY DUTY CAST IRON
COVER AND FRAME WITH RTR SEALING PLATE
ROAD LEVEL (PAVED AREAS)
COVER LEVEL -5
ROAD LEVEL (UNPAVED AREAS)
COVER LEVEL -50
GROUND LEVEL (OPEN AREAS)
COVER LEVEL -150
CONCRETE HAUNCH
GRADE C 45/20
PRECAST COVER SUPPORT PAINTED
INTERNALLY WITH EPOXY MORTAR
1:30 CROSSFALL
1200
50 50
1:30 CROSSFALL
1001000100 250250
50
POSITION OF
ACCESS HOLE
3-3 T20-100 B
4 T20-200 B
4 T20-200 B
4 T20-200 B
1+5 T20-100 B
4 T20 TRIMMER BARS
300800600
450 450
1700
10mm THICK
EPOXY MORTAR
250mm THICK
CONCRETE WALL (C45/20)
HALF ROUND CHANNEL
1000 G POLYTHENE SHEET
CONCRETE BLINDING 50mm THICK
PAINT PROTECTION IN
ACCORDANCE WITH SECTION G
OF THE SPECIFICATION (TABLE G1)
250 1200 250
3000Max.300
BENCHING TO BE C45/20
CONCRETE FINISHED WITH
10mm THICK EPOXY MORTAR
MASTIC SEALANT 50x25 THICK WITH
BOND BREAKER MEMBRANE TO
UNDRESIDE ONLY
RTR LINER IN ACCORDANCE WITH
SECTION 'F' OF THE SPECIFICATION
200
REINFORCEMENT BAR
MEDIUM OR HEAVY DUTY CAST IRON
COVER AND FRAME WITH RTR SEALING PLATE
ROAD LEVEL (PAVED AREAS)
COVER LEVEL -5
ROAD LEVEL (UNPAVED AREAS)
COVER LEVEL -50
GROUND LEVEL (OPEN AREAS)
COVER LEVEL -150
CONCRETE HAUNCH
GRADE C 45/20
PRECAST COVER SUPPORT
PAINTED INTERNALLY WITH
EPOXY MORTAR
800
CHAMBER TYPE - D
(SCALE 1:20)
(SCALE 1:20)
CHAMBER TYPE - G(SCALE-1:20)
(SCALE 1:10)
(SCALE 1:10)
(SCALE 1:10)
(SCALE 1:20)
(SCALE 1:20)
(SCALE 1:20)
(SCALE-1:20)
CHAMBER TYPE - F
(SCALE 1:20)
Rev Description Prep ChkdAppdDate
Client
Design Consultant
Project
Stage
Title
Scale
Checked Approved Date
Drawing No. Rev
Prepared
Job No.
10001-JB-11-PRE-0417 A
DEC '14PHW.FN.C
1:20@A1 10001
& COVER TYPES OF ASSET 11
CHAMBER DETAILS TYPE D,F & G
STORM SEWER MANHOLE
PRELIMINARY DESIGN
DIYAR AL MUHARRAQ
PRIORITY WORKS
PRIMARY INFRASTRUCTURE
Notes
1. This Drawing is to be read in conjunction with all other relevant
documentation.
2. Do not scale from this drawing, use only printed dimensions.
3. All dimensions in millimetres, all chainages, levels and coordinates
are in metres unless defined otherwise.
4. This drawing is to be read in conjunction with the project Health and
Safety File for any identified potential risks.
5. Pipe diameters up to 450mm, shall be of uPVC.
6. Pipe diameters above 450mm, shall be of GRP material.
7. Minimum clear cover from finish grade level to the top of pipe shall
be minimum 1200mm.
A Draft Issue for Review N.C W.F W.F DEC '14