Dash Training Programs 292z

ABOUT DASH  The company mission is to do and excel the requirement of clients in all Activities DASH is into. Dash is committed towards excellence in providing services and has enormous technological and strategic tie ups works wide for conducting all functions in time  Established in New Jersey, USA in 2000  Active worldwide in more than 27 countries

Our Services  Engineering  Projects  Inspection  Design  Training  Certification Service is our Success

API 510 Course Content:  Terminology  Overview: API -510, Pressure Vessel Inspection Code.  Introduction  Scope and General Information  Design, Inspection Methods  Deterioration and Failure Modes  Case studies in Pressure Vessel Failures  Periodic Inspection Requirements  Inspection, Repair, Alternation and Reconstruction  Welding Metallurgy : Brittle Fracture  Guide for Inspection of Refinery Equipment, API- 571, 572, 576 & 575  ASME Section V, ASME Section VIII, Div.1  Overview: ASME Section IX Report Writing

Course Fee: AED 11000/ Per Person Service is our Success

API 653 Major Topics Introduction In-depth discussion of: API Standard 650 API Standard 653 API Document overview: API RP 575 API RP 651 API RP 652 API RP 571 –Items on Effectivity sheet API RP 577 ASME Documents overview: Section V, Articles 1,2,6,7 and 23(SE-797) Section IX ( Welding Qualifications Only)

Other Topics Welding Metallurgy Technical Report Writing Summary Brittle Fracture Tank Repair Construction Problems Nondestructive Testing Practice Exam

Course Fee: AED 11000/ Per Person

Service is our Success

API 570 Major Topics Introduction Piping Technology In-depth discussion of: API standard 650 API RP 574 API RP 578 API RP 577 API RP 571- Items on Effectivity Sheet ASME Document Overview: Section V, Articles 1, 2, 6, 7, 9, 10 and 23 (SE797 only) Section IX ( Welding & Brazing Qualifications)

Other Topics NDT Information Welding Process Welding Terminology Weld Discontinues Weld Metallurgy Technical report writing Summary Practice Exam

ASME B31.3 ASME B16.5

Course Fee: AED 11000/ Per Person Entry Requirements for API Examinations You must be employed by or under contract to an authorized inspection agency or owner/ agency as defined in API 653/ API 510/ API 570 You must have one of the following combinations of education and experience:

 BS in engineering or technology, with minimum of 1 year’s experience and skills in supervision or performance of inspection, activities of above ground storage tanks as described in API  Two- year degree or certificate in engineering or technology, with minimum of two years experience and skills in design, repair, construction, operation or inspection of above ground storage tanks, of which 1 year must be in supervision or performance of inspection activities as described in API  High school diploma or equivalent, with a minimum of 3 years experience and have the same skills as listed in item 2.  Have 5 or more years experience and same skills as listed in item 2.

Service is our Success

ASNT NDT Level-I & II Training Course Course Description This course gives a broad knowledge about In-Service inspection of pressure vessels and prepares students for the NDT (PT, MT, UT, RT)Exam. The course is an intensive 208 hrs (total). Course with special emphasis on the use of the related codes and calculations. This course content includes: Organization of the Code ASME Sec-V, API 5L

Class Participants Students should have some experience at However; participants who do not meet his requirement are also welcomed to attend this Training to further their knowledge in the related areas.

Notes This is an intense course with daily home work and final exam(NDT exam). A study guide is issued to direct participant’s pre-class study.

Who should ? Boiler & Pressure vessel inspection engineers and managers, Inspection personnel, Plant operating engineers and managers, who wish to appear for NDT examination. Maintenance engineers and technicians and people Involved in trouble shooting of plant operations.

Bring to Class Students should bring to class: a calculator, a straight edge(or triangle), pencils, highlighters, lots of questions, and a “CAN-DO” attitude. Also, participants must bring the appropriate codes required for the NDT exam.

NDT VT Inspector 24 HRS. Training Course Tentative Training Schedule VT Course Outline Service is our Success

 Fundamentals of light and lighting  Physiology of vision  Fundamentals of Imaging  Visual weld testing practices  Effect of fatigue  Fibre optic Bore Scopes  Documents of Visual testing  Analysis of visual testing DAY 1 and DAY2 1. Fundamentals, Vision and Light 2. Ambient conditions, Test object characteristics 3. Equipment Accessories, magnifiers/micro scopes 4. Mirrors, Dimensional, Bore scopes 5. Video systems, Machine Vision, Replication 6. Temperature indicating devices and materials 7. Chemical aids, Surface comparators 8. Lasers, Applications and Requirements 9. Raw materials, Primary process materials 10. ing processes, Fabricated components 11. In-service materials, Coatings 12. Other applications, Requirements 13. Variables Affecting Results of interpretation/ Evaluations 14. Equipment including type and intensity of light 15. Material including the variations of surface finish 16. Discontinuity 17. Determination of dimensions(i.e.: depth, width, length ,etc) 18. Sampling/scanning 19. Process for reporting visual discontinuities 20. Personnel (human factors) 21. Documentation

Training course objective     

Identifying various weld discontinuities Understanding the relevant welding technology related to visual inspection Understanding the need for documentation in welding Familiarity with codes and standards related to inspection requirements Carrying out inspection of parents materials and consumables Service is our Success

 Perform visual inspection of welds, report on them and assets their compliance with specified acceptance criteria  Gaining sufficient knowledge to successfully complete the CSWIP 3.0 Visual Welding Inspector examinations

Required codes for exam DAY 2  Purpose of the code  Scope of the code  Organization of the Code ASME Sec-V Article -6 & 24  Specification  Acceptance Standards Examination: i) General, ii) Specific, iii) Practical

NDT MT Inspector 40 HRS. Training Course Tentative Training Schedule DAY 1 & 2 1) Welcome & Introduction 2) Magnetic Particle Testing Fabrication Understanding the following key concepts  Introduction  Magnetic flux Detection of leakage field  Magnetic Materials Diamagnetic Metals Paramagnetic Metals Ferromagnetic Metals  Magnetic Field Service is our Success

Longitudinal & Circular Magnetic field  Field direction for flaw detection Yoke Method, Prod Method, Coil Method, Head Shot Method, Central Conductor Method  Magnetizing Current: Alternating Current, Half wave rectified Direct Current Full wave rectified Direct Current, Three phase rectified Direct Current  Magnetic field around a conductor revealed by iron poweders:  Coil method for Longitudinal magnetization  Magnetic Particles: Day Magnetic powder Fluorescent & Non-Fluorescent Wet Magnetic powder Fluorescent & Non –Fluorescent  Contamination of Fluorescent & Non- Fluorescent suspension  Pie Gauge/ Field indicator  Residual field meter  Magnetization of Irregularly Shaped Specimens  Demagnetization  Lighting for Magnetic Particle Testing Inspection Ultraviolet Light & Visible light UV meters & Lux Meter

Practical Examination DAY3 DAY 4 Day Magnetic powder Fluorescent & Non-Fluorescent Wet Magnetic powder Fluorescent & Non –Fluorescent  Yoke method Service is our Success

Knowledge of  Prod Method  Coil Method  Head shot Method  Central Conductor Method

Practical Examination DAY4 and DAY 5  Purpose of the Code  Scope of the Code  Organization of the Code ASME Sec-V Article-7 & 25  Specification SD-1186, SE-709  Acceptance Standards ASME Sec-VIII, Division-1, Appendix-6 Examination : i) General, ii) Specific, iii) Practical

NDT PT Inspector 24 HRS. Training Course Tentative Training Schedule DAY 1 Welcome & Introduction  Penetrant Testing Fabrication. Understand the following key concepts  Introduction  Physical principles  Description of the process  Penetrant systems Service is our Success

 





     

Water-washable system, Post- emulsifiable system, Solvent-removable system. Liquid-penetrant materials Visible-dye penetrant & Fluorescent penetrant Selection of penetrant system Water –washable Fluorescent Water- washable Visible- dye Post- emulsifiable Visible-Dye Solvent-removable Visible-Dye Emulsifiers Lipophilic Emulsifiers Hydrophilic Emulsifiers Developers Dry Powder Water- suspended Solvent suspended Water soluble Plastic film Penetrant time Selection of Penetrant-Test Method Advantages and disadvantages of different processes Equipment Requirements Lighting for Liquid – Penetrant Inspection Quality Control of Penetrant Test Materials

Practical Examination DAY 2      

Water- washable Fluorescent Testing Water- washable Visible- dye Testing Post-Emulsifible Fluorescent Testing Post- Emulsifiable Visible-dye Testing Solvent-removable Fluorescent Testing Solvent-removable Visible-dye Testing

Required codes for Exam DAY 3  Purpose of the Code  Scope of the Code  Organization of the code Service is our Success

ASME Sec-V Article-6&24  Specification SE-165, SE-1209, SE-1209, SE-1209  Acceptance Standards ASME Sec-VIII, Division -1, Appendix-8  Examination : i) General, ii) Specific, iii) Practical

NDT RT Inspector 80 HRS. Training Course Tentative Training Schedule DAY1 1) Welcome & Introduction 2) Radiographic Examination Fabrication Understanding the following key concepts  Non – Destructive Method Introduction Types of NDT Methods  Properties of Materials  Defects in Materials Casting Defects Forging Defects Welding Defects  Material defects & Failures in Service  X-Ray Technology X-Ray & Gamma Rays Production of X-Ray Special Industrial X-Ray Tubes  Radiation Sources Production of Radioisotopes Sources for Industrial Radiography Fabrication of Radiograph DAY2  Gamma Radiography Equipment Design Criteria for Exposure Devices Source Assemble Properties of Radiography Shielding Materials Service is our Success

 Photographic & Non Photographic Recording  Lead & Fluorescent Screens  Work Parameters and Conditions DAY3  Evaluation of Radiography Quality  Defect logy  Selection of radiography techniques  Radiographic Standards & Selection of Test Methods  Advances in Radiography DAY4  Basic mathematics  Basic Radiography Physics  Interaction of Radiation with Matter  Radiation quantities & Units DAY5       

Biological Effects of Radiation Operational Limits Radiation Detectors & Monitors Radiation Hazard Control Radiation Accidents in Industrial Radiography Radiography Aspects Radiation Protection Practical in Radiation Safety

Practical Examination DAY 6&7     

Radiography Techniques Exposure Arrangements Developing Film handling Film Interpretation & Evaluation

Required codes for Exam DAY 8  Purpose of the code  Scope of the Code  Organization of the Code ASME Sec-V Article-2 &22 Service is our Success

 Specification SE-94, SE-747, SE-999, SE-1025, SE-1030, SE-1114, SE-1165, SE-1255, SE-1416  Acceptance Standards ASME Sec-VIII, Division -1, Appendix-4 API5L  Examination: i) General, ii) Specific, iii) Practical

NDT UT Inspector 80 Hrs. Training Course Tentative training Schedule DAY1 1) Welcome & Introduction 2) Ultrasonic Examination Fabrication. Understand the following key concepts  Introduction  Wave propagation Characteristics  Description of the process  Ultrasonic Test Equipment  The ultrasonic Beam DAY2  Measurement of sound intensity  Critical angle  Calibration Standards  Reference Standards  Flaw Location  Immersion Testing  Bond testing  Velocity Measurement  Defect & Their Orientation  Irrelevant Indication DAY3  Acoustic Impedance  Shear Wave theory  Generation of Ultrasonic  Transducers Service is our Success

 The Ultrasonic Beam  Cord Requirements  Data Presentation

Practical Examination DAY4  Normal Probes Calibration, DAC Curve & Scanning DAY5  TR Probes Calibration, DAC Curve & Scanning DAY6 &7  Angle Probes Calibration, DAC Curve & Scanning  Plotting of Defects

Required codes for exam DAY8  Purpose of the Code  Scope of the Code  Organization of the Code ASME Sec-V Article-4, 5 & 23  Specification SA-388, SA-435, SA-578, SA-745, SA-548, SE-114, SE-213, SE-273, SE-797, SE-2491, SD129  Acceptance Standards ASME Sec-VIII, Division-1, Appendix-12 ASME-B31.3  Examination : i) General, ii) Specific, iii) Practical

Course Fee: AED 7500/ Per Person

Service is our Success

Announces

Open House Certified Welding Inspector ( CSWIP 3.1 ) Certification/Awarding Body:

Course Objectives: To understand factors which influence the quality of fusion welds in steels  To recognize characteristics of commonly used welding processes in relation to quality control  To interpret drawing instructions and symbols to ensure that specifications are met  To set up and report on inspection of welds, macro sections and other mechanical tests  To assess and report on welds to acceptance levels  To confirm that incoming material meets stipulated requirements and recognize the effects on weld quality of departure from specification  To be in a position to the Welding Inspector - Level 2 examinations

ENTRY REQUIREMENTS: Welding Inspector for a minimum of 3 years with experience related to the duties and responsibilities listed in Clause 1.2.2 of CSWIP document WI-6-92, under qualified supervision, independently verified OR Certified Visual Welding Inspector (Level 1) for a minimum of 2 years with job responsibilities in the areas listed in 1.2.1 and 1.2.2 of CSWIP document WI-6-92 OR Welding Instructor or Welding Foreman/Supervisor for a minimum of 5 years

Course Fee: AED 1300/ Per Person Service is our Success

NEBOSH About the course The NEBOSH International General Certificate (IGC) offers comprehensive understanding of occupational health and safety principles and practices. The program is specifically designed for managers, supervisors and employee representatives to help manage risks more effectively. NEBOSH IGC focuses on international standards and management system, enabling candidates in any industrial sector to efficiently execute work place health and safety responsibilities.

IGC1- Management of international health and safety     

Foundation in health & safety Health and Safety Management Systems 1-Policy Health and Safety Management Systems 2-Organizing Health and Safety Management Systems 3-Planning Health and Safety Management Systems 4-Monitoring, Review and Audit

IGC2- Control of International Workplace Hazards        

Workplace Hazards & Risk Control Transport Hazards & Risk Control Musculosketal Hazards & Risk Control Working Equipment Hazards & Risk Control Electrical Hazards & Risk Control Fire Hazards & Risk Control Chemical and Biological Health Hazards and Risk Control Physical and Psychological Health Hazards & Risk Control

IGC3- International Health and Safety Practical Application  Practical Assessment Examination  Based on Visit to active worksite to understand and assess safety measure adopted there. Accreditation Body  National Examination Board in Occupational Safety and Health (NEBOSH)

Course Fee: AED 4000/ Per Person Service is our Success