ADEGBITE, M. A. ERHIMONA, O. G. UMUKORO, J. O. - PowerPoint PPT Presentation

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ADEGBITE, M. A. ERHIMONA, O. G. UMUKORO, J. O.

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There are several established NDT methods currently in industrial use. ... Engineering and technical education without NDT content ... – PowerPoint PPT presentation

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Title: ADEGBITE, M. A. ERHIMONA, O. G. UMUKORO, J. O.


1
CHALLENGES AND OPPORTUNITIES IN NON-DESTRUCTIVE
TESTINGFOR SUSTAINABLE DEVELOPMENT
  • ADEGBITE, M. A. ERHIMONA, O. G. UMUKORO, J. O.
  • Department of Welding Engineering and Offshore
    Technology,
  • Petroleum Training Institute,
  • Effurun, Delta State, Nigeria

2
Content
  • INTRODUCTION
  • CHALLENGES AND ISSUES
  • INDICATORS OF SUSTAINABILITY FOR NDT FACILITIES
  • OPPORTUNITIES
  • CONCLUSION

3
1. INTRODUCTION
  • Non-destructive testing (NDT),
  • Non-destructive examination (NDE),
  • Non-destructive inspection (NDI)
  • Family of specialized technical
  • inspection methods which provide
  • information about the condition of
  • materials and components without
  • destroying them

4
  • The term (NDT) is generally applied to
  • non - medical investigations of material
    integrity.
  • NDT examines actual production pieces and reveals
    the presence of flaws which can be evaluated
    against accept / reject criteria

5
  • NDT Applications
  • NDT is used in a variety of
  • settings that covers a
  • wide range of industrial
  • activity
  • Automotive
  • Engine parts
  • Frame
  • Aviation / Aerospace
  • Airframes
  • Power plants Space frames
  • Jet engines
  • Rocketry

6
  • Petrochemical
  • Pipelines
  • Storage tanks
  • Miscellaneous
  • Amusement park rides
  • Construction
  • Structures
  • Bridges
  • Manufacturing
  • Machine parts
  • Nuclear engineering
  • Pressure vessels

7
  • Modern nondestructive tests are used by
    manufacturers to
  • Ensure product integrity, and in turn,
    reliability
  • Avoid failures, prevent accidents and save human
    life
  • Make a profit for the user
  • Ensure customer satisfaction and maintain the
    manufacturer's reputation
  • Aid in better product design
  • Control manufacturing processes
  • Lower manufacturing costs
  • Maintain uniform quality level
  • Ensure operational readiness

8
  • NDT Methods
  • There are several established NDT methods
    currently in industrial use.
  • New methods are being constantly researched and
    developed, and many of the established ones have
    their effectiveness and efficiency enhanced by
    conversion to electronic, computerized, or
    robotic operation.
  • Five basic methods
  • Liquid Penetrant Testing (PT)
  • Magnetic Particle Testing (MT)
  • Radiographic Testing (RT)
  • Ultrasonic Testing (UT)
  • Eddy Current Testing (ET).

9
2.0 CHALLENGES AND ISSUES
  • Establishment of clear national policies and
    regulations
  • Acceptance by decision-makers integration into
    national science system
  • Technology transfer mechanisms
  • Relevance and appropriateness of technologies
  • Quality management and control
  • New management approach and management skills

10
  • Organizational transformation
  • Market intelligence keeping up to date with
    scientific / technological changes
  • Clear programme plans and business plans with
    quantified objectives
  • Confidence building
  • Communication sharing of information
  • Satisfaction of needs and interests of all
    stakeholders
  • Establishment of alliances

11
  • Relationship between research, development and
    commercial activities
  • Ethics in all activities
  • Maintained credibility
  • Weak manufacturing facilities
  • Weak standard and safe infrastructure
  • Engineering and technical education without NDT
    content
  • Technical personnel lacks necessary skills

12
3.0 INDICATORS OF SUSTAINABILITY FOR NDT
FACILITIES
  • Legal Sustainability
  • Institutional Sustainability
  • Sustainable Physical Facilities
  • Sustainable Financial Resources
  • Sustainable Human Resources

13
4.0 OPPORTUNITIES
  • The issues and challenges could be best
    interpreted as opportunities for ensuring safe
    engineering components and systems, and hence, a
    sustainable development.
  • Such opportunities include
  • NDT education and research,
  • training and certification
  • sales and services of NDT equipment, devices and
    consumables

14
  • Transportation, storage and handling of NDT
    equipment and accessories
  • Production of qualified and certified personnel
    that would be gainfully engaged in the various
    related economic activities.

15
5.0 CONCLUSION
  • Nigeria needs a vibrant oil, gas and other
    industrial sectors anchored on sound, home-grown,
    human and technological initiatives,
  • Nigerian Content Development
  • NOT limited to BUILDING CAPACITY
  • BUT create
  • opportunities for Nigerians
  • and thus enhance sustainable
  • development for economic self reliance

16
THANK YOU
ADEGBITE M. A. Dept. of Welding Engineering
Offshore Technology Petroleum Training Institute,
Effurun, Delta State adegbitema_at_yahoo.com
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