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NDT Procedures
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Insure the quality and consistency of your inspections
through the use of clearly written NDT procedures. NDT-CGI maintains a
library of NDT procedures covering most techniques and industries.
Procedures can be written specifically for your needs and are deliverable in
electronic format.
Listed below are some of the procedure we can supply.
If the procedure you require is not listed here please contact us at info@ndt-cgi.com. |
Procedure for the
Qualification and Certification of NDT Personnel
The purpose of this procedure is to establish the
minimum requirements for the qualification and certification of personnel performing Nondestructive
Inspection. It provides instructions and defines the
responsibilities for the administration of training, examinations and certifications of NDT
personnel. It meets the requirements of SNT-TC-1A, MIL-STD 410 and
NAS-410. |
Fluorescent
Liquid Penetrant Examination Of Aircraft Components
This NDT Procedure establishes the minimum
requirements for fluorescent liquid penetrant examination of aircraft and jet
engine components conducted in accordance with the requirements of the
referenced codes, standards or manufacturer’s manuals. It includes PT
quality control requirements. |
Magnetic
Particle Examination of Aircraft Components
This NDT Procedure establishes the minimum
requirements for magnetic particle (MT) examinations on ferromagnetic components
conducted in accordance with the requirements of the referenced codes, standards
or manufacturer’s manuals. It includes MT quality control requirements. |
Magnetic Particle
Examination
This NDT Procedure establishes the minimum
requirements and describes the techniques for magnetic particle (MT) examinations on ferromagnetic
welds and components conducted in accordance with the requirements of the referenced
codes/standards. |
Liquid Penetrant
Examination
This purpose of this procedure is to provide
instruction and define the responsibilities for conducting visible penetrant examination to the
requirements of the referenced documents on welds or materials using the visible penetrant solvent
removable process. |
Fluorescent Liquid
Penetrant Examination
This purpose of this procedure is to provide
instruction and define the responsibilities for conducting visible penetrant examination to the
requirements of the referenced documents on welds or materials using fluorescent penetrant
solvent removable process |
Radiographic Film
Processing
This purpose of this procedure is to provide
instructions, define the responsibilities, and establish techniques for processing radiographic
films. |
Procedure For
Controlling The Quality Of Industrial Radiographic Film Processing
This document contains instructions and
requirements for accomplishing the control and maintenance of industrial radiographic film
processing equipment. |
Radiographic
Examination, IAW ASME Section V, Article 2
This purpose of this procedure is to provide
instructions, define the responsibilities, and establish techniques for the radiographic examination
of full penetration butt and T-joint welds from 1/8 inch to 6 inches (3 mm to 150 mm thick) in
wrought (rolled, drawn, forged, or extruded) and cast materials as required in accordance with
requirements of the referenced codes or standards. |
Radiographic
Examination, IAW AWS D1.1-2000 And ANSI/AAHTO/AWS D1.5-96
This purpose of this procedure is to provide
instructions, define the responsibilities, and establish techniques for the radiographic examination
of fabricated and erected steel structures in accordance with the requirements of the referenced
codes or standards. |
Radiographic
Examination IAW API Standard 1104
This purpose of this procedure is to provide
instructions, define the responsibilities, and establish techniques for the radiographic examination
of butt, fillet and socket welds in carbon and low-alloy steel piping in accordance with
requirements of API Standard 1104. |
Ultrasonic
Instrument Qualification
This purpose of this procedure is to provide
instruction and define the responsibilities for conducting ultrasonic instrument qualification to
the requirements of the referenced documents. |
Ultrasonic
Examination IAW ASME Section V
This purpose of this procedure is to provide
instructions and establish techniques for the manual ultrasonic examination (UT) of full penetration
butt and T-joint welds from 10 mm to 150 mm thick (3/8 inch to 6 inches) in wrought (rolled, drawn,
forged, or extruded) and cast materials as required in accordance with requirements of the
referenced codes or standards. |
Ultrasonic
Examination IAW AWS D1.1-2000
This purpose of this procedure is to provide
instruction and define the responsibilities for conducting ultrasonic examination to the
requirements of the referenced documents on welds or materials. |
Ultrasonic
Thickness Gauging
This purpose of this procedure is to provide
instruction and define the responsibilities for conducting ultrasonic thickness gauging to the
requirements of the referenced documents on welds or materials. |
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Procedure
Review
If you already have written your NDT procedures, we can review them to insure that they meet the
applicable codes. William Blum, has conducted more than 880 reviews of 465 individual
procedures submitted by organizations from throughout the world. He co-authored the article “Successful
NDT Procedure Development” printed in the October 1997 issue of Materials Evaluation.
Procedures can be submitted via the internet for quick review. Click here to send procedures by attachment via
email (if you need help on how to send them to use, send an email and we will provide instructions).
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The following standards and specifications were some
of those used to compile and write these procedures:
American Society of Mechanical Engineers
ASME B31.1-1998 – Power Piping
ASME B31.3-1999 – Chemical Plant and Petroleum
Refinery Piping
ASME B31.4-1998 – Pipeline Transportation Systems
for Liquid Hydrocarbons and Other Liquids
ASME B31.8-1995 – Gas Transportation Distribution
and Piping Systems
ASME Sect. V – Nondestructive Examination, 1998
Edition, 1999 Addenda
ASME Sect. VIII, Division I – Rules for
Construction of Pressure Vessels, BPVC, 1998 Edition
American Welding Association
AWS D1.1-2000 – Structural Steel Welding Code
ANSI/AAHTO/AWS D1.5-96 – Bridge Welding Code
American Petroleum Institute
API 620 – Design and Construction of Large,
Welded, Low Pressure Storage Tanks, Ninth Edition, February 1996, December 1999
Addenda 4
API 650 – Welded Steel Tanks for Oil Storage,
10th Edition November 1998
API 653 – Tank Inspection, Repair, Alteration,
and Reconstruction, Second Edition, December 1995, Addendum 3, December 1998.
API 1104 – Welding of Pipelines and Related
Facilities, 19th Edition, September 1999
American Society for Testing and Materials
E 94-93, Standard Guide for Radiographic Testing
E 142-92, Standard Method for Controlling Quality
of Radiographic Testing.
E 164-97, Ultrasonic Contact Examination of
Weldments.
E 165-95, Standard Test Method for Liquid
Penetrant Examination
E 428-92 Fabrication and Control of Steel
Reference Blocks Used in Ultrasonic Testing
E 587-94, Ultrasonic Angle Beam Examination by
the Contact Method.
E 747-97, Standard Practice for Design,
Manufacture, and Material Grouping Classification of Wire Image Quality
Indicators (IQI) used for Radiology
E 999-95, Standard Guide for Controlling the
Quality of Industrial Radiographic Film Processing.
E 1025-95, Standard Practice for Design,
Manufacture, and Material Grouping Classification of Hole-Type Image Quality
Indicators (IQI) used for Radiology
E 1032-95 Standard Test Method for Radiographic
Examination of Weldments
E 1079-97, Standard Practice for Calibration of
Transmission Densitometers
E 1219-87, Fluorescent Penetrant Examination
Using the Solvent-Removable Process
E 1815-96, Standard Test Method for
Classification of Film Systems for Industrial Radiography.
International Organization For Standardization
ISO 5580-85, Industrial Radiographic Illuminators
– Minimum Requirements
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