Your Permanent Account Number is your financial identity in India. Download your e-PAN in PDF format in under a minute through NSDL (Protean) or UTIITSL — the two official government-authorized portals.
Enter PAN number and download
Everything you need to know about India's most important tax document — explained simply.
PAN stands for Permanent Account Number. It's a 10-character code — letters and numbers mixed — that the Income Tax Department gives you. It stays the same for your entire life. No expiry, no renewal needed.
Think of it as your financial fingerprint. Every major money transaction you do — salary, rent, investments, property — gets linked to this one number. It tells the government who paid what and to whom.
Indian residents can apply for a PAN online through UTIITSL or NSDL. The process takes 10–15 minutes. You'll need your Aadhaar, a passport-size photo, and basic personal details.
If your Aadhaar is already linked to your mobile number, you can get an Instant e-PAN completely free through the Income Tax Department portal. The e-PAN is issued within minutes using OTP verification — no paperwork needed.
If you're a foreign national or NRI earning any income from India — rent, dividends, capital gains, salary — you need a PAN. Without it, TDS is cut at the highest rate (30%+), even if your actual tax liability is lower.
Foreign citizens apply using Form 49AA. You'll need a copy of your passport, valid visa, and overseas address proof. The physical card takes 15–20 working days. The Instant e-PAN option is only available for Aadhaar holders.
Four simple steps. Done in under 5 minutes.
Type your 10-character PAN in the box at the top of this page. It looks like ABCDE1234F.
Click "Download via NSDL" or "Download via UTIITSL". Both are official. Either works fine.
On the government portal, verify using your Aadhaar OTP or date of birth as required.
Your e-PAN PDF will be ready. Password is your date of birth in DDMMYYYY format.
This DNV document provides a standardized methodology for:
This stage documents the specific performance of an AUT system. This includes assessing its inherent functionality—the non-changeable hardware, software, and calibration philosophy. It also establishes the system's POD and sizing capabilities for a defined range of application variables (e.g., material type, wall thickness).
Since its release, DNV-RP-F118 has been widely adopted as the gold standard. DNV GL itself has accumulated extensive experience through numerous AUT qualification programs conducted according to the RP's guidelines.
This article provides a comprehensive deep dive into DNV-RP-F118, explaining its scope, key principles, differences from other standards, and why it is critical for modern offshore projects.
In the world of offshore pipelines, the integrity of a girth weld isn’t just a technical requirement—it’s a lifeline for safety and environmental protection. Ensuring these welds are flaw-free falls heavily on Automated Ultrasonic Testing (AUT)
The primary goal of DNV-RP-F118 is to ensure that any AUT system used for pipeline girth weld inspection is capable of identifying imperfection dimensions (sizes, shapes, and positions) with consistent accuracy. This is especially critical for submarine pipeline systems governed by the standard. Key Features and Scope
Combining AUT results with other Non-Destructive Testing (NDT) and destructive testing to verify accuracy.
The official standard can be purchased in secure PDF or printed format from authorized distributors like Accuris (formerly Techstreet), with a standard price of around . It is also available through other commercial standards platforms.
, titled "Pipe girth weld automated ultrasonic testing system qualification and project specific procedure validation," is the international standard that provides a uniform guideline for achieving this. Published by DNV (Det Norske Veritas), this Recommended Practice (RP) is the definitive industry framework for qualifying AUT systems for offshore pipeline projects.
is a Recommended Practice (RP) titled " Pipe girth weld automated ultrasonic testing system qualification and project specific procedure validation ". It provides a uniform guideline for qualifying Automated Ultrasonic Testing (AUT) systems to ensure they meet the rigorous safety and performance requirements of the offshore and energy industries. Core Objective
In offshore pipelaying, speed and reliability are paramount. Traditional non-destructive testing (NDT) methods like Radiographic Testing (RT) are slow, pose safety hazards, and struggle to accurately measure flaw height. To allow engineering teams to use fracture-mechanics-based Engineering Critical Assessments (ECA) for flaw acceptance, the inspection system must prove exactly how well it can detect and size flaws.
This DNV document provides a standardized methodology for:
This stage documents the specific performance of an AUT system. This includes assessing its inherent functionality—the non-changeable hardware, software, and calibration philosophy. It also establishes the system's POD and sizing capabilities for a defined range of application variables (e.g., material type, wall thickness).
Since its release, DNV-RP-F118 has been widely adopted as the gold standard. DNV GL itself has accumulated extensive experience through numerous AUT qualification programs conducted according to the RP's guidelines. dnv-rp-f118
This article provides a comprehensive deep dive into DNV-RP-F118, explaining its scope, key principles, differences from other standards, and why it is critical for modern offshore projects.
In the world of offshore pipelines, the integrity of a girth weld isn’t just a technical requirement—it’s a lifeline for safety and environmental protection. Ensuring these welds are flaw-free falls heavily on Automated Ultrasonic Testing (AUT) This DNV document provides a standardized methodology for:
The primary goal of DNV-RP-F118 is to ensure that any AUT system used for pipeline girth weld inspection is capable of identifying imperfection dimensions (sizes, shapes, and positions) with consistent accuracy. This is especially critical for submarine pipeline systems governed by the standard. Key Features and Scope
Combining AUT results with other Non-Destructive Testing (NDT) and destructive testing to verify accuracy. Since its release, DNV-RP-F118 has been widely adopted
The official standard can be purchased in secure PDF or printed format from authorized distributors like Accuris (formerly Techstreet), with a standard price of around . It is also available through other commercial standards platforms.
, titled "Pipe girth weld automated ultrasonic testing system qualification and project specific procedure validation," is the international standard that provides a uniform guideline for achieving this. Published by DNV (Det Norske Veritas), this Recommended Practice (RP) is the definitive industry framework for qualifying AUT systems for offshore pipeline projects.
is a Recommended Practice (RP) titled " Pipe girth weld automated ultrasonic testing system qualification and project specific procedure validation ". It provides a uniform guideline for qualifying Automated Ultrasonic Testing (AUT) systems to ensure they meet the rigorous safety and performance requirements of the offshore and energy industries. Core Objective
In offshore pipelaying, speed and reliability are paramount. Traditional non-destructive testing (NDT) methods like Radiographic Testing (RT) are slow, pose safety hazards, and struggle to accurately measure flaw height. To allow engineering teams to use fracture-mechanics-based Engineering Critical Assessments (ECA) for flaw acceptance, the inspection system must prove exactly how well it can detect and size flaws.