Middle East & Africa

UN watchdog notifies Iran’s intentions of enriching Uranium to 20% purity

Last updated on January 4th, 2021 at 05:03 am

Enriching Uranium: United Nations nuclear watchdog has informed of Iran’s admission of its intentions to enrich uranium to 20% purity. The agency shared that this level was achieved by Tehran before the 2015 accord at Fordow nuclear site buried inside a mountain. 

The move is one of the many revelations by Iran recently to the International Atomic Energy Agency (IAEA). This level, though a direct violation of the nuclear deal, is still 90% short of requirement of a nuclear weapon. Tehran had started violating the JCPOA (Joint Comprehensive Plan of Action) in 2019 as direct retaliation to Washington’s exit from the deal under Trump’s presidency. This was along with imposition of sanctions that angered Iran leading to breach the agreement. 

IAEA said in a statement, “Iran has informed the agency that in order to comply with a legal act recently passed by the country’s parliament, the Atomic Energy Organization of Iran intends to produce low-enriched uranium up to 20% at the Fordow Fuel Enrichment Plant.”

Iran, however, hasn’t informed of the time when the said enrichment activity would take place, but only the location. The Fordow site was built inside mountain to ensure it is protected from aerial bombardment. As per the 2015 deal, uranium enrichment isn’t allowed at this site. But in violation of the deal, Tehran is already carrying out enrichment activity at Fordow using first generation IR-1 centrifuges. 

Iran has already breached the deal’s allowed uranium purity limit of 3.67%, and has gone up to 4.5% till now. This is well short of the 20% that it had achieved before the 2015 nuclear deal and the 90% which is required for nuclear weapon. 

Enriched uranium is generated by feeding uranium hexafluoride gas into centrifuges in order to separate U-235, the most suitable isotope for nuclear fission. Low enriched uranium has 3-5% concentration of U-235 and can be used to produce fuel for commercial nuclear power plants. High enriched uranium has 20% or more concentration and is typically used in research reactors. 90% or more concentration is required for weapons-grade uranium.

May 2018 saw US exit the JCPOA with President Donald Trump calling the agreement as “decaying and rotten”. But President-elect Joe Biden has plans of bringing US back into the agreement that was formed under former President Barack Obama. Mr. Biden has also said that sanctions would be lifted if Tehran pledges to “return to strict compliance with the nuclear deal.” 

Tags: IranJCPoAUN
Freelance Writer

Recent Posts

Latest iPhone Rumors: 10 Upgrades That Could Make iPhone 18 Apple’s Biggest Leap Yet

Apple hasn’t made any official statements, but the latest iPhone rumors suggest something much bolder than just a regular upgrade.… Read More

April 18, 2026

Roman Secret Superhighway Germany: 1,600-Year-Old Canal Found Beneath Farmland Stuns Experts

In a discovery that feels almost like a movie, archaeologists in Germany have found what many are calling a Roman… Read More

April 18, 2026

Meta to Cut 8,000 Jobs in Major Workforce Shake-Up as AI Push Accelerates

A new wave of anxiety is spreading through the tech industry as Meta Platforms plans a major reduction in its… Read More

April 18, 2026

GTA 6 Release Date Confirmed: Leaks Reveal Hidden Features and Story Clues

The long wait for Grand Theft Auto VI is finally starting to feel real. After years of rumors, changing timelines,… Read More

April 18, 2026

Air Canada Flight Suspensions Hit New York Routes as Fuel Costs Surge Ahead of Summer

Planning a summer trip to New York just became more complicated. Air Canada flight suspensions will disrupt direct routes to… Read More

April 18, 2026

Keir Starmer Under Pressure as Mandelson Vetting Scandal Sparks Labour Turmoil

For Keir Starmer, the morning headlines couldn’t have been worse. What started as a small worry over a diplomatic appointment… Read More

April 18, 2026

This website uses cookies.

Read More