Iran begins construction on 2nd nuclear power plant

In this April 17 photo, a long-range S-300 missile system is displayed by Iran’s army during a parade marking National Army Day, in Tehran, Iran. State media says the military has begun deploying a Russia-supplied S-300 air defense system around the underground Fordo nuclear facility. Video footage posted late Aug. 28 on Iranian state TV’s website showed trucks arriving at the site and missile launchers being aimed skyward. Russia began delivering the S-300 system to Iran earlier this year after sanctions were lifted under a landmark nuclear agreement with world powers. AP

TEHRAN, Iran—Iran began building its second nuclear power plant with Russian help on Saturday, the first such project since last year’s landmark nuclear deal with world powers, state TV reported.

The project will eventually include two power plants expected to go online in 10 years. Construction on the second plant is set to begin in 2018. The project will cost more than $8.5 billion and produce 1,057 megawatts of electricity.

“Construction of the power plant is a symbol of Iran enjoying the results of the nuclear deal,” Senior Vice President Ishaq Jahangiri said at a ceremony marking the start of the project.

“We will continue working with Russia as a strategic partner and friend,” he added.

The ceremony was held in the southern port city of Bushehr, where Iran’s sole operational nuclear reactor, also built with Russian assistance, produces 1,000 megawatts. It went online in 2011, and the two countries have agreed to cooperate on future projects.

Russia, along the United States, Britain, France, Germany and China, reached a deal with Iran last year in which Tehran agreed to curb its nuclear program in exchange for the lifting of international sanctions. Iran rejects Western allegations that it is seeking nuclear weapons, insisting its atomic program is for entirely peaceful purposes.

Western nations do not view the Bushehr plant as a proliferation risk because Russia supplies the fuel for the reactor and takes away spent fuel that could otherwise be used to make weapons-grade plutonium.