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Wednesday, December 3, 2025

Russia Receives Regulatory Approval for First 3D Printed Nuclear Reactor Element


Russian nuclear company Rosatom has obtained regulatory approval for the primary 3D-printed element of an RITM-200 small modular reactor plant. The element, a terminal field, was produced by the Afrikantov Experimental Design Bureau of Mechanical Engineering and has obtained certification from the Russian Maritime Register of Transport.

RITM-200 reactors are presently utilized in Russia’s nuclear icebreakers and function the muse for the nation’s deliberate floating and land-based small modular reactor vegetation. The prototypes accomplished complete testing earlier than receiving regulatory approval, based on Rosatom.

Russia Receives Regulatory Approval for First 3D Printed Nuclear Reactor ComponentRussia Receives Regulatory Approval for First 3D Printed Nuclear Reactor Element
Credit score: Rosatom

Yuri Vytnov, Chief Technologist at Afrikantov OKBM, stated: “Acquiring regulatory documentation for the primary aspect for the RITM-200 reactor plant manufactured with the usage of additive applied sciences makes it attainable to copy 3D printing expertise sooner or later to create varied gear for marine nuclear energy vegetation, in addition to nuclear trade gear of different varieties and functions,”

This marks the primary time Russia has used 3D printing expertise for reactor parts, although the nation has beforehand employed additive manufacturing for check gear and course of tooling. Ilya Kavelashvili, Director of the Additive Applied sciences Enterprise Unit at Rosatom’s Gas Division, stated: “The usage of 3D printing opens up new prospects for design and manufacturing. Elements with optimised geometry and improved traits may be created. This enables for elevated effectivity and reliability of the gear, in addition to a discount in weight and value.”

The nuclear trade has more and more adopted 3D printing expertise lately. Earlier functions embody a 3D-printed impeller put in at a Slovenian reactor in 2017, channel fasteners put in by Oak Ridge Nationwide Laboratory in a U.S. reactor in 2021, and a stainless-steel gasoline element put in by Framatome at Sweden’s Forsmark nuclear energy plant in 2022.

Russia joins a number of different nations, together with South Korea and the UK, in utilizing additive manufacturing for nuclear trade functions. The Worldwide Atomic Power Company has recognized vital potential for 3D printing expertise within the nuclear power sector.

Supply: atommedia.on-line

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