Company Overview of Kurion, Inc.
Kurion, Inc. develops technologies for nuclear waste management. It offers modular detritiation system to decontaminate tritiated water. The company was founded in 2008 and is based in Irvine, California with additional offices in Tokyo, Japan; and Warrington, United Kingdom. It also has engineering offices and technology-development facilities in the United States.
2040 Main Street
Irvine, CA 92614-8257
Founded in 2008
Key Executives for Kurion, Inc.
Founder and Vice Chairman
Compensation as of Fiscal Year 2014.
Kurion, Inc. Key Developments
AREVA and Kurion Creates an Alliance for Nuclear Waste Management to Serve the U.S. Department of Energy
Jun 2 15
AREVA and Kurion are creating an alliance for nuclear waste decommissioning and remediation services to serve the U.S. Department of Energy (DOE) complex. As a first step of their collaboration, AREVA and Kurion will create a joint venture for work related to the cleanup and closure of the DOE’s Hanford site in Washington state. This new alliance will join AREVA’s engineering and operational expertise in the nuclear energy sector with Kurion’s proprietary technologies and expertise in the access, separation and stabilization of nuclear waste. The goal of this partnership is to provide innovative technology solutions for nuclear waste, particularly to meet the needs of nuclear facilities undergoing decommissioning and cleanup, an expanding market in the United States.
Kurion, Inc. Appoints Jacques Besnainou as President
Mar 10 15
Kurion, Inc. announced it has appointed Jacques Besnainou as president. Besnainou will join Kurion CEO Bill Gallo and
Founder John Raymont in the company's Office of the CEO. Prior to joining Kurion, Besnainou led major divisions of AREVA. Besnainou led AREVA's North American business as President and CEO of AREVA, Inc.
Kurion Wins Robotics Contract to Repair Leaks in Damaged Fukushima Reactor
Jan 14 15
Kurion, Inc. announced it was awarded a contract to develop an advanced robotic arm to repair reactor primary containment leaks within the damaged Fukushima Daiichi Nuclear Power Plant. Through a contract with Japanese industry leader IHI Corporation, Kurion will begin producing the robotic system, the Fukushima Repair Manipulator (FRM), for a targeted deployment of mid-2016 within the Unit 2 Reactor. The Fukushima Repair Manipulator represents the second phase of the reactor primary containment leak discovery and repair efforts. This summer Kurion assisted in the first phase with the development and delivery of the Fukushima Inspection Manipulator (FIM), a robotic system tasked with searching for the causes of the leaks. The Fukushima Inspection Manipulator deployed three remotely operated vehicles (ROVs) to identify cracks in the primary containment vessel, vent tubes and torus located in the reactor building. The first inspection was completed ahead of schedule and produced the necessary information to move forward with the second phase of the repair efforts. The FIM is inspecting an additional seven locations in the reactor building and is scheduled to complete this task in 2015. The information gathered will be used to refine the FRM design requirements and identify the full scope of repair activities. The primary objective of the Fukushima Repair Manipulator will be to plug leaks caused by the devastating tsunami that damaged the Fukushima Daiichi Nuclear Power Plant in March 2011. Using cutting-edge robotics technology, the system will grant plant workers unprecedented access to the reactor to open holes, clear debris and obstacles, and plug cracks in the reactors vent tubes and torus - all from the safety of the remote operating station. Kurions sophisticated system will include a robotic arm outfitted with advanced cutting, water-jet and grouting tools; and will feature new automatic control sequences to guide these complex tasks. Once the leaks are patched by the Fukushima Repair Manipulator, plant workers are expected to finally have the opportunity to remove the damaged fuel and debris from the reactor, drastically decreasing the output of contaminated water that is currently used to cool the core.
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