GABI organizes nuclear energy roundtable discussions on a diverse range of topics that are relevant to nuclear markets both in the United States and globally. The discussion topics range from the civil nuclear partnerships, nuclear safety, nonproliferation, spent fuel management, international R&D and commercial collaboration, market and industry forecasts, and other related topics.

28 03, 2016

Everything You Want to Know About the 2016 Nuclear Industry Summit

By |2018-01-30T19:58:28-05:00March 28th, 2016|Categories: Nuclear Energy, Nuclear Energy Workshops|0 Comments

March 28, 2016 The 2016 Nuclear Industry Summit (NIS) will include a final joint statement from the reports from working groups and previous summits, underscoring the important role of the nuclear industry internationally in setting high standards and best practices for the secure use, storage, and transport of nuclear and radiological materials. The 2016 NIS

28 01, 2016

Overview of House Science Committee’s Nuclear R&D Agenda

By |2018-01-30T20:07:46-05:00January 28th, 2016|Categories: Nuclear Energy, Nuclear Energy Workshops|0 Comments

January 28, 2016 The United States House Committee on Science, Space, and Technology has authority over all matters related to energy research, development, and demonstration projects, including commercial applications of energy technology, U.S. Department of Energy (DOE) RD&D programs, DOE national laboratories, and so forth. As such, the Committee has taken a keen interest in

8 12, 2015

ITA’s Civil Nuclear Export Promotion Programs: Industry and International Viewpoints

By |2018-01-30T20:14:45-05:00December 8th, 2015|Categories: Nuclear Energy, Nuclear Energy Workshops|0 Comments

December 08, 2015 The International Trade Administration (ITA) is the lead trade promotion agency of the U.S. Government, with a global network of centers that seek to bolster U.S. export competitiveness through developing international markets, raising awareness of commercial opportunities, and informing stakeholders and entities of relevant developments. ITA is a critical part of coordinated

12 11, 2015

Moving Forward on Nuclear Waste: Novel Approaches, Solutions, and Considerations

By |2018-01-30T20:19:54-05:00November 12th, 2015|Categories: Nuclear Energy, Nuclear Energy Workshops|0 Comments

Moving Forward on Nuclear Waste: Novel Approaches, Solutions, and Considerations November 12, 2015 Both the U.S. and Korea have faced significant issues in achieving progress on spent nuclear fuel and radioactive waste management. Although Korea recently opened a low-and-intermediate level waste facility at Gyeongju, it did so at a significant cost, and urgency remains in

1 10, 2015

State of Nuclear Science and Engineering Education in the U.S.: Need for Greater International Exchanges

By |2018-01-30T20:28:14-05:00October 1st, 2015|Categories: Nuclear Energy, Nuclear Energy Workshops|0 Comments

October 01, 2015 Nuclear science and engineering education is essential because of the unique fundamentals and design of reactor cores and radiation systems. Engineers and physicists from other disciplines cannot replace nuclear engineers, particularly on work involving reactor thermal hydraulics, nuclear materials, radiation effects on matter, etc. Nevertheless, approaching the late 1990s, enrollment in nuclear

21 09, 2015

Considerations in the Development of New Build Civil Nuclear Power Programs

By |2018-01-30T20:31:01-05:00September 21st, 2015|Categories: Nuclear Energy, Nuclear Energy Workshops|0 Comments

September 21, 2015 Initiating a new build nuclear power program requires entrant states to consider a broad array of considerations, including financing arrangements, organizational and contractual structures, and stakeholder relationships. Entrant states must also pay attention to regulatory and legal frameworks, international agreements, insurance and nuclear liability, export controls, workforce development, and more. Among these,

27 08, 2015

Status and Challenges in the Development and Deployment of Small Modular Reactors

By |2018-01-30T20:34:00-05:00August 27th, 2015|Categories: Nuclear Energy, Nuclear Energy Workshops|0 Comments

August 27, 2015 Proponents of small modular reactors (SMRs) claim that they can improve the economics of nuclear power by reducing upfront capital costs, decrease times for reactor construction, and expand possibilities for siting and locating nuclear plants. SMRs can theoretically be mass produced in factory settings, and have much smaller footprints than conventional light

31 07, 2015

Policies Related to Decommissioning of Facilities: Recent Developments and Practical Application

By |2018-01-30T20:36:12-05:00July 31st, 2015|Categories: Nuclear Energy, Nuclear Energy Workshops|0 Comments

July 31, 2015 Decontamination and decommissioning (D&D) should be conducted in a manner consistent with placing utmost priority on the safety of workers, the public, and the environment. Perhaps the major cost driver for D&D activities is the volume of material that needs to be disposed of as radioactive waste; thus, reduction of this volume

25 06, 2015

International Fast Reactor R&D Cooperation: Advantages, Challenges, and Possible Roadmaps

By |2018-01-30T20:38:49-05:00June 25th, 2015|Categories: Nuclear Energy, Nuclear Energy Workshops|0 Comments

International Fast Reactor R&D Cooperation: Advantages, Challenges, and Possible Roadmaps June 25, 2015 Fast neutron reactor technology has received significant interest from numerous nuclear power countries given its inherent advantages in terms of safety, sustainability, and uranium utilization. Collaboration in fast reactor RD&D, particularly in bilateral or multilateral arrangements, present opportunities to address both policy

28 05, 2015

Sustainable Nuclear Energy for the Future: Improving Safety, Economics, and Waste Management

By |2018-01-30T20:44:25-05:00May 28th, 2015|Categories: Nuclear Energy, Nuclear Energy Workshops|0 Comments

Sustainable Nuclear Energy for the Future: Improving Safety, Economics, and Waste Management May 28, 2015 Although today's commercial light water reactor technology will be the cornerstone of the nuclear power industry in the upcoming decades, Generation IV technologies have the potential to significantly push the envelope on passive safety, resource utilization, and fuel cycle optimization.

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