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Please mark your calendars for August 30 – September 2, 2021 to attend the MSR Workshop at PNNL’s Discovery Hall in Richland, Washington. We greatly apologize for the postponement of the Workshop and appreciate your support as we move forward in future planning. Please keep an eye on our MSR Workshop 2021 website. We are committed to share event updates with you and build momentum as we prepare to see you next year.

For MORE information follow this link: https://www.cvent.com/api/email/dispatch/v1/email/view/p2-m5gzv6mjllfd4g-p49dvp5z-avv-7sfh?view=html
8/30/2021
  
About the Event
According to the 2019 Gartner IoT Implementation survey, 62% of organizations with IoT capabilities are implementing digital twins. Recent global disruptions have proven that data-driven manufacturing organizations are increasing their competitive edge.

Does your organization have the agility to compete at the speed your customers demand? 

Experience the premier industrial Digital Twin Summit, brought to you by ASME.

Register here: https://digitaltwin.asme.org/?utm_source=MK&utm_medium=email&utm_campaign=08252020_MK_GeneralMktg&utm_content=SEG0013162&asmepromo=MER0020729
11/11/2020
  
New Date and Location …
• Date: Sunday, November 8, 2020
• Time: 8:00 AM –5:30 PM
• Location: Atlanta, Georgia (co-locate with ASME Boiler Code Week)
Pre-Registration link …
https://www.asme.org/conferences-events/events/asme-bpv-iii-division-5-workshop-high-temperature-reactors

What you will learn about …
• What advanced reactor developers need to know about the High Temperature Reactor design rules
• How the High Temperature Reactor rules differ from Section III, Division 1 rules for design
• How to design reactor components with modern analysis tools and follow code rules
• How to introduce new high temperature materials into the code
11/8/2020
  
The workshop will be held virtually on October 14 and 15. Registration is required and will open on September 1, 2020. Online attendance is limited to 350 people. We expect to reach 350 quickly, so please register early to ensure your spot. We will begin each day at 9:00 Eastern Daylight Time (-4 UTC). Topics to be discussed:
*Chemistry
*Materials
*Technology
*Licensing
*International
*Chemistry II/ Modeling
*Driven Systems/Fuel Cycle Approaches
*First Next Reactors

READ MORE HERE: https://msrworkshop.ornl.gov/
10/14/2020
  
Purpose:
*GAIN, EPRI, NEI workshop to exchange information among advanced nuclear technology developers, commercial instrument suppliers, and sensor researchers from DOE national laboratories, universities, and industry
Objectives:
*Discuss measurement requirements and snesor needs for advanced reactor concepts: (HTRs, FRs, MSRs)
*Understand current national laboratory capabilities and accelerated development approaches for sensors and instrumentation
*Identify gaps to inform applicable DOE research programs

For More Information: https://gain.inl.gov/SitePages/SensorTechnologiesWorkshop.aspx
10/13/2020
  
A new understanding of the role advanced nuclear can play in hitting 2050 global decarbonization targets

Join Cleantech Group and their sponsors, Terrestrial Energy, NuScale Power and USNC, for a webinar exploring how nuclear innovation must be part of the solution for decarbonization in electricity, industry and transport. You'll gain expert insight into the role innovation can play in nuclear cost, safety and waste.

Sign Up Now: https://www.cleantech.com/nuclear-innovation-for-global-energy-webinar-oct-28/?utm_campaign=Nuclear%20Webinar&utm_medium=links&utm_source=blog
9/28/2020
  
The purpose of this meeting is to discuss with the nuclear industry and other stakeholders the industry-led Technology Inclusive Content of Application Project (TICAP), and the NRC-led Advanced Reactor Content of Application Project (ARCAP).  

Meeting Information: https://www.nrc.gov/pmns/mtg?Code=20201070&do=details&source=govdelivery&utm_medium=email&utm_source=govdelivery
9/24/2020
  
The NRC staff will host a webinar to provide an opportunity for external stakeholders and the NRC staff to exchange information on the NRC’s development of a regulatory framework for advanced nuclear reactors. Additional information is available in the NRC White Paper titled “Questions Supporting ACRS and Public Interactions on Developing a Risk-Informed, Technology-Inclusive Regulatory Framework for Advanced Reactors” (Part 53 White Paper ADAMS Accession No. ML20195A270).
Meeting Information: https://www.nrc.gov/pmns/mtg?Code=20201046&do=details&source=govdelivery&utm_medium=email&utm_source=govdelivery
9/22/2020
  
Many cities, states, utilities, and public commissions are setting energy standards that aim to reduce carbon
emissions. In order to realize a clean and resilient energy future, new methods of energy production,
distribution, and use will be required. The primary focus of the DOE Office of Nuclear Energy (DOE-NE) Program
on Integrated Energy Systems, led by researchers at Idaho National Laboratory (INL), has been to assess the
potential of integrated energy systems to enhance the flexibility and utilization of nuclear reactors alongside
renewable generators and, thereby, to maximize the use of the clean energy provided by these systems. This
work begins with the question: “What goals are we trying to achieve, and how will the produced energy be
used?” These questions must be addressed within the context of a specific deployment location, which has
implications relative to the electricity market structure, supply, and demand; available feedstock for industrial
processes; and available product markets. Product streams, ranging from potable water to hydrogen, fertilizer,
synthetic fuels, and various chemicals, have been considered. Each product stream has its own market and
market drivers and its own geographic location that would maximize profitability. Some of these products
would only require electricity to support production, while others require both thermal and electrical energy.
This webinar highlights work led by INL, in collaboration with other national laboratories and industry partners,
to evaluate integrated energy system options that utilize nuclear energy in new ways. By working with key
collaborators in the nuclear industry, these analytical studies are now becoming a reality in demonstration
projects.

READ MORE HERE: https://www.gen-4.org/gif/jcms/c_119016/shannon-bragg-sitton-flyer-22-sep-2020-rev-0
9/22/2020
  
The workshop will host professionals from industry, government and academia from around the globe who will gather to present and discuss cutting edge technical issues and solutions to develop and deploy molten salt reactor systems. 

Extended abstracts will focus on molten salt chemistry, actinide and radionuclide chemistry under molten alt conditions, modeling, thermodynamics, corrosion, and safeguards.

For More Information: http://www.cvent.com/api/email/dispatch/v1/email/view/p2-p5jbddybjvt758-n5gg6v5z-avv-7sfh?view=html
9/15/2020
  
For the first time ever, CEM11 events are virtual, open to one and all.  NICE Future will be hosting an event where you can learn the latest insights on how flexible nuclear energy systems will support deeper integration of nuclear and renewable energy in future clean power systems.  The NICE Future event showcases clean energy systems options through nuclear energy innovations.

Speakers will discuss how emerging nuclear energy breakthroughs can improve system flexibility, support the integration of higher shares of variable renewable energy, and ultimately lead to cleaner, more resilient power. The event launches a major new technical report by the initiative's Flexible Nuclear Campaign for Nuclear-Renewables Integration (FNC). The report has engaged experts from nine ministries, five multi-governmental organizations, and 14 other organizations. Recognizing the continuing health and economic recovery needs from the COVID-19 pandemic, speakers will also present nuclear energy innovations that advance clean air, clean drinking water, clean transportation fuels, and clean energy access in remote regions, while providing reliable and affordable energy.

READ MORE: https://cem-mi-saudi2020.sa/?utm_source=Nuclear%20Innovation%3A%20Clean%20Energy%20Future%20%28NICE%20Future%29&utm_campaign=15cb71ceb3-EMAIL_CAMPAIGN_2019_08_28_02_11_COPY_02&utm_medium=email&utm_term=0_c3ab657f5b-15cb71ceb3-289559603
9/15/2020
  
During the week of Sept. 14-18, The INL is hosting a series of daily webinars about in-reactor testing and irradiation capabilities for reactor structural materials. The objective is to identify gaps and develop recommendations for mitigation. The meetings will include topics such as qualifying new materials for advanced reactors, an overview of operating test reactors and in-core instrumentation. Anyone in the nuclear field who is interested may attend, including those working on sustaining light water reactor operations as well as advanced reactor innovation.
A full breakdown of daily topics and meeting schedules can be found here, https://gain.inl.gov/Lists/UpcomingEvents/Attachments/126/Agenda%20for%20Accelerated%20Irradiation%20Workshop%20Rev%201.pdf
and individual registration links are listed below (with times in Mountain Daylight Time):
1. Monday, Sept. 14, 8 a.m. – noon: Experimental Test Reactors - https://register.gotowebinar.com/register/4295716472112177934
2. Tuesday, Sept. 15, 9 a.m. – noon: Ion and Proton Accelerator Technologies - https://register.gotowebinar.com/register/5198755267609592075
3. Wednesday, Sept. 16, 9 a.m. – noon: In-Core Test Capabilities - https://register.gotowebinar.com/register/3676535295023644171
4. Thursday, Sept. 17, 9 a.m. – 11 a.m.: Passive, Real Time In-Core Instrumentation - https://register.gotowebinar.com/register/4804099862470902027
5. Friday, Sept. 18, 9 a.m. – noon: Standardization of in-reactor capsule designs - https://register.gotowebinar.com/register/8070328895151717387
9/14/2020
  
The energy market is changing because of (1) the goal of a low-carbon energy system and (2) the expansion of low-operating-cost wind and solar PV that collapse electricity prices at certain times. We examine the changes in markets and requirements and alternative nuclear system designs with large-scale heat storage to enable base-load nuclear plants to provide variable electricity to the grid and heat to industry. In the U.S., the industrial demand for heat is about twice the total electricity production; thus, there are two major markets for nuclear energy in the U.S. The addition of heat storage enables integration of electricity and heat markets because it partly decouples in time heat production versus heat and electricity to customers. Separate from these considerations, large-scale heat storage has massive implications for grid resilience because energy production is partly decoupled from the grid.
Registration is required. Information and Registration: https://web.cvent.com/event/64340929-8543-4f95-88e5-bc605bfd30ce/summary?rp=00000000-0000-0000-0000-000000000000
8/26/2020
  
​​Join NASA and the Department of Energy in developing a plan to power Human exploration of the Moon and Mars. ​​Nuclear fission will provide a sustainable energy source to make living and working off-world a reality. ​​The Fission Surface Power project invites industry partnerships to learn about what's needed to make this dream a reality.
https://gain.inl.gov/SitePages/FissionSurfacePower(FSP).aspx
8/20/2020
  
This is an invitation only workshop to inform advanced nuclear technology developers and stakeholders of accomplishments and future plans, as well as solicity feedback on microreactor developer and end-user needs.
https://gain.inl.gov/SitePages/2020-MicroreactorProgramVirtualWorkshop.aspx
8/18/2020
  

The energy market is changing because of (1) the goal of a low-carbon energy system and (2) the expansion of low-operating-cost wind and solar PV that collapse electricity prices at certain times. We examine the changes in markets and requirements and alternative nuclear system designs with large-scale heat storage to enable base-load nuclear plants to provide variable electricity to the grid and heat to industry. In the U.S., the industrial demand for heat is about twice the total electricity production; thus, there are two major markets for nuclear energy in the U.S. The addition of heat storage enables integration of electricity and heat markets because it partly decouples in time heat production versus heat and electricity to customers. Separate from these considerations, large-scale heat storage has massive implications for grid resilience because energy production is partly decoupled from the grid.
Registration is required. Information and Registration: https://web.cvent.com/event/64340929-8543-4f95-88e5-bc605bfd30ce/summary?rp=00000000-0000-0000-0000-000000000000
8/12/2020
  
Come to the POWER2020 Conference and enjoy the Power Division’s 100th Anniversary celebration:
Collaborate with your peers in the power field from industry, academia, and national laboratory.
See what’s going on in the power industry and where it’s headed.
Join professionals, scientists and future engineers and be inspired from the discoveries of the past and vision of the future!

https://event.asme.org/POWER
8/3/2020
  
Get your GAIN NE voucher submitted. Follow this link for information. https://gain.inl.gov/SitePages/Nuclear%20Energy%20Vouchers.aspx
7/31/2020
  
https://www.cybercp.com/doeinl

~Introduction of PACT Program by Kannan Krishnaswami, Technology Commercialization Manager, Pacific Northwest National Laboratory and Jason Gayl, Managing Partner, Cyber Capital Partners

~Cybersecurity Visualization: Operations Technology Cybersecurity Visualization Tool

OT Cybersecurity Visualization Dashboard is a software tool that allows improved collaboration between OT operators and IT/cyber personnel to improve cybersecurity response times in operational technology environments.

~Shadow Figment: High Fidelity Model Driven Deception Platforms for Control Systems

Shadow Figment brings high fidelity 'honeypot" deception techniques to physical devices in the operational technology environments.

~CAPSec: Real-Time Software Upgrade

CAPSec applies continuous software security patching capabilities in high uptime environments through the use of containerized patching.
7/30/2020
  
The energy market is changing because of (1) the goal of a low-carbon energy system and (2) the expansion of low-operating-cost wind and solar PV that collapse electricity prices at certain times. We examine the changes in markets and requirements and alternative nuclear system designs with large-scale heat storage to enable base-load nuclear plants to provide variable electricity to the grid and heat to industry. In the U.S., the industrial demand for heat is about twice the total electricity production; thus, there are two major markets for nuclear energy in the U.S. The addition of heat storage enables integration of electricity and heat markets because it partly decouples in time heat production versus heat and electricity to customers. Separate from these considerations, large-scale heat storage has massive implications for grid resilience because energy production is partly decoupled from the grid.
Registration is required. Information and Registration: https://web.cvent.com/event/64340929-8543-4f95-88e5-bc605bfd30ce/summary?rp=00000000-0000-0000-0000-000000000000
7/29/2020
  
https://www.cybercp.com/doeinl

~Introduction of PACT Program by Eugene Cochran, Commercialization Manager at Oak Ridge National Laboratory, and Jason Gayl, Managing Partner, Cyber Capital Partners

~CHIRP: Cloud Forensics and Incident Response Platform

A cloud incident response software package that captures breach data typically lost beyond the hypervisor to improve cybersecurity analyst visibility into the cloud.

~SITU: Real-time Situational Understanding and Discovery of Cyber Attacks

SITU produces real-time anomaly alerting to allow for the timely discovery and understanding of new unknown/sophisticated cyber attacks.

~AXL: Automated Extraction of Malware Behavior from Logs

AXL utilizes advanced machine learning to identify which files have been impacted by malware, thereby expediting the incidence response by eliminating time spent sifting through massive log data.
7/28/2020
  
* Creativity and Ideation
* Community and Influence
* Cross-Cutting Applications
7/27/2020
  
https://www.cybercp.com/doeinl

~Introduction of PACT Program by Robert Westervelt, Licensing Executive at Sandia National Laboratories, and Jason Gayl, Managing Partner, Cyber Capital Partners

~HADES: Computer Network Defense System

HADES's AI produces high fidelity business documents and changing IT environments to create a live massive interactive "honeypot" aimed at deceiving an attacker for long durations.

~Cybersecurity Framework & Compliance Tool

A management and compliance tool to manage, train and improve the cybersecurity posture within industrial control organizations.

~ADDSec: Dynamic Defense and Network Randomization for Computer Systems

ADDSec brings an integrated suite of cybersecurity techniques together to create IP hopping capabilities to prevent and mitigate threats to the network.
7/23/2020
  
https://www.cybercp.com/doeinl

~Introduction of PACT Program by Jonathan Cook, Licensing and Commercialization Manager at Idaho National Laboratory, and Jason Gayl, Managing Partner, Cyber Capital Partners

~MASTERI: A Computer-aided Technique For Assessing Infrastructure Reliability and Resilience and Related Systems, Methods, and Devices

An integrated suite of software that accurately calculates device dependency and the resulting expected Return on Resiliency Investment.

~OpDefender: Network Control and Monitoring System for Industrial Control Systems

A means of retrofitting industrial control systems with software defined networks to add cybersecurity functionality in legacy devices.

~WiFIRE: Spectrum Monitoring and Analysis, and Related Methods, Systems, and Devices

Using multiple sensor devices and integrated software to simplify wireless network spectrum monitoring for physical-cyber security.
7/21/2020
  
Virtual Meeting - This is an INVATION ONLY Program review meeting.

The Advanced Reactor Technologies (ART) Gas-Cooled Reactor (GCR) Campaign Program Review will be virtually through BlueJeans on July 14-16, 2020. The review meeting will include Advanced Gas Reactor Fuels,Graphite and the Validation and Simulation Methods areas of the GCR Campaign. The meeting will begin at 8:00 a.m. on Tuesday, July 14 and conclude around noon on Thursday, July 16.

For more information/registration: https://art.inl.gov/SitePages/2020ProgramRegistration.aspx
7/14/2020
  

​Just as in all other industries, sustainability is vital to nuclear energy production. Recycling of nuclear fuel contributes to the environmental and social pillars of that sustainability because it simultaneously improves natural resources utilization and waste minimization. This webinar provides additional insight to the consequences of repetitive fuel recycling and compares selected reactors based on their neutronics performance in the closed Th-U and U-Pu cycles.

https://www.gen-4.org/gif/jcms/c_116958/jiri-krepel-flyer-24-june-2020
6/24/2020
  
The workshop will provide an opportunity for designers, vendors, owners, regulators, and representatives of standards development organizations (SDOs) to discuss standards needs to support advanced reactors. The discussion will include advanced reactor developer perspectives, codes and standards organization perspectives as well as DOE and NRC perspectives. The objective is to help ensure alignment of developer needs and codes and standard organization priorities.
6/23/2020
  
The GAIN Clean Nuclear Energy for Industry Webinar Series highlights the innovations in nuclear energy and associated integrated-energy options that may be beneficial to a wide range of industrial energy applications. The intent is to develop connections between the nuclear community and the energy end-use community to communicate the benefits of clean, reliable, and resilient nuclear energy.

The third webinar in this series is co-sponsored by ANS Young Members Group and features the feasibility study led by The Nuclear Alternative Project (NAP), a non-profit formed by Puerto Rican engineers in the U.S. nuclear industry and involved a team of more than 20 consultants and industry advisors.  This study, highlighting SMRS and Microreactors for Puerto Rice, represents a first-of-a-kind collaborative effort focused on the need for next-generation nuclear reactors in response to Puerto Rico's House Resolution 1189.  In this webinar, Eddie Guerra and Luis Reyes will present the study's key findings with a special focus on applications for Puerto Rico's manufacturing sector and critical infrastructure needs.

https://gain.inl.gov/SitePages/GAINWebinarSeries.aspx
6/18/2020
  
For information please check here: https://gain.inl.gov/SitePages/DE-FOA-0002271.aspx
6/4/2020
  
For information please check here: https://gain.inl.gov/SitePages/DE-FOA-0002271.aspx
6/2/2020
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