Overview

The HTR conference series focuses on High Temperature Gas-cooled Reactors (HTGR) technology including heat applications.
Inaugurated in 2002 by the European High Temperature Reactor Technology Network (HTR-TN) at Petten, the Netherlands, successive meetings were held in China (Beijing, 2004), South Africa (Johannesburg, 2006), the USA (Washington DC, 2008), Czech Republic (Prague, 2010), Japan (Tokyo, 2012), China (Weihai, 2014), the USA (Las Vegas, 2016), Poland (Warsaw, 2018) and Indonesia (Yogyakarta, 2021).
HTR 2024 is to be held in Beijing, China during 14-18 October, 2024. HTR 2024 aims to accelerate research and development on HTGR and heat application technologies, and make practical use of HTGR systems, through discussing and exchanging on the latest results and information on the above technologies and user requests as well as future perspectives and plans.
We would like to invite all the experts from research and industry sectors as well as decision makers of interest including utilities, user industries, nuclear venders, governments and all the people who are interested in HTGR to join the conference. HTR 2024 will try to provide a comprehensive networking and exchange forum for professionals in R&D and in industry as well as for decision makers from governments, utilities, end-user industries and vendors. Attendees will obtain the latest results and information on new orientations and perspectives.

Deadlines

Abstract Due: March 15, 2024    March 31, 2024
Review Notification: April 15, 2024
Full Papers Due: June 30, 2024        July 25, 2024
Review Notification: August 15, 2024
Final Papers Due: September 15, 2024

Scientific programme

Track 1: National Research Programs and Industrial Projects

1) Specific Program and Project Development
2) Plant and Equipment Development and Construction
3) Operating Experience
4) Test Facilities and Results


Track 2: Industrial Applications and Markets

1) Design, Engineering and Testing
2) Analytical Methodology
3) Industrial Process Heat
4) Hydrogen Production
5) Desalination
6) Other Applications

Track 3: Fuel and Waste

1) Fuel Design
2) Fabrication
3) Safety and Qualification
4) Irradiation and PIE
5) Modeling and Simulation
6) Waste Management


Track 4: Materials, Components and Manufacturing

1) Metallic Material Properties and Performance
2) Non-Metallic Material Properties and Performance
3) Corrosion
4) Irradiation Effects
5) Component Design
6) Modeling and Simulation
7) Design Codes and Standards

Track 5: Reactor Physics Analysis

1) Nuclear Data
2) Modeling and Simulation
3) Reactor Physics Methods and Codes
4) Fuel/Core Designs
5) Fuel Cycle Analysis




Track 6: Thermal-hydraulics, Structural and Multiphysics Analyses

1) Thermophysical Property Data
2) Thermal-Hydraulics, Fluid Dynamics Methods and Codes
3) Heat Transfer Issues, Methods and Codes
4) Transient and Accident Analysis Methods and Codes
5) Structural Methods and Codes
6) Multi-physics Methods and Codes
7) Fission and Activation Product Transport
8) Flow Induced Vibration

Track 7: Development, Design and Engineering

1) Progress in New Generation Reactor Designs
2) Plant Dynamics and Control
3) System and Facility Design
4) Economic Assessment
5) Construction Methods and Experience

Track 8: Safety and Licensing

1) Safety Design and Analysis
2) Accident Analysis and Protection
3) Seismic Analysis and Protection
4) Source Term Evaluation
5) Safety Concepts
6) Licensing Strategies
7) Licensing Application and Development Status

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