I am looking for any informations about any research groups who work on small modular reactors in order to contact them for any collaboration opportunity
The list of small and medium-sized reactor designs under development and deployment
Water-cooled SMRs
CAREM-25 (Argentina)
ACP100 (China)
Flexblue (France)
AHWR300 (India)
IRIS (International Consortium)
DMS (Japan)
IMR (Japan)
SMART (Republic of Korea)
KLT-40S (Russian Federation)
VBER-300 (Russian Federation)
ABV-6M (Russian Federation)
RITM-200 (Russian Federation)
VVER300 (Russian Federation)
VK-300 (Russian Federation)
UNITHERM (Russian Federation)
RUTA-70 (Russian Federation)
mPower (United States)
NuScale (United States)
Westinghouse SMR (United States)
SMR-160 (United States)
Elena (Russian Federation)
SHELF (Russian Federation)
High temperature gas-cooled SMRs
HTR-PM (China)
GTHTR300 (Japan)
GT-MHR (Russian Federation)
MHR-T (Russian Federation)
MHR-100 (Russian Federation)
PBMR-400
(South Africa)
HTMR-100
(South Africa)
EM2
(United States)
SC-HTGR (United States)
Xe-100 (United States)
Liquid-metal cooled fast SMRs
CEFR (China)
PFBR-500 (India)
4S (Japan)
SVBR-100 (Russian Federation)
BREST-300 (Russian Federation)
PRISM (United States)
Gen4 Module (United States)
Updated status on global SMR development –as of September 2014 reactor design
Water Cooled Reactors CAREM-25 Integral pressurized water reactor
CNEA, Argentina 27 Under construction
ACP-100 Integral pressurized water reactor
CNNC (NPIC/CNPE), China 100 Detailed design
Flexblue Subsea pressurized water reactor
DCNS, France 160 Conceptual design
AHWR300-LEU Pressure tube type heavy water moderated reactor
BARC, India 304 Basic design
IRIS Integral pressurized water reactor IRIS, International Consortium 335 Basic design
DMS Boiling water reactor Hitachi-GE Nuclear Energy, Japan 300 Basic design
IMR Integral modular water reactor Mitsubishi Heavy Industries, Japan
350 Conceptual design completed
SMART Integral pressurized water reactor KAERI, Republic of Korea
100 Licensed/Des ign certification received in July 2012
KLT-40S Pressurized water reactor OKBM Afrikantov, Russian Federation
35 × 2 modules barge mounted Under construction, target of operation in 2016 – 2017
VBER-300 Integral pressurized water reactor OKBM Afrikantov, Russian Federation 325 Licensing stage
Westinghouse SMR Integral pressurized water reactor Westinghouse Electric Company LLC, US ˃225 Preliminary design completed
SMR-160 Pressurized water reactor Holtec International, US 160 Conceptual design
High temperature gas cooled reactors HTR-PM Pebble Bed HTGR Tsinghua University, China 211 Under construction
GT-HTR300 Prismatic Block HTGR Japan Atomic Energy Agency, Japan
100 – 300 Basic design
GT-MHR Prismatic Block HTGR OKBM Afrikantov, Russian Federation
285 Conceptual design completed
MHR-T reactor/Hydrogen production complex
Prismatic Block HTGR OKBM Afrikantov, Russian Federation 4 x 205.5 Hydrogen production Conceptual design
MHR-100 Prismatic Block HTGR OKBM Afrikantov, Russian Federation
25 – 87 cogeneration Conceptual design
PBMR-400 Pebble Bed HTGR Pebble Bed Modular Reactor SOC Ltd, South Africa
165 Detailed design
HTMR-100 Pebble Bed HTGR Steenkampskraal Thorium Limited (STL), South Africa 35 per module (140 for 4 module plant) Conceptual design, preparation for prelicense application
SC-HTGR Prismatic Block HTGR AREVA, US 272 Conceptual design
Xe-100 Pebble Bed HTGR X-energy, US 35 Conceptual design
Liquid metal-cooled fast spectrum reactors CEFR Sodium-cooled fast reactors
China Nuclear Energy Industry Corporation, China 20 In operation
PFBR-500 Sodium-cooled fast breeder reactor Indira Gandhi Centre for Atomic Research, India 500 Preparation for start-up, commissioni ng
4S Sodium-cooled fast reactor Toshiba Corporation 10 Detailed design
BREST-OD-300 Lead-cooled fast reactor RDIPE, Russian Federation 300 Detailed design
SVBR-100 Lead Bismuth cooled fast reactor AKME Engineering, Russian Federation 101 Conceptual design
PRISM Sodium-cooled fast breeder reactor GE Nuclear Energy 311 Detailed design
EM2 High temperature heliumcooled fast reactor General Atomics, US 240 Conceptual design
G4M Lead-bismuth cooled fast reactor Gen4 Energy Inc., US 25 Conceptual design
SMRs under construction for immediate deployment – the front runners
Argentina CAREM-25 27 CNEA 1 Near the Atucha-2 site
2017 ~ 2018
China HTR-PM 250 Tsinghua Univ. /Harbin 2 mods, 1 turbine
Shidaowan unit-1 2017 ~ 2018
India PFBR-500 500 IGCAR 1 Kalpakkam 2015 ~ 2016
Russian Federation KLT-40S (ship-borne) 70 OKBM Afrikantov 2 modules Akademik Lomonosov units 1 & 2 2016~2017 RITM-200 (Icebreaker) 50 OKBM Afrikantov 2 modules RITM-200 nuclear-propelled Icebreaker ship 2017 ~ 2018
For more information see my paper entitled "The Current Status and Perspectives for the Use of Small Modular Reactors for Electricity Generation"
The list of small and medium-sized reactor designs under development and deployment
Water-cooled SMRs
CAREM-25 (Argentina)
ACP100 (China)
Flexblue (France)
AHWR300 (India)
IRIS (International Consortium)
DMS (Japan)
IMR (Japan)
SMART (Republic of Korea)
KLT-40S (Russian Federation)
VBER-300 (Russian Federation)
ABV-6M (Russian Federation)
RITM-200 (Russian Federation)
VVER300 (Russian Federation)
VK-300 (Russian Federation)
UNITHERM (Russian Federation)
RUTA-70 (Russian Federation)
mPower (United States)
NuScale (United States)
Westinghouse SMR (United States)
SMR-160 (United States)
Elena (Russian Federation)
SHELF (Russian Federation)
High temperature gas-cooled SMRs
HTR-PM (China)
GTHTR300 (Japan)
GT-MHR (Russian Federation)
MHR-T (Russian Federation)
MHR-100 (Russian Federation)
PBMR-400
(South Africa)
HTMR-100
(South Africa)
EM2
(United States)
SC-HTGR (United States)
Xe-100 (United States)
Liquid-metal cooled fast SMRs
CEFR (China)
PFBR-500 (India)
4S (Japan)
SVBR-100 (Russian Federation)
BREST-300 (Russian Federation)
PRISM (United States)
Gen4 Module (United States)
Updated status on global SMR development –as of September 2014 reactor design
Water Cooled Reactors CAREM-25 Integral pressurized water reactor
CNEA, Argentina 27 Under construction
ACP-100 Integral pressurized water reactor
CNNC (NPIC/CNPE), China 100 Detailed design
Flexblue Subsea pressurized water reactor
DCNS, France 160 Conceptual design
AHWR300-LEU Pressure tube type heavy water moderated reactor
BARC, India 304 Basic design
IRIS Integral pressurized water reactor IRIS, International Consortium 335 Basic design
DMS Boiling water reactor Hitachi-GE Nuclear Energy, Japan 300 Basic design
IMR Integral modular water reactor Mitsubishi Heavy Industries, Japan
350 Conceptual design completed
SMART Integral pressurized water reactor KAERI, Republic of Korea
100 Licensed/Des ign certification received in July 2012
KLT-40S Pressurized water reactor OKBM Afrikantov, Russian Federation
35 × 2 modules barge mounted Under construction, target of operation in 2016 – 2017
VBER-300 Integral pressurized water reactor OKBM Afrikantov, Russian Federation 325 Licensing stage
Westinghouse SMR Integral pressurized water reactor Westinghouse Electric Company LLC, US ˃225 Preliminary design completed
SMR-160 Pressurized water reactor Holtec International, US 160 Conceptual design
High temperature gas cooled reactors HTR-PM Pebble Bed HTGR Tsinghua University, China 211 Under construction
GT-HTR300 Prismatic Block HTGR Japan Atomic Energy Agency, Japan
100 – 300 Basic design
GT-MHR Prismatic Block HTGR OKBM Afrikantov, Russian Federation
285 Conceptual design completed
MHR-T reactor/Hydrogen production complex
Prismatic Block HTGR OKBM Afrikantov, Russian Federation 4 x 205.5 Hydrogen production Conceptual design
MHR-100 Prismatic Block HTGR OKBM Afrikantov, Russian Federation
25 – 87 cogeneration Conceptual design
PBMR-400 Pebble Bed HTGR Pebble Bed Modular Reactor SOC Ltd, South Africa
165 Detailed design
HTMR-100 Pebble Bed HTGR Steenkampskraal Thorium Limited (STL), South Africa 35 per module (140 for 4 module plant) Conceptual design, preparation for prelicense application
SC-HTGR Prismatic Block HTGR AREVA, US 272 Conceptual design
Xe-100 Pebble Bed HTGR X-energy, US 35 Conceptual design
Liquid metal-cooled fast spectrum reactors CEFR Sodium-cooled fast reactors
China Nuclear Energy Industry Corporation, China 20 In operation
PFBR-500 Sodium-cooled fast breeder reactor Indira Gandhi Centre for Atomic Research, India 500 Preparation for start-up, commissioni ng
4S Sodium-cooled fast reactor Toshiba Corporation 10 Detailed design
BREST-OD-300 Lead-cooled fast reactor RDIPE, Russian Federation 300 Detailed design
SVBR-100 Lead Bismuth cooled fast reactor AKME Engineering, Russian Federation 101 Conceptual design
PRISM Sodium-cooled fast breeder reactor GE Nuclear Energy 311 Detailed design
EM2 High temperature heliumcooled fast reactor General Atomics, US 240 Conceptual design
G4M Lead-bismuth cooled fast reactor Gen4 Energy Inc., US 25 Conceptual design
SMRs under construction for immediate deployment – the front runners
Argentina CAREM-25 27 CNEA 1 Near the Atucha-2 site
2017 ~ 2018
China HTR-PM 250 Tsinghua Univ. /Harbin 2 mods, 1 turbine
Shidaowan unit-1 2017 ~ 2018
India PFBR-500 500 IGCAR 1 Kalpakkam 2015 ~ 2016
Russian Federation KLT-40S (ship-borne) 70 OKBM Afrikantov 2 modules Akademik Lomonosov units 1 & 2 2016~2017 RITM-200 (Icebreaker) 50 OKBM Afrikantov 2 modules RITM-200 nuclear-propelled Icebreaker ship 2017 ~ 2018
For more information see my paper entitled "The Current Status and Perspectives for the Use of Small Modular Reactors for Electricity Generation"
IAEA published a summary report of about 50 SMRs in the world.
Please download from their web-site.
Our group also contributed as Molten Salt Reactor "FUJI".
"Advances in Small Modular Reactor Technology Developments"
2018 Edition.
https://aris.iaea.org/Publications/SMR-Book_2018.pdf
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