Russia has the largest number of small nuclear reactors[1] in the world.[2]
Name | Power (in MWe) | Technology | Producer | Status[3] |
---|---|---|---|---|
EGP-6 | 11 | RBMK | IPPE & Teploelektroproekt Design | Operating |
ELENA* | 0.068 | PWR | Kurchatov Institute | Conceptual Design |
ABV | 3-10 | PWR | OKBM Afrikantov & IPPE | Detailed Design |
KLT-20 | 20 | PWR | OKBM Afrikantov | Conceptual Design |
KLT-40 | 35 | PWR | OKBM Afrikantov | Under Construction |
VK-300 | 250 | BWR | Kurchatov Institute, IPPE & RDIPE | Detailed Design |
VKT-12 | 12 | BWR | OKB Gidropress | Shelved |
VVER-300 | 300 | BWR | OKB Gidropress | Conceptual Design |
VBER-300 | 325 | PWR | OKBM Afrikantov | Licensing Stage |
VBER-150 | 110 | PWR | OKBM Afrikantov | Conceptual Design |
VKR-MT | 300 | BWR | VNIIAM & Kurchatov Institute | Feasibility Study |
BGR-300 | 130 | PWR | Kurchatov Institute | Feasibility Study |
MBUR-12 | 12 | SFR | OKBM & IPPE | Early Conceptual Design |
BN GT-300 | 300 | SFR | OKBM, IPPE & SPb AEP | Conceptual Design |
BMN-170 | 170 | SFR | OKBM, IPPE & SPb AEP | Conceptual Design |
RBEC-M | 340 | LFR | Kurchatov Institute | Feasibility Study |
RITM-200 | 50 | PWR | OKBM Afrikantov | Under Construction |
GT-MHR | 285 | HTGR | OKBM Afrikantov | Conceptual Design Completed |
MHR-T | 4х205.5 | HTGR | OKBM Afrikantov | Conceptual Design |
MHR-100 | 25 - 87 | HTGR | OKBM Afrikantov | Conceptual Design |
SVBR[4][5] | 10–100 | LFR | OKB Gidropress & IPPE | Conceptual Design |
MARS | 6 | MSR | Kurchatov Institute | Conceptual Design |
Angstrem | 6 | LFR | OKB Gidropress | Conceptual Design |
BRUS-150 | 150 | LFR | IPPE | ??? |
MTSPNR | 2 | HTGR | RDIPE | Conceptual Design |
NIKA-70 | 15 | PWR | RDIPE | Conceptual Design |
SAKHA-92 | 1 | PWR | OKBM | Conceptual Design |
RIT | 42 | PWR | OKBM | Preliminary Design |
BREST-OD-300[6] | 300 | LFR | RDIPE | Detailed Design |
UNITHERM | 6.6 | PWR | RDIPE | Conceptual Design |
RUTA-70 | 70 | PWR | RDIPE & IPPE | Conceptual Design |
SHELF | 6 | PWR | RDIPE | Conceptual Design |
'*' Once built, ELENA will be the smallest commercial nuclear reactor ever built.[7][8]
See also
editReferences
edit- ^ "Nuclear Power in Russia | Russian Nuclear Energy - World Nuclear Association". world-nuclear.org. Retrieved 2023-02-25.
- ^ "Map of Global SMR Technology Development" (PDF). International Atomic Energy Agency.
- ^ This list is based on a September 2014 IAEA Report, although some reactor statuses are from previous IAEA report.
- ^ "Coastal co-generating water desalinating facility powered by replaceable SVBR-75/100 Nuclear Reactor" (PDF). OKB Gidropress. Archived from the original (PDF) on 2014-10-11. Retrieved 2014-10-10.
- ^ Tatiana Antysheva (8 July 2011). "SVBR-100: New Generation Power Plants for Small and Medium-Sized Power Applications" (PDF). JSC AKME-Engineering.
- ^ A.I. Filin, V.V. Orlov; et al. "Design Features of the Brest Reactors and Experimental Work to Advance the Concept of Brest Reactors" (PDF). State Scientific Center of the Russian Federation.
- ^ "Updated Status on Global SMR Development" (PDF). International Atomic Energy Agency. September 2014.
- ^ "Advances in Small Modular Reactor Technology Developments" (PDF). International Atomic Energy Agency. September 2014.
External links
edit- List of Small Nuclear Reactors
- Publications on Small Nuclear Reactors Archived 2012-05-28 at the Wayback Machine
- Small Nuclear Power Reactors Archived 2013-02-12 at the Wayback Machine
- The encyclopedia of Earth - Small nuclear power reactors
- Nuclear Regulatory Commission´s advanced reactors
- World's Smallest Nuclear Reactors