Very interesting review from IAEA ARIS 2012_Status of SMR Design NENP-NPTDS being delivered to my e-mail today. But report has some uncertainties and errors. As You can see from report 32 projects has being analyzed, and 10 of presented projects from Russia. We are presenting here updated information about Russian SMR project in up-dated Table below.
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Reactor Model and Design: |
Reactors type: |
Basic Configuration El(Th)-Power: |
Safety and residual systems design. Seismic: |
Project Status: |
Notes, additional information: |
| KLT-40S, OKBM Afrikantov (Russia) | Pressurized LWR, Blocking design, 2 1C pumps – 2 r/speed each. 20% NC possible | FNPP (barge) mounted 2 units 35(150) each | Passive, Naval type design. Strong seismic capability requirements over 5-6g (and above) | Under construction | Design based on G3 Naval Reactor. Landing prototype full scale test completed, and 3 NIB (numbers of actual reactors not included Naval) |
| ABV-6M, OKBM Afrikantov (Russia) | Pressurized LWR, Modular, 100% NC | FNPP (barge) or land based 8.6(38) x 1 or 2 modules | Same | Detailed design | Scalable design based on G4 Naval Reactor. Landing prototype full scale test completed |
| RITM-200, OKBM Afrikantov (Russia) | Pressurized LWR, Semi-Modular, 4 1C pumps, but 100% NC possible | 50(175) for new generation of NIB | Same | Under manufacturing process | Design based on G4 Naval Reactor. Landing prototype full scale test completed |
| VBER-300, OKBM Afrikantov (Russia) | Pressurized LWR, Blocking design, 2 1C pumps – 2 r/speed each. 20% NC possible | 325(917) | Same | Detailed design | Scalable design based on G3 Naval Reactor. Landing prototype full scale test completed, and 3 NIB (numbers of actual reactors not included Naval) |
| WWER-300, SKB Gidropress (Russia) | Pressurized LWR, Loop design | 300(850) | Passive, Naval type design. Strong seismic capability requirements over 5-6g (and above) | Detailed design | Design based on civilian NR WWER-440 transferred to modern materials and technology, many time in operating including few units exported |
| SVBR, AKME Engineering (Russia) | LMCR fast reactor, Pb-Bi eutectic alloy. Modular design, 100% NC | 100 | Passive, Naval type design. Strong seismic capability requirements over 5-6 g (and above) | Detailed design | Design partially based on G2 Naval LMR. Landing prototype full scale test completed, and few NIB actual reactors was under operating in the Soviet Navy |
| VK-300, RDIPE (Russia) | BWR | 250(750) | Passive | Conceptual design | |
| UNITHERM, RDIPE (Russia) | PWR Modular design, 100 % NC | 2.5(20) | Passive, Naval type design | Conceptual design | |
| BREST-OD-300, RDIPE (Russia) | LMCR fast reactor Na | 300 | Passive | Conceptual design | |
| SHELF, NIKIET (Russia) | PWR | 6(28) | Passive, Naval type design | Conceptual design | Partially based on VAU (Supporting Nuclear Unit) Naval design. Full scale landing prototype successfully tested |
