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who we are |
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| Pebble Bed Modular Reactor (SOC) (PBMR) was
established in 1999 with the intention to develop and market
small-scale, high-temperature reactors both locally and internationally. |
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| The PBMR is a helium-cooled, High Temperature Reactor (HTR).��Very high efficiency and
attractive economics are possible without compromising the high levels
of passive safety expected of advanced nuclear designs. |
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| what is PBMR? |
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| The PBMR essentially comprises: |
| A steel pressure vessel which holds the enriched
uranium dioxide fuel encapsulated in graphite spheres.� The system
is cooled with helium and heat is converted into electricity through a
turbine. |
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| The plant comprises (1) a module building with the
reactor pressure vessel (RPV) and the power conversion unit (PCU). |
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| why PBMR? |
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| Safe, clean, cost-competitive, versatile, adaptable, and green energy.�
These, in a nutshell, are the features of South Africa's Pebble Bed
Modular Reactor (PBMR). |
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| project status |
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| From a small nuclear engineering company with barely 100 employees at its inception in 1999,
Pebble Bed Modular Reactor (SOC) (PBMR) has grown into one of the largest nuclear reactor design
and engineering companies in the world. In addition to the core team of some 800 people that were
at the PBMR head-office in Centurion near Pretoria, more than a 1000 people at universities,
private companies and research institutes were involved with the project. |
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| Pebble Bed Modular Reactor (SOC) is a public-private partnership comprising the South African
government, nuclear industry players and utilities. The PBMR was clasified as a strategic national
project due to its significance to South Africa and its potential in international markets, as a
prospective provider of safe, clean energy. |
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"The South African
PBMR technology is the leader in the world for generation IV type reactor and a leader in
HTGR fuel developments." |
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how safe is PBMR? |
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The PBMR has inherently safe features as a result of the design, materials
used, fuel and physics involved. |
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This is why, should a worst-case scenario occur, no human
intervention is required in the short or medium term. |
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