Offshore SMR solution
The floating nuclear power plant (FNPP) is designed to supply power, heat, and desalinated water to coastal or isolated areas, offshore facilities, islands, and archipelagoes.
High mobility
Fast solution for energy deficit regions
Easy integration into grid
Competitive cost of generation
Eco-friendly
Multipurpose application
RITM
| Reactor type | Integral PWR |
| Thermal capacity | 175 MW |
| Evaporation capacity | 248 t/h |
| Steam temperature | 295°C |
| Steam pressure | 3.82 MPa |
| Design life | 60 years |
| Capacity factor | 90% |
| Fuel enrichment | < 20% |
FNPP
| Electrical capacity | 100 MW (2×50) |
| Thermal power with electric power reduced to 59 MWe | 170 Gcal/h |
| Length | 112 m |
| Beam | 25 m |
| Draught | 4.5 m |
| Displacement | 12 000 t |
| Design life | 60 years |
Rosatom is already working on the next generation of FPUs or Optimised Floating Power Units (OFPUs), which will be equipped with two RITM-200M reactors (each with a power capacity of 50 MWe).
In addition, OFPUs already respond to key market requirements, such as compact size, increased power capacity, long refueling cycle, flexible load following capabilities, and multiple purpose use, including water desalination or district heating. Regarding these factors, an OFPU based on a RITM-200M reactor offers the most suitable technical and economic solution for regions with extended coastlines, power supply shortages, and limited access to electrical grids.