Containers are handled in a similar way to vehicles, as they can be loaded onto flatbed vehicles for transport. Containers are automatically added when enough of a particular resource is present. For UF6 .75 tons = 1 container. For Nuclear Fuel 0.20 tons = 1 container. And finally, for Nuclear Waste 0.40 tons = 1 container. Always remember to check the weights of the container as the final weight is heavier than the resource.

Uranium Mining is self explanatory, its just like any other mine operation.

Uranium ore is then converted to uranium oxide in a processing plant. After that the uranium oxide is then converted to UF6. UF6 is then stored in a container which is then taken to a fuel fabrication plant where it is then converted to nuclear fuel. This is the final level of processing before it can be added to a nuclear power plant.

Nuclear Power Plants operate similarly to the coal plant, where it requires fuel to operate with a linked production capacity. During normal power generation the power plant generates waste. A power plant is required to be linked to a cooling tower through a cooling pipe connection.

Nuclear waste is stored in a container just like nuclear fuel. Nuclear waste can be dealt with in one of two ways:
1. Exporting. Nuclear waste costs very little to export, and is one of the games only negative value items. A container costs about ~600 rubles to export at the border.
2. Storing. As containers are stored like vehicles, they can be stored in a far away vehicle storage.

Nuclear power is an extremely clean and cheap way to produce power. The only problem with nuclear power is the extremely high cost of nuclear fuel, therefore making it unpractical to import it for electricity use. The only sure way to make nuclear power profitable is to produce the nuclear fuel domestically, and transport it to the nuclear power plant.
Nuclear waste, as mentioned previously, is very cheap to export and does not have a large cost compared to any other part of the process.