The Answer To Detroit's Problems: Build Mobile Nuclear Reactors

reactors on wheels russia photo

After all, alternative energy is huge now, and in World War II Detroit retooled from cars to tanks in a matter of months. How much of a stretch would it be for them to start churning out these portable nuclear power stations that the Russians used until the unfortunate events at Chernobyl nudged them off the road. This is a TES-3 built on a T10 tank platform, with an 8.8 megawatt output.tes3 mobile nuclear reactor article photo

Detroit could build the tanks, throw a hot tub sized Hyperion in the trunk, and Detroit, CO2 and alternate energy solved in one fell swoop.

nuke model trucks photo

There were evidently versions with tracks and others proposed to be built into more conventional trailers.

installing-core image

The actual reactor itself? English-Russia via Red Ferret
tes 3 mobile nuclear reactor photo
Source : Paper by M. Sinev found here

Found in a search:

In the Soviet Union problems are studied regarding the use of small-size nuclear power plants for remote regions—regions located far from the power supply systems. Some examples are the areas of the Far North, dense forest corners of Siberia and the Far East. In these places, Diesel-type or thermal power plants are usually erected which are fired by transported liquid or solid fuel.

There are great difficulties connected with delivery of fuel to these regions. Therefore, for these regions small nuclear power plants could be expedient even today.

In the years 1961 through 1963 two small-size nuclear power plants were constructed: the TEhS-3, with a water-cooled and water-moderated reactor, and the ARBUS nuclear power unit, with an organic-cooled and organic-moderated reactor.

TEhS-3 transportable nuclear power plant

The TEhS-3 nuclear power plant, assembled with a large unit and with a water-cooled and water-moderated reactor of 1,500-kw capacity, was put into operation in 1961 in Obninsk.

It is very important that the construction and mounting operations for the nuclear power plants intended for use in remote areas be minimum at the place of operation. In this respect the TEhS-3 plant serves as an example: it was supplied from the manufacturing plant in a state ready for operation.

Practically all the equipment of the TEhS-3 plant is completed in four large units and positioned on four self-driven caterpillar platforms with heated car-type bodies. This makes it possible to operate the TEhS-3 plant without constructing special buildings, and preparation of the construction site is reduced mainly to the arrangement of the biological shielding. The total weight of the TEhS-3 plant equipment is 210 t (Table 5-1).

The weight and dimensions of the self-driven power units facilitates transportation by rail. The operation of the TEhS-3 plant since 1961 has confirmed its reliability, good controlability and easy servicing.

At present the transportable nuclear power plant is used as a research base for creating plants of a similar type.

Performance of TEhS-3 portable nuclear power plant

Thermal power: 8,800 kw
Electrical power: 1,500 kw
Thermal efficiency: 17 per cent
Coolant: Ordinary water
Coolant flow rate: 1,000 m3/hr
Coolant pressure: 130 atm
Coolant temperature at reactor inlet: 270° C
Coolant temperature at reactor outlet: 300°C
Steam parameters - pressure: 20 atm
Steam parameters - temperature: 280°C
Fuel lifetime: 250 days

More on Portable and bathtub sized reactors:

Hyperion Power Generation Sells Someone on Portable Nuclear Power
A Nuclear Hot Tub in Your Backyard

Tags: Alternative Energy | Nuclear Power | Russia


treehugger slideshows