Nuclear Reactors to Produce Oil | New Energy and Fuel
Al Fin found news in Japan at The Daily Yomiuri that an as yet unnamed Canadian oil sands production firm is working with the huge firm Toshiba’s nuclear reactor section to build, get approvals for and install reactors to produce steam to heat the underground oil sand’s bitumen for extraction and oil production.
|Nuclear Reactor Oil Sands Extraction Diagram|
What is known technically is the 4S reactor is a sodium-cooled fast neutron reactor operating at high temperature, capable of providing high temperature steam. In such a configuration working at steam assisted in situ oilsands production refueling would take place after 30 years of operation.
|Toshiba Model 4S Sodium Reactor|
The news will also likely attract attention as an effort toward utilizing the nation’s nuclear technology in fields other than power generation.
On background and to refresh briefly, oil sands are sandstone deposits, which contain a viscous form of petroleum called bitumen that can be upgraded and refined for use as petroleum-based fuel. Compared with conventional oil fields, the oil sands resources have so far been difficult and expensive to develop. The current heat source for the steam production is burning natural gas.
The Daily Yomiuri said, according to its sources, the output of Toshiba’s new small reactor is reported to be in the 10,000 kilowatts to 50,000 kilowatts range, about 1 to 5 percent of a regular nuclear reactor for power generation.
Steam generated in the reactor will be sent to reservoir strata located at a depth of about 300 meters, where the oil sands are found, to turn the sand into slurry. The slurry will then be extracted from the strata using a separate pipe.
To ensure the reactor’s safety, Toshiba reportedly plans to construct a nuclear reactor building underground, while the building itself will be equipped with an earthquake-absorbing structure.
Toshiba has completed a basic design for the reactor and has already started the approval procedures for construction in the United States. The application, if in fact is progressing, has been done quietly. Meanwhile the U.S. competition must dither with politics.
Assuming Toshiba can obtain the official go-ahead from the U.S. government, Toshiba will then undergo safety checks in Canada. Then Toshiba plans to improve the level of understanding of the local folks by disclosing information about its small reactor to residents and carefully explain its safety to them.
To add to the surprise the report includes news that Toshiba has been working in Alaska and municipalities in northern Canada to introduce its small reactor as a small-scale power station. With a small size, very long fuel cycle, low cost and transportability the reactor will be quite easy to introduce in frontier areas.
Further news has it that Toshiba is considering using the reactor at desalination plants, which convert seawater into freshwater, or as a power source for electrolysis equipment to produce hydrogen for fuel battery-powered vehicles.
One can see clearly now that the U.S. nuclear industry has lost years of leadership to political infighting. Special interests may have held up U.S. technology, but on the global scale the special interest have only damaged the industry, the job market, research and development, education opportunities, business markets and investment returns.
The antinuclear crowd may have done more commercial damage than any other special interest in history in dollars, time and potential – all assisted by a nitwitted mass media and followed by cowardly and opportunist politicians.