The Conversation (0)
In a demonstration of the current administration’s commitment to promote the United States nuclear industry, the Department of Energy announced a new funding initiative for manufacturing small modular nuclear reactors in the US.
By Dave Brown – Exclusive to Uranium Investing News
Mitigating environmental and public safety threats
At approximately one-third the size of nuclear power plants currently operating in the US, small modular reactors can be advantageous in diversifying safety and environmental risks. Many larger nuclear power plants have active safety features that require human interaction to function properly. Small modular nuclear reactors are often designed to employ passive safety features engineered to work on physical laws. These inherent safety features often require fewer moveable parts to operate safely. Small modular nuclear reactors are also manufactured in factories and then transported to sites which reduce constraints on capital and construction times. Smaller sizes also improve the adaptability for utilities to scale for different electric grids and situations that would not otherwise demand large reactors.
Academic support for governmental energy policy initiative
The Energy Policy Institute at the University of Chicago published a report last December concluding that small modular reactors might be critical in future nuclear power generation in the United States. The report evaluated the economic feasibility of traditional large scale nuclear power reactors compared with smaller modular nuclear reactors with generating capacities of 600 megawatts or less.
According to a separate report it would cost an estimated $4,210 per kilowatt to build a new large scale reactor which is approximately $2,210 per kilowatt higher than an earlier estimate from 2004. This material change is primarily because of commodity price increases which now represent significant project cost inflation within seven years.
Opportunity for the nuclear industry to adapt to change
A large impediments for the nuclear power industry in the United States has been the extensive time and cost to build a nuclear plant and the expected delay until revenue generation was realized. Small modular nuclear reactors effectively underscore factory construction efficiency within a compressed timeframe. Small modular nuclear designs at an advanced stage of development in the United States include NuScale Power’s 45 megawatt NuScale reactor, which is envisaged as being clustered in modules of 12 to form a power plant of around 540 megawatt, and Babcock & Wilcox’s (NYSE:BWC)160 megawatt mPower.
Westinghouse has developed a small modular nuclear reactor with passive safety systems and reactor internals including fuel assemblies based closely on those in the AP1000. In December the Nuclear Regulatory Commission officially certified Westinghouse Electric’s AP1000 standard nuclear reactor design.
Multiple reactor units already deployed in China
China’s State Nuclear Power Technology Corporation recently announced its second Westinghouse AP1000 reactor under construction. Additional AP1000 units are under construction at each site, with third and fourth units planned.
Potential changes for uranium producers
The potential of greater flexibly and higher efficiencies will change the nuclear industry and could result in a more rapid and responsive deployment of uranium fuel. Utilities may not need to build inventory of uranium fuel supply. The result could mean an increase in smaller transacted volumes and relative increased frequency on uranium orders.
An increased demand for uranium will certainly be a positive catalyst for prices as the growing global demand and constrained supply becomes realized by the market. Eventually this could make additional uranium exploration and development projects much more interesting as underlying resources demonstrate highly compelling valuations.
Securities Disclosure: I, Dave Brown, hold no direct investment interest in any company mentioned in this article.
