NuScale Modular Reactor gets NRC certification

In summary, NuScale Power, a startup company, has received NRC certification for their modular reactor design of 50 MW, allowing utilities to use this design in their power plant applications. The modular concept could potentially reduce the cost of nuclear power plants through production scale and standardization, but it is still too early to tell. The modules can be added over time, allowing for flexibility in plant size. One potential benefit is a smaller Emergency Planning Zone, but the issue of co-located units has been raised. Many single unit nuclear plants have shut down in recent years, with existing units being sold to larger utilities.
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gleem
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NuScale Power a startup company whose product is a modular reactor of 50 MW has received NRC certification so utilities can reference this reactor in their application to build a power plant using this design.

https://www.msn.com/en-us/weather/t...A16zG60?cvid=aea9bfdb3d5c4073b75f973c2004c008

The question remains can this modular concept reduce the cost of nuclear power plants by production scale and standardization of installations?
 
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gleem said:
NuScale Power a startup company whose product is a modular reactor of 50 MW has received NRC certification so utilities can reference this reactor in their application to build a power plant using this design.
Each module produces 50 MWe, and so plants could be designed for 600 MWe (12 modular units), or larger.

gleem said:
The question remains can this modular concept reduce the cost of nuclear power plants by production scale and standardization of installations?
Too early to tell. In theory, one can get up one or two modules very quickly, and add over time.

One could build a small 100 MWe plant (2 modules), 200 MWe (4 modules), and so on. I don't know what the installation process looks like yet. For example, can existing modules operate during installation of the new units?

One supposed benefit of the NuScale modular plant is the smaller Emergency Planning Zones (EPZ), since the modules in theory were accident-resistant or accident toleration (I don't really know where they are with that). However, the Fukushima accident raised issues of co-located units, which is an issue for multi unit plants.
NRC Ref for EPZ: https://www.nrc.gov/about-nrc/emerg-preparedness/about-emerg-preparedness/planning-zones.html

Over the past three or so decades, most single unit nuclear plants (NPPs) have shutdown. Those existing single units have been sold off to larger utilities like Exelon and Entergy.
 

Related to NuScale Modular Reactor gets NRC certification

What is a NuScale Modular Reactor?

A NuScale Modular Reactor is a type of small modular reactor (SMR) designed by NuScale Power. It is a scalable nuclear reactor that can be used to generate electricity, process heat, and provide other energy services. Each module is capable of producing 60 megawatts of electricity, and multiple modules can be combined to create larger power plants.

What does NRC certification mean for NuScale Modular Reactors?

NRC certification means that the U.S. Nuclear Regulatory Commission has thoroughly reviewed and approved the design of the NuScale Modular Reactor for safety and compliance with regulatory standards. This certification allows NuScale to move forward with the deployment and commercialization of their reactors.

Why is the certification of the NuScale Modular Reactor significant?

The certification of the NuScale Modular Reactor is significant because it represents a major milestone in the development and deployment of advanced nuclear technology. It demonstrates that the design meets stringent safety and regulatory requirements, paving the way for the construction of new nuclear power plants that can provide reliable, low-carbon energy.

What are the potential benefits of using NuScale Modular Reactors?

NuScale Modular Reactors offer several potential benefits, including enhanced safety features, reduced construction costs, and flexibility in deployment. Their small size and modular nature allow for incremental capacity additions and the ability to be used in a variety of locations, including remote areas and industrial sites. Additionally, they produce low-carbon electricity, contributing to efforts to reduce greenhouse gas emissions.

What are the next steps following the NRC certification of the NuScale Modular Reactor?

Following NRC certification, NuScale Power will focus on securing customers and sites for the deployment of their reactors. They will also work on obtaining additional regulatory approvals, finalizing design details, and beginning the construction of the first commercial NuScale power plants. The company aims to have its first operational plant within the next few years.

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