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{{Alduria Article}}
{{Nouvelle Alexandrie Article}}{{Alduria Article}}
{{Infobox company
{{Infobox company
|name = AlduATOM
|name = AlduATOM
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|foundation = {{AN|1676}}
|foundation = {{AN|1676}}
|location_city = Amapola
|location_city = Amapola
|location_country = [[Alduria]]
|location_country = {{team flag|Nouvelle Alexandrie}}
|products = [[wikipedia:Small modular reactor|Small modular nuclear reactors]] (SMR)
|products = [[wikipedia:Small modular reactor|Small modular nuclear reactors]] (SMR)
}}
}}

Revision as of 19:30, 29 February 2024

AlduATOM
Type Limited liability company
Industry Nuclear power
Founded 1676 AN
Headquarters Amapola, Nouvelle Alexandrie Nouvelle Alexandrie
Products Small modular nuclear reactors (SMR)

AlduATOM is a New Alexandrian private company that designs and markets small modular nuclear reactors (SMRs). It is headquartered in Amapola, Alduria. AlduATOM was founded based on research funded by the then-independent Republic of Alduria's Department of Finance and Commerce from 1674 AN to 1676 AN. After government funding was cut, scientists with the program obtained related patents in 1676 AN and started AlduATOM to commercialize the technology with help from private equity and investments by Javelin Industries. The technology developed by AlduATOM was initially projected to be commercially available around the year 1689 AN.

AlduATOM's SMR designs are for 9 feet (2.7 m) diameter by 65 feet (20 m) high reactor vessels that use conventional light water cooling methods and runs on low enriched uranium fuel assemblies based on existing light water reactor designs. Each module is intended to be kept in an underground pool and is expected to produce about 60 megawatts of electricity. It uses passive water-circulation that can operate without powered pumps or circulatory equipment.

Development and Challenges

AlduATOM has faced various challenges since its inception. The initial technology development phase was met with skepticism from the public and regulatory bodies due to the novelty of SMR technology. Moreover, regulatory hurdles and additional safety requirements contributed to increased costs and delayed the initial commercialization projection from 1689 AN to 1693 AN.

In 1688 AN, an accident at a test facility in Alduria raised concerns about the safety of the SMR technology. The incident led to a temporary halt in the research and development activities and a thorough investigation by the Aldurian Nuclear Regulatory Commission. The investigation concluded that the accident was due to a design flaw in the passive cooling system, which was promptly addressed by AlduATOM engineers. The redesigned system underwent rigorous testing and received approval from the regulatory commission, allowing the company to resume its activities in 1690 AN.

First Commercial Power Plant

AlduATOM began construction of its first commercial power plant in Rothborne, Alduria in 1695 AN, after receiving necessary regulatory approvals and securing funding. The power plant, with an initial capacity of 180 megawatts, was completed in 1698 AN and began operations in 1699 AN. The success of the Rothborne power plant has led to increased interest in SMR technology both domestically and internationally.

Partnerships and Future Expansion

AlduATOM has established partnerships with leading nuclear energy companies worldwide, sharing expertise and collaborating on research and development initiatives. These partnerships have allowed AlduATOM to refine its SMR designs and develop plans for expansion into international markets.

The company is currently in negotiations with several countries to build SMR power plants, providing a cleaner and more efficient energy source to meet growing global energy demands. AlduATOM plans to continue improving its designs and increasing the efficiency of its reactors to maintain a competitive edge in the rapidly evolving nuclear power industry.

In addition to international expansion, AlduATOM has initiated research into advanced nuclear technologies, including thorium-based reactors and fusion energy, with the aim of diversifying its product portfolio and offering a broader range of solutions to address various energy challenges. These research efforts have attracted significant investment and interest from both the public and private sectors, positioning AlduATOM as a frontrunner in nuclear innovation in Nouvelle Alexandrie.

Sources of uranium