Highland materials will build a 16,000-tonne polysilicon factory (MT) at a former American nuclear project location, under a long-term lease with crucial production.
The crucial production has acquired 140 hectares where a nuclear power plant, ravaged by scandal, was left with 40% to construction with more than $ 2.6 billion in debts. It has signed a long -term rental agreement with highland materials for a polysilicon advanced production facility and a campus of other energy projects.
According to the US Department of Energy (DIY), the production facility of Highland will have an initial annual capacity of 16,000 MT polysilicon for solar panons against “less than standard costs”. At full capacity, the Doe said that the facility will produce 20,000 tons after four years, which is the equivalent of 11 GW of solar cells.
Much of the critical infrastructure, such as high -voltage connections, flexible zoning plans and a development -friendly permit environment are heirlooms of an incomplete core power facility that had collected more than $ 2.6 billion and was only 40% complete when it was canceled.
Highland Materials in American Highland, a purified polysilicon and manufacturer of aluminum and silicon alloy, said it is developing a product platform of the next generation that is designed to meet the rising domestic and international demand for such critical technologies.
In April 2024, Highland Materials said that it had protected $ 255.6 million in qualifying section Energy Project Credit (48C) tax credits to build a polysilicon factory in the United States.
The Inflation Reduction Act (IRA) has expanded the 48C credits to offer an additional credit allocation of $ 10 billion, with $ 4 billion reserved for projects in designated energy communities. The 48C credit is a tax credit of up to 30% of the qualified investments for qualifying projects, provided that they meet the prevailing wage and student requirements.
When it has granted tax credits, De Doe said that Highland worked closely with Northeast State Community College to develop and implement the development of staff, including the Ministry of Labor Certified student programs, together with other programs for the community.
Highland said that the Phipps Bend chose its exceptional electricity infrastructure, strategic location in the TVA region and the development of development that is able to support large-scale production of large-scale, very accurate.
Pivotal and Highland said they work closely with local, regional and federal stakeholders, including Hawkins County, the Tennessee Valley Authority, Holston Electric Cooperative and the state of Tennessee-om infrastructure, stimulus and economic development. According to Highland, the project will offer more than 400 well -paid full -time production paths.
The advanced production facility only includes part of the property. The 140 -hectare site, “The Phipps Bend Advanced Manufacturing & Technology Campus” is planned as a major infrastructure location for operators who need a powerful infrastructure and scale, said crucial partners.
The campus has direct access on site to a regional transmission interconnect that is owned by the Tennessee Valley Authority, a federal ownership of Electric Utility Corporation.
Much of the critical infrastructure, such as high-voltage connections, flexible zoning plans and a development-friendly permit environment, heirs of an incomplete nuclear energy facility that collected more than $ 2.6 billion to reach only 40% of construction when it was canceled.
Although online reactors have never been brought, crucial partners said that the site retains a “powerful legacy”: significant utility infrastructure, a strategic location within the TVA transmission network and a regional development classification rooted in energy-intensive industry. “Nowadays, those attributes offer a differentiated basis for advanced production and critical technology activities,” said Pivotal Partners.
Highland said that his energy -efficient process “has a much smaller footprint than that of other methods for silicon production and a much lower power consumption per kg produced.” The process can produce one kilogram of silicon with 20 to 40 kWh per kilogram, according to Highland.
The plant will use a reduced version of an aluminum silicon alloy system that melts the impure rough silicon with pure aluminum. This has a lower melting temperature than traditional methods, which means that the process needs less energy, Highland said.
The country started to be used for the first time for renewable energy in 2017 when United Renewable Energy has a installed 1 MW solar project In addition to the towers of the 35-year-old concrete ruins of the nuclear project.
Pivotal Manufacturing Partners is an investment platform for real estate that was built to support the fast -growing reshoring trend in American advanced production and critical technologies. The company said that it is to invest directly at the intersection of power and real estate, the acquisition, development and management of large -scale industrial properties with the advanced infrastructure that is necessary to support power -intensive production processes.
Also read: The current state of the American polysilicon production
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