NuScale Study Finds 73MW Power Output and 1.3M kg/h Steam for Chemical Plants

SMRSMR

NuScale Power's ORNL collaboration techno-economic assessment of its NRC-approved 77 MWe NPM design finds hybrid configurations can provide chemical plants with 1.3 million kg/h of 400 °C, 4.1 MPa process steam and 73 MW of electricity. The study highlights that a 12-module plant is most profitable with grid sales potential, a four-module minimum meets all steam demands and DOE's GAIN sponsorship underscores support for its SMR commercialization drive.

1. SMR Shares Slump Raises Valuation and Execution Concerns

Over the past three months, SMR shares have declined by 54.4%, driven by mounting execution risks, extended project timelines and what many investors view as an elevated valuation relative to peers. Analysts point to the absence of a confirmed commercial reactor sale, the lengthy regulatory approval process and the company’s need to secure significant capital for construction as key factors weighing on sentiment. Institutional holders have pared back positions, while early backer Fluor has been selling down its stake, a process set to conclude in 2026 and one that could exert further pressure on the stock until fully executed.

2. TEA Study Highlights Industrial Profit Potential

A joint techno-economic assessment (TEA) conducted by SMR engineers and Oak Ridge National Laboratory demonstrates that coupling SMR’s uprated 77 MWe/250 MWt reactor modules with a U.S. chemical facility can deliver both process steam and electricity reliably and profitably. Key findings include the ability of a 12-module plant to maximize returns by exporting excess power, while a minimum four-module configuration combined with conventional gas boilers can meet 1.3 million kg/h of steam at 400 °C and 4.1 MPa plus 73 MW of electric output. The study, which assumes a 10-day refueling outage, reduced staffing levels and higher capacity factors, underscores the modular system’s flexibility and potential to undercut alternative energy costs.

3. Project Timelines and Partner Dynamics Create Near-Term Uncertainty

SMR’s path to its first commercial deployment remains conditional on customer decisions expected in late 2026 or early 2027, notably from a Romanian utility evaluating up to six modules and a domestic consortium led by the Tennessee Valley Authority. While consulting revenues from preliminary feasibility work with RoPower and engineering firm Fluor provide modest near-term cash flow, the ultimate financing, construction schedule and grid-connection approvals for full-scale plants introduce timing and execution risks. Investors will be watching contracting milestones, DOE grant progress under the GAIN initiative and NRC licensing updates closely as indicators of a shift from development to revenue generation.

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