A claim-by-claim check of the Partnership for Policy Integrity analysis against developer statements, government data, and independent technical sources.
PFPI published a Project River analysis focused on resource use and pollution from the proposed 500 MW biomass plant. PFPI also openly describes itself as an advocacy organization that works to oppose forest biomass projects. That does not make its technical work invalid, but it makes source tracing and assumption checking especially important.
Placeward therefore treats PFPI as Third-Party Analysis. Where its claims can be checked against government data, developer statements, or independent market/technical references, this page records the result. Where a conclusion depends on unpublished Project River engineering, it remains unresolved.
Sources:RIV-038
The audit both strengthens some concerns and narrows others.
A 500 MW wood-fueled plant operating at an assumed 80–100% capacity factor would produce roughly 11–14% as much electricity as all U.S. wood and wood-derived generation reported by EIA for 2024. That does not prove infeasibility, but it establishes that the proposed biomass scale is nationally consequential.
Sources:RIV-041
Published figures span about 5.0, 5.5, 6.0, and PFPI's estimated 6.7 million tons per year. The final number cannot be selected responsibly until the project publishes its design heat-and-mass balance.
TDEC documents a mercury advisory on part of the Hiwassee, but Placeward did not verify a national ranking supporting the phrase “one of the most polluted watersheds in the country.” The documented condition should be used instead of the broader characterization.
This table records what the current evidence supports and what still depends on Project River-specific engineering or market data.
PFPI’s estimate is plausible as a scenario, but the current public record does not establish 6.7 million tons as the final Project River design value. Published project/developer figures have moved from about 5.0 million to 5.5 million to 6.0 million tons per year. Final fuel demand requires the project heat-and-mass balance.
EIA reports 31.564 TWh of U.S. wood and wood-derived electric generation in 2024. At an assumed 80–100% capacity factor, a 500 MW plant would produce about 3.50–4.38 TWh per year, equivalent to roughly 11–14% of that national 2024 total. This comparison demonstrates scale without assuming a particular River fuel-consumption number.
Sources:RIV-041
Regional market evidence shows both substantial recent mill closures/reduced demand and continuing fiber-consuming facilities. Forisk also reports current biomass surplus in parts of the Southeast. The direction and magnitude of Project River’s market displacement cannot be established without a local procurement study for its claimed sourcing radius and fuel mix.
The strongest current evidence is not PFPI’s estimate: developers themselves said at the Sept. 1 meeting that full truck supply would require roughly 380–500 truckloads of logs per day. Final traffic should be recalculated when the fuel requirement and non-truck transportation plan are fixed.
Sources:RIV-039
TDEC documents a mercury-related precautionary fish advisory on a Hiwassee River segment that includes Bradley County. Placeward did not identify an authoritative national ranking or methodology supporting the broader “one of the most polluted” characterization, so it should remain attributed to PFPI rather than stated as fact.
EPA AP-42 provides legitimate screening factors for wood-residue combustion in boilers, but Project River’s public descriptions of the biomass conversion process are not yet detailed or consistent enough to assume a conventional AP-42 boiler configuration. The TDEC permit application and final engineering design should control the project-specific assessment.
Project River says it will use closed-loop systems without cooling towers and will recover water from biomass drying. Those claims require verification, but they also mean conventional wet-cooling factors cannot simply be applied as if the design were already known. A complete heat-rejection and water balance is required.
Recent market evidence cuts both ways. Major pulp/paper closures have removed millions of tons of demand, and Forisk reports surplus biomass in parts of the Southeast. But a new requirement measured in millions of tons per year is large enough that a Project River-specific wood-basket study is still essential.
The needed study should identify species and grade mix, existing mill demand, residual supply, annual growth/removals, harvest response, competing announced projects, haul distance and cost, and how supply changes after temporary storm-damaged material is exhausted.
EPA AP-42 provides established factors for wood-residue combustion in boilers. Those factors can be useful for checking the order of magnitude of an analysis when the process matches. Public Project River materials, however, have described biomass conversion using terms including pyrolysis, biochar, boilers, and other process descriptions without a complete public design basis.
The TDEC air application should therefore become the controlling technical record for fuel specification, heat input, process flow, controls, stack parameters, operating hours, startup/shutdown assumptions, pollutant calculations, and dispersion modeling.
Project River claims closed-loop cooling without cooling towers and says water recovered during biomass drying will supply routine process needs. Those claims remain unverified, but they also mean generic wet-cooled power-plant water factors cannot be assumed to describe the proposed system.
The decisive record remains a phase-by-phase water and heat-rejection balance covering initial fill, gas-only operation, full biomass operation, treatment losses, dryer outages, emergencies, wastewater, stormwater, and any contingency supply.
The analysis identifies legitimate scale, feedstock, freight, air, and water questions. Several are independently supported enough to strengthen the Project River research agenda. Others remain dependent on assumptions or are broader than the authoritative evidence Placeward located.
The next decisive evidence should come from the actual design basis, procurement study, traffic study, TDEC air/water filings, and independent engineering review—not from either project marketing or opposition analysis alone.
