Proposed-site record
West Virginia DEP records add a claim-specific construction-permit trail for the Adams Fork Wharncliffe campus and distinguish its planned off-grid generation design from data-center capacity. The 2,398.5 MW remains planned generation/project context, with workload, IT load, and energized status unknown.
This panel tracks what the facility is for without assuming that every project is AI training, inference, or cloud capacity.
No source-backed workload, customer, hardware, or training/inference allocation is attached to this record yet.
Workload classification remains unknown in the reviewed record.Source leads point to attached records or reporting. They still need field-level review before being treated as verified evidence.
No public funding record attached yet. Local subsidy, tax-abatement, land, bond, and utility records need follow-up.
Source reviewed September 9, 2026: Adams Fork's developer describes mine-pool water as a planned geothermal cooling resource and says the campus would not use community water. The company claim does not establish a permitted withdrawal, cooling consumption, wastewater discharge, or operating water quantity.
Source reviewed September 9, 2026: West Virginia DEP lists a construction permit application for the Adams Fork Harless Data Center Energy Campus and the separate Adams Fork Data Center Energy Campus; the corresponding DEP evaluation describes an off-grid electric-generating facility with a theoretical installed output of about 2,457 MW. This is planned generation and permit context, not confirmed data-center IT load or energized capacity; the record's 2,398.5 MW remains generation/project context.
No fuel-cell or Bloom Energy source is attached to this project yet.
No NDA reported
Start a moderated thread for local questions, meeting notes, public-records coordination, or context that should not be treated as verified evidence yet.
These links are the current public trail for this record. Treat broad dataset links as leads; local documents and reporting carry more weight.