Reported figure
- Area
- Whole project
- Basis
- 100%
- Ore tonnes (t)
- —
- Grade
- 683.0000
- Contained (t LCE)
- 1634094.9950
- Classification
- Resource
Source trail
Published 2026-08-05
Verification
Approved; not independently verified · Model extracted
QA WARN: tonnes equals the reported contained figure exactly — likely the contained value miscopied into the tonnes column (prose announcements printing contained-only figures; live class: BGD tranche 15). Verify the document prints a tonnage. QA BLOCK: recomputed contained 209.6810 t Li vs reported 307000 t Li (99.93% disagreement) Brine context: recompute/reported ratio 0.00 is OUTSIDE the expected 0.75–1.10 resource band — averaging/recovery physics does not explain this gap; verify the transcription of the printed Amount. | QA fix+approve (t100v, q5.txt): tonnes_t=NULL. p.13 "MINERAL RESOURCE STATEMENT FOR CANDELAS1 ... Indicated 307 683 1,634 6,792 3,055 5,826" under "Category | In situ Li (kt) | Avg. Li (mg/l) | LCE (kt) | Avg. K (mg/l) | In situ K (kt) | KCl Equiv. (kt)". The table prints NO tonnage and NO brine-volume column, so tonnes_t has no source; the stored 307,000 is the "In situ Li (kt)" cell duplicated — exactly what the TONNES-EQ-CONTAINED warn suspected, now confirmed against the print. contained_metal and contained_metal_reported are CORRECT and stay: reported 307,000t = printed In situ Li 307kt (native elemental basis), contained 1,634,095t LCE = 307,000 x 5.322785 against the printed "LCE 1,634" kt (0.006% apart), and the deck's own note "The conversion for LCE = Li x 5.3228" confirms the factor. NOT the double-conversion class — the printed 307 is elemental Li, not LCE. BLOCK adjudicated: the 99.93% recompute gap and the 0.00 brine ratio are both artefacts of the bogus tonnage and clear once it is nulled. as_at 2025-01-29 = table note 1, "Galan's Mineral Resources grow to 9.5 Mt LCE", dated 29 January 2025. inclusive=false correct — note 6 of the reserve table: "Ore Reserves do not consider any Mineral Resources at Candelas North". | t100v