Facility detail

U.S. SILVER - IDAHO INC

1041 LAKE GULCH RD, WALLACE, ID, 83873

Parent company: NA

Carcinogen PBT — EPA classifications across all reporting years

Year-over-year total releases

Reported on-site TRI releases in pounds (lbs), grouped by reporting year.

Top chemical totals

The 10 chemicals with the highest cumulative on-site releases in pounds (lbs) across all available years.

Full release table

Rows are years. Columns show the five highest-total chemicals across all years plus each year's total release volume.

All values in pounds (lbs)
Year Manganese compounds Manganese And Manganese Compounds Arsenic compounds Lead And Lead Compounds Lead compounds Total (lbs)
2024 — 2,360,284 — 1,325,933 — 4,003,117
2023 — 2,173,100 — 970,118 — 3,396,457
2022 2,071,385 — — 1,074,791 — 3,386,196
2021 — 729,595 — 355,580 — 1,247,904
2020 — 4,976,098 — 79,325 — 5,530,347
2019 4,605,455 — — — 95,090 5,250,991
2018 5,477,363 — 510,324 — 99,188 6,262,710
2017 5,396,745 — 475,101 — 106,778 6,142,294
2016 4,855,452 — 424,744 — 94,917 5,523,402
2015 4,597,297 — 430,239 — 102,476 5,281,195
2014 4,539,287 — 434,445 — 105,468 5,229,949
2013 5,927,997 — 529,963 — 120,761 6,761,936
2012 5,919,843 — 545,675 — 128,044 6,781,834
2011 3,820,300 — 674,210 — 81,939 4,697,185
2010 5,723,290 — 507,374 — 114,728 6,519,554
2009 5,323,536 — 469,629 — 105,654 6,061,452
2008 4,725,940 — 419,230 — 95,035 5,385,548
2007 2,763,996 — 263,246 — 63,608 3,181,472
2006 3,021,052 — 271,559 — 58,825 3,456,160
2005 4,488,885 — 410,783 — 90,757 5,148,195
2004 5,866,693 — 537,170 — 118,680 6,807,739
2003 5,323,798 — 451,631 — 91,065 6,120,284
2002 7,615,462 — 643,784 — 129,099 8,751,125
2001 6,653,890 — 590,039 — 125,697 7,647,430
2000 7,242,774 — 466,495 — 182,611 8,054,154
1999 6,999,522 — 450,893 — 456,024 8,065,075
1998 10,335,472 — 479,345 — 131,116 11,081,428

▎ Facilities report to EPA's TRI once they manufacture, process, or use a listed chemical above set thresholds. Once that threshold is crossed, they must report actual releases regardless of size — so a small number reflects genuine low-level discharge, not a data error.