Facility detail

ARDAGH METAL BEVERAGE USA INC RE: WHITEHOUSE PLANT

10444 WATERVILLE, WHITEHOUSE, OH, 43571

Parent company: ARDAGH HOLDINGS USA INC

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 Certain glycol ethers n-Butyl alcohol Hydrogen fluoride Barium compounds (except for barium sulfate (CAS No. 7727-43-7)) Total (lbs)
2023 38,028 37,441 — — 75,469
2022 59,877 57,323 — — 117,200
2021 61,700 56,142 — — 117,842
2020 62,296 50,305 — — 112,601
2019 63,691 52,999 — — 116,690
2018 50,355 45,323 — — 95,678
2017 37,994 32,764 — — 70,758
2016 36,707 31,768 — — 68,475
2015 38,284 34,123 — — 72,407
2014 42,301 34,637 — — 76,938
2013 122,444 48,624 15 — 171,083
2012 125,677 49,290 20 — 174,988
2011 152,656 59,066 22 — 211,744
2010 135,672 52,098 24 — 187,794
2009 96,162 37,913 22 — 134,097
2008 166,959 50,751 34 — 217,744
2007 209,963 65,959 30 — 275,952
2006 221,331 71,864 29 — 293,224
2005 212,289 72,925 22 — 285,236
2004 232,106 90,945 24 — 323,075
2003 193,155 151,989 26 — 345,170
2002 173,233 138,587 25 — 311,845
2001 204,777 279,166 22 — 483,965
2000 184,350 161,594 34 — 345,978
1999 178,729 155,171 25 — 333,925
1998 205,033 184,044 34 — 389,111
1997 440,826 202,084 36 — 642,946
1996 200,425 189,252 23 — 389,700
1995 237,840 190,365 41 — 428,246
1994 225,122 173,286 250 — 398,658
1993 214,965 174,421 250 — 389,636
1992 283,193 234,354 — — 517,547
1991 292,061 213,352 250 — 505,663
1990 287,195 209,555 250 500 497,500
1989 192,858 148,596 250 — 341,704
1988 323,713 241,262 250 — 565,225

▎ 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.