Facility detail

LAWRENCE ENERGY CENTER

1250 N 1800 RD, LAWRENCE, KS, 66049

Parent company: EVERGY INC

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 Barium compounds (except for barium sulfate (CAS No. 7727-43-7)) Manganese compounds Vanadium compounds Barium And Barium Compounds Copper compounds Total (lbs)
2024 — — — 102,924 — 104,980
2023 — — — 213,175 — 229,223
2022 — — 8,781 247,995 — 275,011
2021 342,991 17,158 12,241 — — 379,490
2020 214,813 11,318 7,648 — — 239,691
2019 325,007 15,873 11,514 — 9,711 370,487
2018 483,748 22,702 16,478 — 14,472 547,552
2017 397,816 18,600 13,532 — 11,644 450,508
2016 346,465 16,240 11,765 — 9,981 392,662
2015 555,194 24,029 18,870 — 17,011 629,115
2014 1,100,612 45,244 37,302 — 34,044 1,265,546
2013 691,083 29,321 23,435 — 21,083 816,360
2012 443,549 20,357 15,029 — 13,036 533,472
2011 1,106,224 45,360 37,399 — 34,249 1,298,613
2010 1,084,836 44,360 36,584 — 33,536 1,273,490
2009 1,065,041 43,346 36,088 — 33,038 1,248,929
2008 1,226,894 49,427 41,347 — 37,878 1,443,161
2007 1,147,382 46,309 38,661 — 35,659 1,349,106
2006 1,045,841 43,122 35,619 — 32,830 1,232,659
2005 1,075,089 44,109 36,505 — 33,630 1,276,299
2004 799,769 72,494 43,415 — 26,886 1,006,578
2003 821,650 74,237 44,627 — 27,719 1,045,522
2002 693,310 31,967 41,270 — 32,285 918,343
2001 813,970 53,900 32,210 — — 974,392
2000 623,222 34,771 23,231 — — 723,497
1999 574,250 28,005 — — — 646,910
1998 362,700 — — — — 460,710

▎ 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.