Corteva Agriscience LLC - Midland
Total reported releases 293k lb held roughly steady year over year (+1%). Total releases concentrations have more than doubled since 2019.
701 WASHINGTON ST, Midland, Michigan · 325320 · Chemicals · operated by Corteva INC
Notable Signals
No notable signals at this facility for the current reporting year. See chemicals and equity context below for the full picture.
What This Facility Releases
Manganese compounds
Manganese compounds concentrations have fallen 25% since 2022.
Hydrochloric acid (acid aerosols including mists, vapors, gas, fog, and other airborne forms of any particle size)
Hydrochloric acid (acid aerosols including mists, vapors, gas, fog, and other airborne forms of any particle size) concentrations are up 41% since 2019.
Ammonia
Ammonia concentrations have more than doubled since 2022.
Methanol
Methanol concentrations are up 69% since 2019.
Acetonitrile
Acetonitrile concentrations are up 37% since 2019.
Chloroacetic acid
Chloroacetic acid concentrations have more than doubled since 2019.
Tetrachloroethylene
Tetrachloroethylene concentrations have more than halved since 2019.
Dimethylamine
Dimethylamine concentrations have more than halved since 2019.
Who Lives Next To This Facility
Within 3 miles of this facility (26 Census block groups, population-weighted demographics): a population of 27,142. Why we surface this →
Low-income
People of color
Under age 5
Over age 64
Source: Census ACS 2018-2022 block-group demographics, population-weighted across the 3-mile buffer around this facility (from USEPA-clone/EJAM-open blockgroupstats). Indicator-level percentile and EJ-disparity scores are surfaced on the county page and the state page — they describe wider regional exposure burdens, not effects attributable to a single facility.
Source. EPA Toxics Release Inventory · retrieved 2026-05-07. Reporting year 2024. TRI is a federal public-domain dataset under 17 USC §105.
What this is not. TRI quantifies releases reported by the facility under EPCRA §313 — not ambient air or water concentrations measured at receptors. We do not attribute individual health outcomes to specific facilities; that exceeds what the data can support.