EPA TRI Facility · Other

U.S. Doe Lawrence Livermore National Laboratory

Livermore, CA · Parent: US Department of Energy

Total releases
3 lbs
Chemicals reported
1
Latest report
2022
Primary pathway
Off-site Transfers
Verify at EPA TRI →

U.S. Doe Lawrence Livermore National Laboratory has reported 3 lbs of toxic releases across 1 chemical to the EPA Toxic Release Inventory, based on annual facility disclosures from 2019 through 2024. The facility operates in the Other sector. The primary release pathway is off-site transfers, accounting for 91% of total releases. All release data shown below is self-reported to the EPA under the Emergency Planning and Community Right-to-Know Act (EPCRA) Section 313.

#19,235 of 25,902 TRI facilities nationwide by total reported releases. Ranking reflects reported pounds, not toxicity or health risk.

U.S. Doe Lawrence Livermore National Laboratory files annual Form R disclosures to the EPA Toxics Release Inventory under EPCRA Section 313, classified under NAICS 541715 (Other). Across 3 years of records spanning 2020–2022, the site has disclosed 3 lbs in cumulative toxic releases across 1 distinct chemical.

The dominant release pathway is off-site transfers at 3 lbs (90.6% of total volume), followed by air releases at 9.4%. Between 2020 and 2022, reported totals increased by 175% - from 0 lbs to 1 lbs. The facility is operated under parent company US Department of Energy.

TRI Form R values are self-reported estimates, not measured stack emissions, and treat every pound of reported chemical equally regardless of toxicity. Inclusion in the TRI database does not establish a health risk to nearby residents; it documents the annual reporting record that U.S. Doe Lawrence Livermore National Laboratory has filed with the EPA under federal community right-to-know requirements.

Quick Facts

Industry
Other
NAICS Code
541715
Total Releases
3 lbs
Chemicals Reported
1
Latest Report Year
2022

Compare this facility

See how U.S. Doe Lawrence Livermore National Laboratory stacks up against nearby facilities and the typical reporter.

Total reported releases
U.S. Doe Lawrence Livermore National Laboratory
3 lbs
Clean Harbors Buttonwillow LLC
50.4M lbs

100% less than the comparison

Chemicals reported
U.S. Doe Lawrence Livermore National Laboratory
1
Clean Harbors Buttonwillow LLC
45

98% less than the comparison

Comparison reflects reported pounds and chemical counts, not toxicity or health risk. Averages cover facilities reporting any release.

How does this facility release toxic chemicals?

How U.S. Doe Lawrence Livermore National Laboratory releases toxic chemicals into the environment. Total: 3 lbs.

Off-site Transfers 3 lbs (90.6%)
Air Releases 0 lbs (9.4%)
View 3-Year Emissions Trend →

Emissions Trend Summary

From 2020 to 2022, total releases increased by 175% (0 lbs to 1 lbs).

Reported total releases by year

U.S. Doe Lawrence Livermore National Laboratory - annual TRI totals

million lbs

What this shows Year-over-year reported totals. TRI figures are self-reported estimates and can swing with production levels, waste-rock handling and reporting changes, not only with emissions controls.

Source EPA Toxics Release Inventory (TRI)
Year Total Chemicals
2020 0 lbs 1
2021 2 lbs 1
2022 1 lbs 1

Chemical Releases

Aggregated across all reporting years (2020–2022). Sorted by total release volume.

Chemical Total Flags
Mercury 3 lbs -

Location

Coordinates
37.6799, -121.7028
ZIP Code
94550
EPA Facility ID
94551SDLWR7000E

About TRI Data

Data as of 2024 reporting year. Source: U.S. Environmental Protection Agency (EPA) Toxic Release Inventory.

Data comes from the EPA Toxic Release Inventory (TRI) program. Facilities that manufacture, process, or otherwise use listed toxic chemicals above threshold amounts are required to report annually to the EPA.

Release quantities are self-reported by the facility and may represent estimates rather than exact measurements. "Total releases" includes releases to air, water, land, and off-site transfers for disposal. Quantities shown here are aggregated across all available reporting years.

PlainEnviro presents this data without advocacy framing. The presence of a facility in the TRI database does not by itself indicate a health risk. For site-specific health questions, consult your local environmental or health agency.

Frequently Asked Questions

What chemicals does U.S. Doe Lawrence Livermore National Laboratory release?
U.S. Doe Lawrence Livermore National Laboratory has reported releases of 1 chemical to the EPA Toxic Release Inventory, totaling 3 lbs.
What industry is U.S. Doe Lawrence Livermore National Laboratory in?
U.S. Doe Lawrence Livermore National Laboratory is classified under the "Other" industry (NAICS code 541715), located in Livermore, CA.
How long has U.S. Doe Lawrence Livermore National Laboratory reported to the TRI?
U.S. Doe Lawrence Livermore National Laboratory has EPA Toxic Release Inventory data spanning 3 years, from 2020 to 2022.
How does U.S. Doe Lawrence Livermore National Laboratory release toxic chemicals?
The primary release pathway for U.S. Doe Lawrence Livermore National Laboratory is off-site transfers, accounting for 90.6% of total releases (3 lbs). Secondary pathway: air releases (9.4%).
Are emissions from U.S. Doe Lawrence Livermore National Laboratory increasing or decreasing?
From 2020 to 2022, total releases increased by 175%, from 0 lbs to 1 lbs.
Is U.S. Doe Lawrence Livermore National Laboratory a health risk?
The presence of a facility in the TRI database does not by itself indicate a health risk. Release quantities are self-reported estimates. For site-specific health questions, consult your local environmental or health agency.

Related

Sources & how this page was built

Every figure on this page traces to public, federal-government data on U.S. Doe Lawrence Livermore National Laboratory. The records below are the primary sources; our methodology explains how they are joined, computed, and verified.

Retrieved and formatted by PlainEnviro Editorial. TRI release totals are self-reported estimates, not measured stack emissions.