2,042,423Injury reports 130,778Establishments Most recent incident 2025-12-31
Safety Incidents OSHA Severe Injury Reports · 2015–2025

Dallas, TX —

OSHA Injury Report: FCC Environmental Services Texas, LLC (Dallas Collections)

Injury · Days away from work

At a glance

On , an injury at FCC Environmental Services Texas, LLC (Dallas Collections) in 34811 LBJ Freeway #2110, Dallas, TX 75241 resulted in days away from work. Employee was driver Rolloff in waste collection services, nonhazardous solid.

Where did this happen?

Establishment
FCC Environmental Services Texas, LLC (Dallas Collections)
Parent company
FCC Environmental Services
Street
34811 LBJ Freeway #2110
City
Dallas
State
TX
ZIP
75241
On-site location
Parking lot

What was the outcome?

Outcome
Days away from work (code 2)
Type
Injury (code 1)
Days away from work
41

Before the incident

Dismounting

What happened

Employee was exiting the cab of truck and hyper extended right knee

Injury or illness

sprain strain right knee

Object or substance involved

floor ground

Summary line

sprain strain right knee

Employee and industry

Job description
Driver Rolloff
SOC code
53-3032 — Heavy and Tractor-Trailer Truck Drivers
NAICS code
562111 — Waste collection services, nonhazardous solid
NAICS vintage
2022
Avg employees
105
Total hours worked
274184
EIN
320594191
Establishment ID
1093483
Employer case #
HC10002

When (timing detail)

Date of incident
Shift started
5:00
Time of incident
5:15
Filing year
2024
Submitted
21FEB2025:18:32:00

More injuries at FCC Environmental Services Texas, LLC (Dallas Collections)

View FCC Environmental Services Texas, LLC (Dallas Collections)'s full OSHA safety record →

More injuries in this industry (NAICS 562111)

More injuries in TX

AMARILLO, TX—

WM 4464

VICTORIA, TX—

WM 4194

FORT WORTH, TX—

WM 3005

ARLINGTON, TX—

WM 2977

SAN ANTONIO, TX—

WM 1803

Source

Data from OSHA ITA Form 300/301 electronic submissions, filing year 2024. ITA Case Detail records are establishment-reported submissions, not OSHA inspections — no per-record IMIS deep link exists.