CWPM LLC Berlin

CWPM LLC

415 Christian Lane, Berlin, CT 6037
Solid Waste Collection (NAICS 562111)

1 fatality DART 11.05 16 recordable cases · 93 avg employees · 217,186 hours worked

This establishment vs. the industry

This establishment reported 1 work-related death in its 2024 ITA filing — a fatal-injury rate of about 921 per 100,000 full-time-equivalent workers. For context, the national fatal-injury rate across all industries averaged 3.7 per 100,000 FTE in 2022 (BLS Census of Fatal Occupational Injuries). DART, computed below, counts only non-fatal cases (days away from work or restricted duty); it does not include fatalities.

The DART rate at this establishment is about 2.7× the industry median.

This establishment: 11.05
Industry median (Trash collection services, n=1344): 4.15

Reported injury and illness, 2024

Fatalities1 Days-away-from-work cases9 Restricted-duty / transferred cases3 Other recordable cases3 Total recordable cases16 Days lost to injury379

Injury rates (per 100 FTE-year, OSHA standard)

DART rate11.05 (days away + restricted/transferred) DAFW rate8.29 (days away from work only) Total recordable rate (TRIR)14.73 (all OSHA-recordable cases) Annual average employees93 Total hours worked217,186
What these numbers mean. An OSHA-recordable case is a work-related injury or illness that resulted in death, days away from work, restricted work, transfer to another job, medical treatment beyond first aid, loss of consciousness, or significant injury diagnosed by a physician. DART rate is the OSHA-standard incidence measure — calculate it as (cases with days away + restricted/transferred) × 200,000 / hours worked. The 200,000 hours normalizes to 100 full-time-equivalent workers over a year. National average DART across all industries is around 1.7; high-risk industries (skilled nursing, warehousing, courier) routinely exceed 5.

Source: OSHA ITA 300A Summary Data, calendar year 2024 filings (downloaded 2026-05-22).

OSHA Lookup · workplace-injury data from OSHA ITA 300A 2024 · About / methodology