Dillingham Construction Corp: 110 reportable incidents controller
MSHA controller ID: M00296
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Email me when a new MSHA incident is filed at any mine Dillingham Construction Corp controls.
- Fatalities
- 0
- Total incidents
- 110
- Mines on record
- 5
- Years on record
- 1983–1999
Injury rate, 2011
ⓘ
This rate is reportable injury cases per 100 full-time-equivalent workers per year, computed as 200,000 times cases divided by MSHA operator-reported employee-hours. Cases are injuries MSHA graded degree 01 through 07; accident-only events that hurt no one are excluded, and so are contractor injuries, whose hours do not attach to a single mine. Rates begin in 2000, when quarterly employment reporting starts, and are withheld below 20,000 hours in a year.0.00
total case rate
0.00
days-away rate
0.000
fatality rate
No reportable injury cases in any year shown. Employee-hours were reported in each of those years, so these are true zeros rather than missing data. Citations, listed in the compliance record above, are inspector-found violations and are counted separately from worker injuries.
Below average. The US metal and nonmetal mining average was 2.56 and the all-US-mining average was 3.08 cases per 100 workers.
Under 100,000 employee-hours were reported that year, so a single case moves the rate by two or more. Read the figure as approximate.
| Year | total case rate | days-away | fatal |
|---|---|---|---|
| 2011 * | 0.00 | 0.00 | 0.000 |
| 2010 * | 0.00 | 0.00 | 0.000 |
| 2009 * | 0.00 | 0.00 | 0.000 |
| 2008 * | 0.00 | 0.00 | 0.000 |
| 2007 * | 0.00 | 0.00 | 0.000 |
| 2006 * | 0.00 | 0.00 | 0.000 |
| 2005 | 0.00 | 0.00 | 0.000 |
| 2004 | 0.00 | 0.00 | 0.000 |
* Fewer than 100,000 employee-hours that year; the rate is less stable.
Source: injury cases from MSHA accident and injury records; employee-hours from MSHA quarterly employment reports. Rate is cases per 100 full-time-equivalent workers, operator employees only.
Health sampling
ⓘ
A sample is a point in time compliance measurement, not an individual exposure history. These figures describe MSHA sampling records and do not establish causation or personal dose.Metal and nonmetal contaminants (personal samples)
ⓘ
Many samples are screening measurements of substances with no applicable exposure limit; they are counted as samples but excluded from every over-limit figure. Over-limit shares use only limit-tested samples.
Last sampled: 2017-05-10, 9 years ago
ⓘ
Many samples are screening measurements of substances with no applicable exposure limit; they are counted as samples but excluded from every over-limit figure. Over-limit shares use only limit-tested samples.8%
of limit-tested samples over the exposure limit
19
samples
12
limit-tested
Most sampled contaminants
- Quartz, respirable, >1% Qtz121 over
- Respirable dust, <.1mg7
Source: MSHA respirable dust, quartz, and noise sampling records, updated weekly. Metal/nonmetal contaminant figures come from MSHA's Personal Health Samples and Area Samples files (public record), updated weekly.
Top causes
- HANDLING OF MATERIALS 36 non-fatal
- SLIP OR FALL OF PERSON 24 non-fatal
- HANDTOOLS (NONPOWERED) 14 non-fatal
- MACHINERY 12 non-fatal
- POWERED HAULAGE 12 non-fatal
- OTHER 4 non-fatal
Incident timeline
1999
5
1998
1
1997
3
1996
3
1995
2
1994
6
1993
3
1992
2
1991
8
1990
3
1989
5
1988
8
1987
18
1986
6
1985
14
1984
16
1983
7
Operators under this controller
Mines on record
For insurers, brokers, and safety consultants
Where Dillingham Construction Corp stands on silica, penalties, and injury rate
MSHA's standard limits respirable silica to 50 micrograms per cubic metre, but MSHA publishes dust and quartz as separate files and never the silica figure itself. We derive it per sample, score it against the limit, and set the operator's injury rate against a benchmark built from the full MSHA operator record. With the 26-year penalty trail, contest posture, and fatality history. Delivered as a PDF with the underlying data as CSV.
The federal record itself stays free on this site. What costs money, and why.