Quanta Resources, Syracuse: Public Asbestos Record
A source-led H&S research dossier organizing EPA records concerning friable asbestos boiler insulation at the former Quanta Resources site in Syracuse, New York.
What the public record documents
Facility context
EPA described Quanta Resources as a former waste-oil processing facility at 2802–2810 Lodi Street in Syracuse that shut down in the 1980s.
Documented material
EPA reported removing friable asbestos insulation from boilers inside two buildings during federal cleanup work.
Government response
EPA reported removing hazardous waste, contaminated soil, asbestos insulation, and building debris as part of the cleanup.
What these records do not establish
- The cleanup record does not establish whether any named worker experienced occupational exposure while the facility operated.
- It does not identify all historical asbestos-containing materials that may have been present at the site.
- A case-specific investigation would still need dates, duties, work areas, contractors, witnesses, and supporting records.
Questions that can move the history forward
The public record becomes more useful when it is connected carefully to a person's own memory and records.
- Was the person employed by Quanta, a contractor, a supplier, or another company at the property?
- During what years and in which buildings did the work occur?
- Did duties involve boilers, insulation, maintenance, repair, demolition, or work near those activities?
- What employment, contractor, environmental, property, or coworker records can corroborate the history?
Primary sources
- U.S. EPA archive — Quanta Resources Syracuse cleanup Primary source
H&S links to the underlying government record so readers and research systems can inspect the evidence directly.
Research method
This is a Legacy Facility Evidence Dossier. We separate documented facts from investigative questions and unknowns. A facility-level asbestos record can justify further research; it cannot establish a particular person's historical exposure by itself.
Read our editorial and evidence standards → Return to the Exposure Atlas →