Coke Oven Emissions Compliance Plan — 29 CFR 1910.1029
Written compliance plan for coke oven emissions exposure. PEL 150 µg/m³ benzene-soluble fraction of total particulate matter (BSFTPM). Built for steel-industry coke batteries and merchant coke plants. Small audience (~20 US facilities) but heavy regulatory and litigation exposure.
When this template is required
Required of every employer operating coke ovens for steel production (and the few remaining merchant coke plants). PEL: 150 µg/m³ benzene-soluble fraction of total particulate matter 8-hour TWA. Coke oven emissions are a Group 1 carcinogen (lung cancer, kidney cancer). Small total US population — approximately 5,000 workers at fewer than 20 facilities.
Why this template
Niche but high-value audience
Approximately 20 US facilities operate coke batteries, employing roughly 5,000 directly-exposed workers. Compliance scrutiny is intense given the carcinogen classification and well-documented historical disease burden.
Coke oven emissions as a recognized hazard
Coke oven emissions are listed by name as a Group 1 carcinogen by IARC — one of only a handful of process-specific carcinogenic agents. The historical disease burden in coke workers is well-documented.
Battery operations covered
The plan addresses all the major battery operations — coal charging, oven heating, pushing (when coke is pushed out of the oven), quenching, door and lid handling. Each has specific exposure characteristics and controls.
Topside vs. battery side
Topside operations (charging cars, oven lids) have different exposures than battery-side operations (door handling, pushing). The plan distinguishes the two work areas.
What you receive
- Coke Oven Emissions Compliance Plan (Word .docx) — written program per (d)-(n)
- Initial exposure determination procedure (PEL: 150 µg/m³ BSFTPM; Action Level: 75 µg/m³)
- Air monitoring schedule (initial + periodic + change-triggered)
- Methods of compliance — engineering & work practice controls hierarchy
- Respiratory protection program crosswalk (with 1910.134)
- Medical surveillance protocol (examination by or under the supervision of a licensed physician, blood/biological tests as applicable)
- Regulated area designation procedure (where exposures exceed the PEL)
- Housekeeping and hygiene procedures
- Employee training outline (annual refresher requirement)
- Recordkeeping requirements (exposure and medical records: at least 40 years, or duration of employment plus 20 years, whichever is longer)
- Coke battery operations (oven door, lid, charging, pushing, quenching)
- Topside vs. battery side operations
- Cancer screening protocol (lung, kidney)
How you get it
This document is written and reviewed against the standard it cites, and it is ready now. The download link is emailed as soon as your payment clears.
Revisions included — if something about your operation changes what the document should say, reply to the delivery email and we will amend it.
Who buys this
- Integrated steel mills with coke batteries (US Steel, Cleveland-Cliffs, etc.)
- Merchant coke plants
- Foundry coke production
Frequently asked
What are coke ovens?
Industrial ovens that convert metallurgical coal into coke (mostly carbon) by heating coal in the absence of air. The volatile components of coal (gas, tar, light oils) are driven off, leaving porous coke used as a reducing agent and fuel in blast furnaces for steel production. Coke ovens operate in 'batteries' of dozens of ovens, cycling through charging, heating (24-48 hours), pushing, and quenching.
Why are coke oven emissions especially regulated?
Coke oven emissions are a complex mixture of compounds — polycyclic aromatic hydrocarbons (PAHs), benzene, naphthalene, arsenic, and others. The mixture as a whole has been classified as a Group 1 carcinogen, with strong evidence of lung cancer and kidney cancer in long-term exposed workers. The benzene-soluble fraction of total particulate matter (BSFTPM) is used as the exposure metric since the carcinogenic components are largely in that fraction.
How is BSFTPM measured?
Personal sampling using a filter; the collected particulate is then extracted with benzene; the benzene-soluble fraction is weighed. The fraction represents the PAH-rich portion of the airborne particulate, which is the most carcinogenic component. Sampling and analysis require specialised laboratory capability — most facilities use industrial hygiene contractors with coke-oven experience.
What's the future of US coke production?
Declining. US coke production has fallen substantially over past decades as steel production shifts toward electric arc furnaces (which don't need coke). Several US coke batteries have closed or are scheduled to close. New coke batteries face significant permitting challenges. The total exposed worker population is shrinking; the compliance burden per remaining facility is increasing.
Is this practical given the small audience?
The audience is small (~20 facilities) but high-value — each facility has hundreds of exposed workers, substantial compliance budgets, and heavy regulatory scrutiny. Coke oven emissions plans are typically maintained as part of larger steel-mill compliance programs. The template is for facilities seeking a structured starting point for the program.