Health Canada (Emergency Management Guide for Crude Oil Incidents)

Page 26

Section 1. IDENTIFICATION AND HAZARD SUMMARY

Guidance for the Environmental Public Health Management of Crude Oil Incidents

1.8.2 Rail Traditionally, crude oil was shipped by pipeline in North America. However, the growing production of shale oil from the Bakken fields in North Dakota and Montana, coupled with the slow construction of new oil pipelines, has greatly increased shipment by rail. Crude oil is commonly shipped in unit trains of 70 or more cars, which constitute a virtual pipeline [Stancil, 2012; Stancil, 2014]. In the United States, freight railroads carried 23,786,000 barrels of crude oil in 2010, rising to a peak of 382,033,000 barrels in 2014 and then decreasing to 174,539,000 barrels in 2016 [EIA, 2017c]. Canadian exports of crude oil by rail were 16,963,521 barrels in 2012, rising to a peak of 58,772,622 barrels in 2014, and then falling to 32,162,711 barrels in 2016 [NEB, 2017b]. Crude oil is transported in DOT-111 tank cars (non-pressure, insulated, or non-insulated, without an expansion dome) 2 (see Figure 7).

2

14

Class DOT-111 tank cars made of carbon or alloy (stainless) steel are required to have a minimum shell thickness of 7/16 inch, and those made of aluminum alloy are required to have a minimum shell thickness of 1/2 inch (60 psig tank test pressure) or 5/8 inch (100 psig tank test pressure). Regardless of the material of construction, DOT-111 tank car tanks with a 60 psig tank test pressure are required to have a minimum burst pressure of 240 psig, and those with a 100 psig tank test pressure are required to have minimum burst pressure of 500 psig. DOT-111 carbon and alloy steel tanks and welded attachments must be post-weld heat treated as a unit. Tank car made of aluminum alloy are not allowed to be post-weld heat treated. DOT-111 non-pressure tank cars that haul crude oil require a lining with acid-resistant rubber or other approved rubber compound vulcanized or bonded directly to the metal tank. Detailed specifications are given in the U.S. Code of Federal Regulations (CFR) [CFR, 2014].

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Annex J2: Major international crude oil spills involving pipeline/storage tank/ onshore wells

5min
pages 149-151

Annex G: Guidance on onsite response to pipeline incidents, derailments and marine incidents

5min
pages 132-134

4.4 CASE STUDY (marine oil spill): Marathassa Incident, April 2015

2min
page 68

Annex F: Epidemiological studies on mental health effects related to exposure to oil spills

36min
pages 108-131

Annex E: Epidemiological studies on physical/physiological effects experienced by humans exposed to oil spills

32min
pages 87-107

4.2 CASE STUDY (pipeline incident): Marshall, MI, pipeline spill, 25 July, 2010

2min
page 66

Annex B: Crude oil pipelines in Canada and the United States

1min
page 83

Seaforth Channel, October 2016

1min
page 67

Figure 11: Causes and contributing factors to Lac-Mégantic derailment

1min
page 65

Figure 10: Lac-Mégantic derailment

3min
pages 63-64

4.1 CASE STUDY (rail incident): Lac-Mégantic derailment, 6 July 2013

5min
pages 61-62

Table 16: Crude oil releases that resulted in significant changes in regulations

1min
page 60

3.3.1 Population health follow-up research considerations

4min
pages 56-57

Checklist 8: Human decontamination and treatment considerations

1min
page 54

Checklist 9: Data collection considerations from participants in follow-up studies

1min
page 58

Checklist 7: Evacuations vs sheltering-in-place considerations

2min
page 53

Checklist 3: Typical local hazmat response activities undertaken by first responders

1min
page 49

Checklist 6: Specialized medical and toxicological resources to inform a response to hazmat incidents

1min
page 51

Checklist 2: Health-related concerns in the event of a major crude oil release

1min
page 48

Figure 9: Major symptoms experienced by oil spill clean-up workers engaged in the Deepwater Horizon clean up along the coast of Louisiana following exposure to oil spill and dispersant

1min
page 33

Checklist 1: Proposed activities to better prepare communities to the risk of a crude oil release

2min
page 45

Box 4: What are the reference values for assessing health risks from acute exposure to air pollutants?

3min
page 37

1.9 What happens when crude oil is released into the environment?

2min
pages 28-29

their community for the risk of a crude oil release?

1min
page 44

Box 6: What is the Incident Command System (ICS)?

1min
page 47

3.2 What actions should to be taken if a sudden major crude oil release occurs?

1min
page 46

1.8.2 Rail

1min
page 26
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