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Clean Hydrogen Partnership

Fire on a hydrogen compressor of a refinery

Event

Event ID
555
Quality
Description
A severe fire in a hydrogen compressor building in a an oil sands refinery reportedly started in a 1,500 psi (103 bar) lube oil system.
Fire fighting was difficult because of 40 degrees F temperature (4 degree celsius).
The building reportedly housed three centrifugal hydrogen recycle compressors, a centrifugal natural gas compressor and two 4,000 horsepower reciprocating compressors.
Event Initiating system
Classification of the physical effects
Hydrogen Release and Ignition
Nature of the consequences
Fire (No additional details provided)
Macro-region
North America
Country
Canada
Date
Main component involved?
Compressor / Booster / Pump
How was it involved?
Leak & Formation Of A Flammable H2-Air Mixture
Initiating cause
Unknown
Root causes
Unknown (No additional details provided)

Facility

Application
Petrochemical Industry
Sub-application
Hydrodesulphurisation process
Hydrogen supply chain stage
Hydrogen Compression (No additional details provided)
All components affected
Reactor
Location type
Unknown
Location description
Industrial Area
Operational condition
Description of the facility/unit/process/substances
DESCRIPTION of the Installation:
Feed (diesel stock) preheat is supplied via effluent exchange and a bottom fired vertical tube, four pass "can type" furnace. Each heater pass consists of 10 rows of 9-chrome tubes around the circumference of the radiant section and 12 rows of extended surface 9-chrome tubes in the convection section. External inlet block valves on each pass have been used for flow balancing. Combined heater outlet (reactor inlet) temperature regulates the fuel gas to four combination burners.

Emergency & Consequences

Number of injured persons
0
Number of fatalities
0

Event Nature

Release type
no release
Released amount
0
Actual pressure (MPa)
10
Design pressure (MPa)
10
Presumed ignition source
Not reported
Flame type
Other

References

Reference & weblink

event 2319 of the UK database ICHEMEin PDF format.<br />
https://www.icheme.org/knowledge/safety-centre/resources/accident-data/ <br />
(accessed October 2020)

JRC assessment