IMCA Docs Flashcards
Oxy-arc cutting
D003
Diving operations in vicinity of pipelines
D006
Scaffolding operations and their effect on diver safety
D007
Diving from vessels on DP
D010
IMCA International code if practice for offshore diving
D014
Mobile/portable/dayghtercraft surface supplied systems
D015
Lift bags
D016
Lost bell survival
D017
Diving in contaminated waters
D021
Guidance for dive supervisors
D022
Diving Equipment Systems Inspection Guidance Note (DESIGN) for surface oriented diving systems
D023
Design for saturation diving systems
DO24
Guidance on installation based diving operations and the evacuation of divers from installations
D025
Lever hoists
D028
Surface supplied mixed gas diving operations
D030
Cross hauling bells
DO32
Neurological assessment of a diver
DO36
DESIGN for surface supplied mixed gas diving systems
DO37
DESIGN for mobile / portable surface supplied systems
DO40
Use of batteries in hyperbaric conditions
DO41
Diver and ROV based concrete mattress handling, deployment, repositioning and decommissioning.
DO42
Marking and colour coding of gas cylinders, quads and banks for diving applications.
DO43
Code of practice for the safe use of electricity under water
D045
Surface supplied nitrox diving operations
DO48
Minimum gas quantities offshore
DO50
Hyperbaric evacuation systems
DO52
Remotely operated vehicle intervention during diving ops
DO54
Diver attachment to structure via weak link.
DO58
Lifting operations
DO60
Guidance on health, fitness and medical issues in diving operations.
DO61
Guidelines for the design and operation of DSV’s
M103
Battery packs and pressure housings
D002
Initial and periodic examination, testing and certification of hyperbaric evacuation systems launch systems.
D004
Testing of through water comms
D008
Protective guarding of quads
D009
Auditing of diving systems
D011
Stainless steel in oxygen systems
D012
IMCA offshore diving supervisor and life support technician certification schemes
D013
Code of practice for initial and periodic examination, testing and certification of diving plant and equipment.
D018
Diving operations in support of intervention on wellheads and subsea facilities
D019
Marking of hyperbaric rescue systems designed to float in water
D027
Selection of vessels of opportunity for diving operations
D035
FEMA guide for diving systems
D039
Marking and colour coding of gas cylinders, quads and banks for diving applications
D043
Guidelines for isolation and intervention: Diver access to subsea systems
D044
Guidance on operational communications
D046
Acrylic plastic view ports
D047
Code of practice for HP water jetting by divers.
D049
Hyperbaric evacuation system ((HES) interface recommendations
D051
Design for hyperbaric reception facility (HRF) forming part of a hyperbaric evacuation system (HES)
D053
Prevention of explosions during battery charging in relation to diving systems.
D055
Oil lubricated compressors
D056
ADCI / IOGP / IMCA
D057
Diver emergency heating report (1984)
D059
Guidance on diving cylinder and valve thread compatibility
D064
Guidance on the use of whip checks
D065
What are some of the precautions that can be taken topside when working around topside pumping equipment?
Warning notices
Barriers
Restricted access
Permit to work
What is the main concern with working around pipelines?
Sudden release of gas or liquid
What IMCA document deals with contamination?
IMCA DO21
Pipeline testing:
Should there be any requirement for a diver to be in the vicinity of a pipeline under test?
No
How should a suspected leak initially be inspected?
With the ROV
What needs to happen for diver intervention on a suspected leak?
Pipeline pressure should be dropped to the predetermined safe level set out by full engineering and risk assessment done prior to commencement of pressure testing.
No attempt shall be made to rectify a leak until pressure has been reduced to predetermined safe levels.
True or False
True
Diver can make the initial assessment of a leak / damage to a pipeline.
True or False
False
Must be done with the ROV. Then pressure dropped before diver intervention.
All work on pressurised pipelines should be controlled by what?
Detailed written procedures.
Where practical isolations should be tested prior to commencement of work.
True or False
True