HELICOPTER SAFETY STEERING GROUP TIM GLASSPOOL / ALAN CHESTERMAN CO-CHAIRS

Transcription

1 HELICOPTER SAFETY STEERING GROUP TIM GLASSPOOL / ALAN CHESTERMAN CO-CHAIRS

2 WHAT HSSG HAS ACHIEVED A trusted communications link to the Offshore workforce Working hard to increase workforce confidence in Helicopters. Production of Newsletters to educate and inform How Commercial Air Transport Regulation Works The facts behind RTB s The outcomes of the various investigations and inquiries as they are published Facilitated the re-introduction of the EC225 with additional safety measures Workforce engagement presentations Factory visits Appointment of third-party experts Has provided the means to keep the industry aligned and flying after each accident

3 THE FUTURE OF HSSG Even before CAP 1145 the HSSG was changing. More focused Smaller group of business leaders Prioritised tasks ranked on safety improvement Increased ownership of the issues Fewer tasks, faster implementation Accountable to achieve targets Individuals accountable to the Group for achieving defined targets. With the results a matter of public record.

4 4 HSSG STRATEGY First meeting 23rd Jan, attended and fully supported by Bristow, Bond and CHC MDs. Helicopter manufacturers represented. By invitation only from next meeting 20th March. Prioritisation of key activities underway.

5 WORK PLAN CONSOLIDATE AND PRIORITISE BY 1Q Project Actvities Who HSSG meetings Other meetings & key events Q 1Q 2Q 3Q 4Q 20/3 22/5 24/7 25/9 27/11 Lessons from Incidents G-WNSB investigation Monitor lessons from incidents AAIB HSSG Ongoing CAA operations and safety review Recommendations and actions CAA Heli-Operators Joint Safety Review Initial & recommendations & actions Follow-up activities Operators Draft strategy and activities HSSG Strategy and work plan New HSSG constituents 13/3 Review & revise HSSG / ASTG activity plans Workforce Communication Regular E-updates Lessons learned findings / actions Comms Group Ongoing Potential New Key Projects Operating procedures and training Projects from CAA & Operators reviews Heli-contracts Helicopter escape and survival Current Projects HUMS AAD Improved helideck lighting Weather Station Network Standard dontract technical requirements Escape and Survival study Develop recommendations Encourage implementation Communicate production version to industry Implementation by industry (summer activity) Follow-up review & improve TBC TBC ASTG HSSG OGUK Industry ndustry/hssg

6 CAP 1145 Produced internally by the CAA in response to the Transport Select Committee Inquiry into helicopter safety An 18-month report produced in 4 months. The CAA have been under fire from various quarters regarding tougher regulation and oversight this is the response. The timelines are deliberately aggressive to force a response from the industry.

7 SOME IMPLICATIONS OF CAP 1145 Availability of Cat A EBS Helicopter seating restrictions Helicopter Operations at high Sea States No real change from the current situation Side floating helicopters are several years away Emergency exit size limitations Methodology and impact still to be determined Each requirement will become legally enforceable through the publication of CAA Operational Directives. These will apply to all UK registered aircraft around the world, and to all aircraft operating in the UKCS, regardless of their State of Registration

8 THE ROLE OF HSSG A new helicopter offshore safety forum has been established to drive forward the actions and recommendations from CAP 1145 The role of HSSG will be to communicate and facilitate these issues, and those of the Joint Operators Review (JOR) For example; Passenger sizing relative to emergency exits. How will this be achieved? It cannot be decided at the check-in desk. Allocation of Cat A EBS. This needs to be managed across the UKCS, not just on a company-by-company basis HSSG will work with OGUK, the helicopter operators and the CAA to determine how best to proceed.

9 CAP 1145 RESPONSE EBS WORKGROUP 19 MARCH 2014

10 CAA ACTION 8 A8. With effect from 01 June 2014, the CAA will prohibit the occupation of passenger seats not adjacent to pushout window emergency exits during offshore helicopter operations, except in response to an offshore emergency, unless the consequences of capsize are mitigated by at least one of the following: SCiS Terms of Reference To introduce a fit-for purpose Category A Emergency Breathing System (EBS) for passenger use in helicopters servicing the UK offshore oil and gas Industry. All passengers on offshore flights wearing Emergency Breathing Systems that meet Category A of the specification detailed in CAP 1034 in order to increase underwater survival time; The EBS must be integrated with the other survival systems in passenger use, easy and comfortable to use, with a minimal training requirement. Fitment of the side-floating helicopter scheme in order to remove the time pressure to escape.

11 CAP CAT A EBS KEY REQUIREMENTS Have the capability to be deployed both in air and underwater. The EBS shall be simple to deploy and capable of being operated with either hand. No more than one action should be required to activate the system on submersion. Subjects should be provided with a means to prevent water from entering the nose. It shall be fully possible to deploy category A EBS in less than 12 seconds with one hand. It shall be demonstrated that the mouthpiece can be deployed within 10 seconds. Cold water performance; EBS systems used in testing to define the standard provided sufficient breathing air for a duration >60 seconds in cold (12oC) water.* * Depends on actual water temperature, deployment depth, individual fitness level and breathing rate.

12 EMERGENCY BREATHING SYSTEMS Three types of EBS are currently available to provide short term air supply for emergency escape. Re-breather (Category B) EBS uses a bag acting as an artificial lung the user takes a breath before immersion, breathes into the bag and rebreathes air from the bag. Compressed Air (Category A) EBS is a small aqualung; air stored in a small cylinder at high pressure is released by a regulator for breathing. Canada currently uses this type of EBS. Hybrid (Category B unless modified) EBS is a re-breather with a small CA cylinder that releases air into the bag on immersion. The user rebreathes air from the bag in the same way as a non-hybrid re-breather but need not take a breath before submersion. UK currently uses this type of EBS.

13 PROJECT TEAM Name Organisation Representation EXTERNAL CONTACTS Name Organisation Representation Colin Griffiths TSEUK Chair David Doig OPITO Group Chief Executive Dr. Sue Coleshaw SRK Coleshaw EBS SME* Greg Allanach Davie Hunter Survivtec Shell Safety Equipment Provider* O&G Duty Holder Aviation SME Drew Wilson Lloyds SI971 Rep Jon Hopkinson Emily Taylor CHC Step Change Helicopter Service Provider Secretariat/Senior Business Analyst Mark Neilson OPITO Technical Director Chester Armstrong Dave Howson Dominic Cortizo CAA CAA CAA Chris Sherman HSE Robert Paterson OGUK Flight Operations Manager (Helicopters) Research Project Manager Specialist Chief Inspector of Diving Health, Safety & Employment Issues Director Les Linklater SCiS Team Leader