30th IBSC Conference - Stavanger, Norway June, Takahiro TOKUI

Transcription

1 Bird Strike Control and Reduction in JAPAN 30th IBSC Conference - Stavanger, Norway June, 2012 Takahiro TOKUI Civil Aviation Bureau (CAB), Ministry of Land Infrastructure, Transport and Tourism (MLIT), JAPAN Ministry of Land, Infrastructure, Transport and Tourism 1 JAPAN Presentation PROGRAM Tuesday 26 June 10:50 11:15 Bird Strike Control and Reduction in JAPAN - Tokui Takahiro, Civil Aviation Bureau JAPAN Thursday 28 June -Parallel session 2 15:40 16:05 Bird Detection System Deployment for Tokyo International Airport - Eichler Rafal, NEC Corporation 16:30 16:55 Image sensing technique for flying bird detection and classification in natural background - Takeshima Kotaro, Hokkaido University Friday 29 June 9:45 10:10 Height distribution of BS occurance -some analysis of worldwide BS database - Takeda Yasushi, Tokyo Institute of Technology 2 1

2 SUMMARY of Presentation Bird Strike Control and Reduction - Organization National Committee Local Committee - Best Practice Implementation for Tail-wind Runway assignment Process for AIP JAPAN (RJGG AD2.20) - Program BIRDS (Birds position Information Radar Display System) Tokyo INTL Airport /RJTT (HANEDA) Background Design Concept Composition Screen Image / Demonstration Operational Evaluation PLAN 3 Organization (National Committee) Committee to examine measures for BS prevention Work together ICAO(IBIS) CAB,HQ Regulatory Authorities Regional CAB Direct instruction Operators Bird Strike Report Information Sharing Site Airport operations Manual /Guidance materials Advice Instruction Airports Hazard reduction plan Various activities (Local Committee) Committee for BS prevention Covered by Net Streamer placement Bird Patrol Habitat Control 4 2

3 (National Committee) Member Wildlife Control Specialists Aircraft Operator Ministry of the Environment Ministry of Defense Ministry of Land Infrastructure, Transport and Tourism Airport Administrator Bird Patrol Officer 5 (Local Committee) Member Airport Administrator Air Traffic Controller Flight Operation Information Unit Airport/Navigation Facility Management Unit Local Government Aircraft Operator Terminal Building Management Company Bird Patrol Officer, etc. 6 3

4 Best Practice Bird Activity Tail-wind Runway Assignment (Implemented in AIP) Chubu Centrair INTL Airport /RJGG BIRDS activity on the RWY Tail-wind Runway Assigned by ATC KYOTO TOKYO Seagull resting on the runway Chubu Centrair /RJGG Location at Chubu Centrair INTL Airport 7 AIP JAPAN (RJGG AD2.20) AIP JAPAN RJGG AD2.20 LOCAL TRAFFIC REGULATION To prevent bird-strikes, runway may be selected considering the location of bird activity when wind is about 7 knots or less. AIP: Aeronautical Information Publication 8 4

5 Process - Local Committee collaboration (Air Traffic Controller understanding) - Top Agreement - National Committee confirmation 9 Program Airport Administrator/Operator *Indicated by thick frame is the action after 2009 Environmental Research (Food, Water and Shelter) Bird Detection RADAR & Camera System (HANEDA ) Research Vegetation at or around Airport Research Birds Moving Route Birds position Information Operation Display Tokyo INTL Airport Radar Display System (BIRDS (with ALERT, Camera (HANEDA) made by NEC Corp.) Observation) Airport is surrounded by the sea Habitat Control Cutting grass that become a feed for birds Cutting trees at/near Airport Bird Patrol Lines over water Water area Grass area Nest Management Bird Sweep Rocket Long Range Acoustic Device (at Night) Data Analysis Bird Strike INFORMATION Sharing Site Bird Species Identification by DNA or Feather analysis Collect Bird Strike Report from operators by INTERNET Bird Strike Database and automatic analysis (with photo and document) Sharing Bird Strike information and documentation with all stakeholders Blood, Feather etc. from Runway inspection or Aircraft/ENGINE Identification Report 10 5

6 BIRDS Birds position Information Radar Display System (BIRDS) 11 Tokyo INTL Airport /RJTT (HANEDA) V+C 2V+H+C C New RWY V+H Runway A : 3,000 x 60m B : 2,500 x 60m C : 3,000 x 60m D : 2,500 x 60m (New Runway in 2010) Hours of Operation 24 Hours Number of Traffic 380,000per year (Approx 1,000flights/day) BIRDS Vertical radar(v) 4 Horizontal radar(h) 2 Camera 3 Ultrasonic Device

7 Background Bird Strike Accident US Airways Accident Bird Patrol Program Habitat Control 5% 34% 1% 1% 60% DAWN DAY DUSK NIGHT UNK Bird strike data Year Examination for NEW technology Problem & Background BS occurred 39% at Night, Dusk, Dawn HANEDA is the most BS in Japan (about10%) HANEDA opened New RWY in 2010 HANEDA increase INTL Night Flights Considering with National Committee Purpose: To implement Night BS preventive action Bird Patrol applied 24HRs Monitoring Bird Movement in and around airport constantly Introduction for Night BS prevention device 13 Design Concept Tactical Approach (Short term real time monitoring) Ability to detect birds flying at higher altitudes through utilization of radar technologies Ability to detect activity of birds at ground level and low altitudes through utilization of cameras Providing real time information to bird patrollers Strategic Approach (Long term data analysis) Better understanding of bird activity information and environment at HANEDA Airport Data utilized to enhance the efficiency of bird habitat control in long term strategy, leading to improvement in operations and reduction of bird strikes 14 7

8 Composition Radar H-Radar Office Data Processing Device Machine room V-Radar Wireless LAN (4.9G) Shelter Radar detecting signal sending/ processing device Data processing Maintenance Engineering room Monitoring High Sensitivity Camera Camera control device AD Admin Camera Printer Operation monitor Terminal Camera Birds Patrol Sound Deterrence Mobile Tablet Bird Patrol Camera Printer Operation monitor Terminal 15 Screen Image Horizontal Radar Birds detecting Symbol Strength RCS> > weak RCS Vertical RCS Birds species registration Species Number Duck 5 Significant Monitoring Area (ALERM RINGING) *Birds patrol officer input observation birds species data by using mobile tablet Date/time observed 2010/07/07 09:49:40 Point of observed N E Close Birds camera monitoring Check Flying Altitude Vertical Radar Watch Birds (if able specified birds species) 16 8

9 Operational Evaluation PLAN Initial Phase Operational Trial Phase (PLANNED) Reduction BS Phase (PLANNED) Initial Phase Integration/Coordination of information by Camera and Radar Comparison of BIRDS data with the bird patrol observation record Adjusting appropriate RCS levels for seasons Monitoring birds movement at night Effect of sound sonic deterrence Data analysis for bird strike occurrence Improving efficiency of bird patrol (with mobile tablet) Operational Trial Phase (PLANNED) Bird species Real-time monitoring Statistical data analysis Reduction of runway occupancy time Assisting Birds Patrol Activity Reduction BS Phase (PLANNED) Speedy Bird Sweeping Proactive Control with data analysis 17 The End (Sound deterrence) Thank you for your attention!!! 18 9