deep water and harsh environment seminar satellite based ...€¦ · deep water and harsh...
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KONGSBERG PROPRIETARY: This document contains KONGSBERG information which is proprietary and confidential. Any disclosure, copying, distribution or use is prohibited if not otherwise explicitly agreed with KONGSBERG in writing. Any authorised reproduction in whole or in part, must include this legend. © 2013 KONGSBERG – All rights reserved.
Deep Water and Harsh Environment Seminar
Satellite Based Monitoring for Maritime
Operations
Jan Petter Pedersen, KSAT
Content:
- Short KSAT introduction
- Satellite technology and operational applications
- Future outlook
14.11.2016 Page 1 WORLD CLASS - through people, technology and dedication
Kongsberg Satellite Services
• Established 1967, main office Tromsø, Norway
• World´s largest independent commercial satellite center
• 155 employees, +60 MEuro turnover
• Round the clock operations (24h / 365d)
• Satellite operations services
– Mission operations support & Data handling, all phases
– 120 antennas, ~100 satellites, 28 000 passes/month
– Global station network, Tromsø customer network access site
• Multimission global Near real-time services
– Information delivery to customer in 30-120 min globally
– Combining imagery and non-imagery information (AIS, models)
– Oil spill detection and monitoring services
– Vessel detection and activity monitoring services
Satellite technologies for the Arctic
• Challenging area weather, light, population, …….
• Information delivery time critical (< 60 min)
• Meteorological satellites since 70-ties
• Today’s all weather radar satellites, optical supplementary
• High latitude satellite telecom still challenging and expensive
• Frequent repetivity and coverage, ground station data access
– Svalbard and Inuvik
• Multisource satellite programs and continuity
– Europe/Norway: Copernicus, AISSAT
– Canada: Radarsat
• Operational maritime service capabilities
– Customer involvement and contributions
– Research for innovation and improvement
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Operational Ice Mapping and Monitoring
4
Svalbard Satellite Station (Upper left)
Low resolution Arctic ice cap (Lower left)
Ice chart using Copernicus Sentinel-1 (Middle)
Polar mosaic satellite radar images (Right)
Operational Ice Services
- Regional ice maps (daily)
- Global maps (daily)
- Multiyear time series (climate)
Extended ice information and use
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Copyright raw data MDA, 2013
- Ice edge detection
- Ice berg detection
and tracking
- Images for vessel
navigation
Satellite vessel detection and identification
• Norwegian core maritime service since 90-ties
• # 1: Large area activity monitoring and target detections
• # 2: Targeted data collection and multisource identification
(imagery + AIS)
• High resolution data (optical) identification
RADARSAT-2 Data and Products © MacDONALD, DETTWILER AND ASSOCIATES LTD., 2014– All Rights Reserved
RADARSAT is an official mark of the Canadian Space Agency
Arctic situational awareness
14-Nov-16 / 7 / WORLD CLASS – through people, technology and dedication
Combining satellite (radar) imagery and
satellite AIS information
Updated ship traffic recognised picture
- Detected and identified targets
- Detected and non-identified
Arctic Situational Awareness
Russian Navy Fleet
October 2016
Copernicus/Sentinel-1
Offshore oil exploration
Example: Vessel in ice
Combining satellite radar
imagery and satellite AIS
October-2014
Copyright raw data MDA, 2014
Oil spill detection and monitoring - First operational Copernicus type service -
• R&I project developed into EMSA Pan-European service since 2006
– Initial Norwegian R&I project 1990+, followed by similar European activities
• KSAT leading provider for global/national authorities, oil&gas industry
• Multimission service utilising radar missions, combining (satellite-)AIS, Models
• Regular monitoring and/or Emergency service
• Information to users < 15-60 minutes
• Satellite information for early warning and more
effective aircraft monitoring
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/ 11 /
Oil spill detection and source identification
EMSA CSN reported oil spills and statistics
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Reported spills 2011 2143 images analysed
2048 spills reported
CleanSeaNet Consortium (2007-)
KSAT, E-Geos, CLS, EDISOFT
Source: EMSA Annual Report 2012, 2015
possible spills detected per million km 2
Reported spills 2015 3052 images analysed
2423 spills reported
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Multimission radar data
16. October 2016
Radarsat-2
Sentinel-1
Cosmo-Skymed
Data processed by KSAT 2016
Copyright raw data
MDA, 2016
ESA, 2016,
E-Geos, 2016
Satellite Archive Data
Status and the future
• Existing operational satellite capabilities – Near real-time services for ice, vessels, oil spills, metocean
– Coverage, fast tasking and costs still challenging
– Mission continuity (Copernicus, Radarsat, AISSAT, …)
• Arctic increasing focus and importance – Resource, climate, safety and security
– Extended, updated and reliable information demand
• Newspace decade – Small satellites constellations (radar, optical, ……)
– Improve coverage, tasking time and lower costs
– Pan-Arctic ground station network for data access
• R&D innovative services and improved understanding – Ice classification, metocean (wind, current), vessels vs icebergs,
oil spill characterisation and detection – in ice, climate change
Innovation and research for the future
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Target detection - no image
Data set for ice (N-ICE)
Ocean surface velocity
Copyright raw data
MDA, 2016
ESA, 2016,
E-Geos, 2016
kongsberg.com
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WORLD CLASS
through people, technology and dedication