EGYPT NATIONAL REPORT

Similar documents
MEDITERRANEAN AND BLACK SEAS HYDROGRAPHIC COMMISSION XVIII CONFERENCE

NATIONAL REPORT TO THE MEDITERRANEAN AND BLACK SEAS HYDROGRAPHIC COMMISSION (MBSHC) (Tunisia Tunisie)

How To Make A Report On The Hydrographic Activities Of The Republic Of Cuba

The Integration of Hydrographic and Oceanographic Data in a Marine Geographic Information System U.S. Hydro 2015

Satellite Derived Bathymetry

National Reports to Regional Hydrographic Commissions

WWNWS2/3/2-XV Meeting 2 15 July 2010 Agenda Item 3.2. MSI Self Assessment NAVAREA XV. Submitted by CHILE SUMMARY

WWNWS3/3/2-XV Meeting 3 29 August 2011 Agenda Item 3.2. MSI Self Assessment NAVAREA XV. Submitted by Chile SUMMARY

IHO Commission on the Promulgation of Radio Navigational Warning (CPRNW) International Hydrographic Bureau, Monaco

Hydrography at IHO cat A level: Scientific Education, at Sea Training, and Interaction with the Industry. N. Debese, R. Moitié, N.

Contents. 1. PROFILE p2. 2. SERVICES 2.1 Offshore Support Services p 4 Offshore support p 6 ROV operations p 8

THESE INSTRUCTIONS ARE INTENDED FOR MARINERS CARRYING OUT THE IHO ENC/ECDIS DATA PRESENTATION AND PERFORMANCE CHECKS

MSDI: Workflows, Software and Related Data Standards

WATERWAYS in Finland

The Arctic-2010 cruise: bathymetric survey for delineation of the extended continental shelf of the Russian Federation in the Arctic

E-navigation, process, results, status and delivery

Precision Hydrographic Services. Company Profile. Company Profile. We do it once, we do it right.

AVCS Folio for - ADMIRALTY Chart Agent PAYS Services

GEO-MARINE TECHNOLOGY, INC. A Geological, Geophysical, and Hydrographic Survey Consultancy

NEW ZEALAND CHARTING AND NOTICES TO MARINERS

Masters of Safety & Security. EUCISE2020 Industry Day Brussels September 23, 2015 SIGNALIS Presentation

HYDROGRAPHIC DEPARTMENT MARITIME AND PORT AUTHORITY OF SINGAPORE (MPA) (Version: July 2015)

POSITION DESCRIPTION 1 PURPOSE OF POSITION

Earth Coordinates & Grid Coordinate Systems

HV Submarine Cable Systems Design, Testing and Installation

The Hong Kong Polytechnic University. Subject Description Form

Bathymetric Attributed Grids (BAGs): Discovery of Marine Datasets and Geospatial Metadata Visualization

ECDIS Display, Safety Settings and Alarm Management

THE ROLE OF BATHYMETRY IN INTERNATIONAL MARITIME LAW AND IN THE PROVISIONS OF THE UN CONVENTION ON THE LAW OF THE SEA By NEIL GUY.

Good Practice for Hydrographic Surveys in New Zealand Ports and Harbours. Maritime Safety MARITIME SAFETY AUTHORITY OF NEW ZEALAND Kia Maanu Kia Ora

Gravir Outer, Isle of Lewis Site and Hydrographic survey report

ANNEX I TO EAtHC WEST AFRICA ACTION TEAM REPORT DECEMBER 2002 COUNTRY REPORT : GUINEA

LP News. New ECDIS mandatory requirements Part 2: A key to safe operation UK P&I CLUB

Improving Hydrographic Rate of Effort

SONOBOT AUTONOMOUS HYDROGRAPHIC SURVEY VEHICLE PRODUCT INFORMATION GUIDE

'Developments and benefits of hydrographic surveying using multispectral imagery in the coastal zone

Ocean Engineering, Surveying and Mapping Services

УДК 528 Nguyen Thanh Le APPLYING MULTIBEAM ECHO-SOUNDER SYSTEM IN MAKING MULTISCALE SEABED TOPOGRAPHY MAP IN VIETNAM

1.1 The primary function of the ECDIS is to contribute to safe navigation.

Crowdsourced Bathymetry One Solution for Addressing Nautical Chart Data Deficiencies

PRODUCT SPECIFICATION for RASTER NAVIGATIONAL CHARTS (RNC)

1.0 INTRODUCTION 2.0 SCOPE OF WORK. DATE July 29, 2010 PROJECT No /2000

Australian Hydrographic Service Charting the Australian waters near and far

Overview of Submarine Cable Route Planning & Cable Route Survey Activities. Graham Evans Director EGS Survey Group

Shallow Water Swath Bathymetry from Small Platforms. Advances in Seafloor Mapping Sonar, 30 Dec 2009 Systems Engineering & Assessment Ltd.

Proven expertise and total reliability to support globally recognised oil and gas clients

Implementing Marine SDI Through Capacity Building

GENERAL INFORMATION ON GNSS AUGMENTATION SYSTEMS

Capacity building for Maritime Domain Awareness in East Africa

New Technologies and Airborne LiDAR Bathymetry survey Techniques in European Environmental Coastal Mapping Projects

United States Coast Guard Auxiliary Telecommunications Workshop. USCG Auxillary Communications 1

The Suez Canal: Strategic & Operational Security RealitiesPast, Present, & Future

Towards a Universal Hydrographic Data Model

Guidance on vessel traffic services (VTS) in Danish waters

Hydrography and the ACLS. Jean-Claude TÉTREAULT, Canada

sonobot autonomous hydrographic survey vehicle product information guide

IBF LIST of warlike and high risk designations, with main applicable benefits (as of 22 nd February 2016):

Error detection of bathymetry data by visualization using GIS

ELECTRONIC NAVIGATIONAL CHARTS (ENCs) PRODUCTION, MAINTENANCE AND DISTRIBUTION GUIDANCE

Tidal Correction Using GPS Determination of the Chart Datum. October 9, FIG Congress 2006

London Array. Operations and Maintenance

A METHODOLOGY FOR GIS INTERFACING OF MARINE DATA

Passenger Terminal Amsterdam

Integration of LIDAR Data in CARIS HIPS for NOAA Charting Carol McKenzie *, Bill Gilmour, Lieutenant Edward J. Van Den Ameele, Mark Sinclair

Horizon Survey and Geotechnical Companies

IMO. RESOLUTION A.817(19) adopted on 23 November 1995 PERFORMANCE STANDARDS FOR ELECTRONIC CHART DISPLAY AND INFORMATION SYSTEMS (ECDIS)

A Case Study Documenting the Dubai Coastal Zone Monitoring Programme An International Example.

NEW DIGITAL TERRAIN MODELING (DTM) TOOLS FOR CABLE ROUTE PLANNING by Dr. Jose M. Andres Makai Ocean Engineering Inc.

CHART TRACK MANAGING ALL YOUR DATA

IMO ROUTEING OF SHIPS, SHIP REPORTING AND RELATED MATTERS

Outline. Application of AUVs for Hydrography. AUVs for hydrographic surveying AUV horizontal mapping accuracy

Jeppesen is a Boeing company

AirborneHydroMapping. New possibilities in bathymetric and topographic survey

Cable System Planning and Permitting: Business and Stakeholder Considerations

Curriculum for the Degree of. Bachelor of Science. Nautical Science

GUIDELINES AND CRITERIA FOR VESSEL TRAFFIC SERVICES ON INLAND WATERWAYS (VTS Guidelines 2006)

ITU Service Publications (maritime) & the online information system. MARS (Maritime mobile Access and Retrieval System)

Japan s Arctic Policies with regards to Maritime Law and Jurisdictional Issues

IHO STANDARDS FOR HYDROGRAPHIC SURVEYS

in the Field of Marine Cadastre

Arctic Fibre Submarine Cable System

Congratulations and Welcome USCG Flotilla 4 76, 5NR

R E C O M M Е N D A T I О N S O N C O M M U N I C A T I O N IN THE WATER AREA OF THE NORTHERN SEA ROUTE

Application of Technology to Create an Integrated, Multidisciplinary Approach to Safe and Secure Ports

FIG/IHO/ICA International Board on Standards of Competence for Hydrographic Surveyors and Nautical Cartographers (IBSC)

Chapter Overview. Bathymetry. Measuring Bathymetry. Echo Sounding Record. Measuring Bathymetry. CHAPTER 3 Marine Provinces

IDNM Nr.18 Nr / 2015 April 24 th 2015 SECTION I

Harmonizing Survey Deliverables Emerging Standards and Smart Data Exchange

The optimum offshore survey workflow for high-quality GIS results. by integrating CARIS & EIVA software

ITF LIST of warlike and high risk designations, with main applicable benefits (as of 1 st April 2012):

Project abstracts (not edited) of winners of Phase 1 of the SBRI call on Adaptive Autonomous Ocean Sampling Networks

Remote Sensing, GPS and GIS Technique to Produce a Bathymetric Map

COMPANY PROFILE PELICAN COMPANY LIMITED

Hydrographic Survey of the Keith Lake-Salt Bayou System

Production Plan for 2005/2006/2007

THE LIVORNO PLATFORM

Transcription:

to the 16 TH North Indian Ocean Hydrographic Commission (NIOHC) CONFERENCE Chittagong/Bangladesh 14-16 March 2016 This report posted on the ENHD website (see www. About Us ENHD National Report) and describes EGYPT s activities of direct relevance to the NIOHC region. www.enhd.com

1. Hydrographic Office / Service: The Egyptian Navy Hydrographic Department (ENHD) was established in 1920, originally formed to serve the Egyptian fleet, and following the chain of command of the Egyptian Navy HQ. ENHD has evolved considerably throughout the years to become one of the leading participants in the field of hydrography, and serving in the provision of the hydrographic services to both military and civilian sectors. ENHD is the national hydrographic office of Egypt, and the official representative of the Egyptian government in the International Hydrographic Organization (IHO) and the respective hydrographic commissions of the Mediterranean and Red seas. ENHD`s Experience has been gained by over 50 years of rigorous survey practice, and the implementation of a well-balanced strategy aiming to mix practice and education of all involved personnel to build upon the office`s strong foundation. This went along with the support of the Egyptian Government in providing the most up to date equipment and software to ensure reliable and consistent hydrographic service. Considering the missions of ENHD, and in order to grant the highest possible service efficiency, it is has been structured to include several divisions as follows: The Hydrographic division. The Navigation Division. The Meteorological and Oceanographic Division. The Logistics Division. The Technical Support Division. Key missions of ENHD: Collecting hydrographic data according to related IHO standards, primarily fed into the navigational charts data base. Also used to ensure the safety of surface navigation and the protection of the marine environment. Nautical and Electronic charts production, distribution and updating for the Egyptian Territorial waters using fresh hydrographic data. Maritime Boundary Delimitation (Law of the sea implementation). Coastal zone management. Scientific studies related to the sea and near-shore zone Physical properties of the water column, tides, currents data gathering and processing. Ensure the timely dissemination of Maritime Safety Information. Hydrographic and oceanographic Support of naval operation Providing the fleet with Navigational equipment and publications Maintaining and repairing navigational equipment. 2 P a g e

2. Surveys: 2.1 Coverage of new surveys: - Extensive surveys has been conducted in the area of responsibilities of ENHD along the coastline of EGYPT on the Mediterranean and red sea down to latitude 22 Degree north, such as routine approaches and passages route lines Multibeam check survey to the Egyptian ports for the propose of paper charts and ENC,s updates. - ENHD has a Joint Coordination with Suez Canal Authority and Egyptian River Transport Authority (RTA) to establish fresh hydrographic database executed by both authorities for the propose of ENC,s production for suez canal and inland ENC,s for river Nile by ENHD. - ENHD is maximizing bathymetric data by coordinating with private sector conducting seismic surveys in the concession areas contained in the Egyptian Exclusive Economic Zone in order to get benefit of covering uncharted areas included in the areas of ENHD charting responsibility. -. 2.2 New technologies and /or equipment ENHD has a complete set of modern and high end surveying equipment/ technologies with continuous upgrading to fulfill the survey requirements and meet IHO related standards 2.2.1 New technologies: Recently ENHD has upgraded most of the software packages used in data gathering and processing also obtained a new package for ENC and paper chart production last year. 2.2.2 New Equipment: - Ultra High Frequency Multi Beam Echo sounder (0-300m shallow water). - Digital Side Scan Sonar. - ROV (Sea Rover) with medium/low depth capabilities. - Sub bottom profiler combined system with Side Scan Sonar. - Magnetometer. - HPR New ships: - Oceanographic ship 3D seismic capabilities (contracting). Processing System/ Software: - The ENHD has acquired full digital capability 2.3 Problems encountered - Nil 3 P a g e

4 P a g e

3. New charts & updates: 3.1 ENCs ENHD has produced a total of 25 cells with different bands which covered Egypt main and secondary ports on the Mediterranean Sea, included according to a contract with the Suez Canal Authority ENHD recently produced 8 cells in a harbor band for the suez canal including the new bypass channel. Figure: Current Egyptian ENCs coverage status on the Mediterranean Sea. R15 R13 R20 R14 R16 R19 R18 R17 R05 R07 R08 5 P a g e

Suez Canal EGYPT ENHD ENCs Coverage Planning For Mid & Red Sea 2015 No.Cell No. Name Scale Band Sea code GB cell scale Note Planned to be validated and distributed in 2015 1 M22 Port Said (Bur Said to Km 13) 1:22,000 5 Mideterranean EG5EGM22 GB 53254A 1:22000 2 R11 Southern approach to Suez Canal 1:12,000 5 Red Sea EG5EGR11 GB 54002C 1:12000 3 SC1 El Shalofa (Km 135 to Km 156) 1:8,000 5 EG5EGSC1 4 SC2 Kabrit (Km 118 to Km 134) 1:8,000 5 EG5EGSC2 5 SC3 Bitter Lake (Km 99 to Km 117) 1:8,000 5 EG5EGSC3 6 SC4 Toson (Km 84 to Km 98) 1:8,000 5 EG5EGSC4 7 SC5 El Timsah (Km 73 to Km 83) 1:8,000 5 EG5EGSC5 GB 53264B 1:45000 8 SC6 El Ferdan (Km 51 to Km 72) 1:8,000 5 EG5EGSC6 9 SC7 Al Qantra (Km 33 to Km 50) 1:8,000 5 EG5EGSC7 10 SC8 El Tina (Km 14 to Km 32) 1:8,000 5 EG5EGSC8 11 SC9 Suez Canal 1:45,000 4 EG4EGSC9 12 M24 Approaches to Port Said 1:45,000 4 Mideterranean EG4EGM24 GB 43264C 1:45,000 13 M28 Dumiat to Port Said 1:90,000 3 Mideterranean EG3EGM28 GB 332640 1:90,000 14 M17 SUMID PORT 1:22,000 4 Mideterranean EG5EGM17 None 15 M12 Abu Qir Bay 1:45,000 3 Mideterranean EG5EGM12 None 16 R13 Adabia to Ras Abueldarag 1:45,000 3 Red Sea EG3EGR13 None 17 R06 Port Ghalib 1:4,000 6 Red Sea EG6EGR06 None 18 M20 ALEXANDRIA - DEKHIELA 1:22,000 4 Mideterranean EG4EGM20 None 19 M21 DUMIAT PORT 1:22,000 4 Mideterranean EG5EGM21 GB 53264D 1:22000 20 R05 Approaches to Port Ghalib 1:22,000 4 Red Sea EG4EGR05 None Planned to be validated and distributed in 2015 21 M18 ALEXANDRIA PORT 1:12,000 5 Mideterranean EG5EGM18 GB 53244B 1:12000 22 M19 DEKHIELA PORT 1:8,000 5 Mideterranean EG5EGM19 None 23 R12 Ain Elsokhna Port 1:22,000 4 Red Sea EG5EGR12 GB 64002F 1:22000 24 R7 SHALATIN TO HALAIB 1:180,000 3 Red Sea EG3EGR07 None 25 R8 APPROACHES TO ABURAMAD 1:15,000 5 Red Sea EG5EGR08 None 3.1.1.1 Usage bands: Band Overview (1) General (2) Coastal (3) Approach (4) Harbor (5) Berthing (6) Validated Under Validation Under Construction Planned Validated & Distributed Work in progress Planned 6 P a g e

3.1.2 Suez Canal Catalogue: No: Chart Name Scale Band Code 1 SC1 EG5EGSC1 2 SC2 EG5EGSC2 3 SC3 EG5EGSC3 4 SC4 EG5EGSC4 SUEZ CANAL 1:8,000 5 5 SC5 EG5EGSC5 6 SC6 EG5EGSC6 7 SC7 EG5EGSC7 8 SC8 EG5EGSC8 9 SC9 1:45,000 4 EG4EGSC9 3.1.3 Red Sea Catalogue: RED SEA CATALOUGE 1 R5 APPROACHES TO PORT GHALEB 1:12,500 5 EG5EGR05 2 R6 PORT GHALEB 1:2,000 6 EG6EGR06 3 R7 SHALATIN TO HALAIB 1:180,000 2 EG3EGR07 4 R8 APPROACHES TO ABURAMAD 1:15,000 5 EG4EGR08 5 R10 Abu Ramad 1:2,000 6 EG6EGR10 6 R11 Southern approach to Suez Canal 1:22,000 4 EG4EGR11 7 R12 Ain Elsokhna Port 1:25,000 4 EG4EGR12 8 R13 Adabia to Ras Abueldarag 1:50,000 3 EG3EGR13 9 R14 Gulf of Suez 1:150,000 3 EG3EGR14 10 R15 Red Sea 1:1000,000 2 EG2EGR15 7 P a g e

3.2 ENC Distribution method In order to ensure consistency, reliability,availability and seamless Egyptian ENC,s in high quality under the umbrella of IHO, ENHD has contracted with Regional ENC Coordinating Centre (IC-ENC) last year. 3.3 RNCs - ENHD doesn t produce RNCs. 3.4 INT charts ENHD proceeded to link The Egyptian national chart scheme to the International (INT) chart scheme of the region as follows: Three new INT charts has been included in the NIOHC Scheme since last commission conference Producer National No: Date Scale 1: Chart Name New Publication edition R11 SUEZ PORT September 2015-20,000 SC01 July 2015-40,000 SUEZ CANAL SC02 July 2015-40,000 Format Figure: Chart R11, Port of Suez. 8 P a g e

3.5 National paper charts ENHD has produced a number of 38 local paper charts for the Egyptian waters since 1986. CHART NUMBER CHART NAME SCALE PRODUCTION DATE M1 DUMIAT PORT 1:40,000 1986 M2 DEKHIELA PORT 1:10,000 1986 M3 ALEXANDRIA PORT 1:10,000 1988 M4 ABU QIR - AMONIA 1:25,000 1990 M5 ABU QIR BAY 1:25,000 1992 M6 DEKHIELA PORT 1:5,000 1994 M9 EL ARISH PORT 1:5,000 1996 M10 EL ARISH PORT 1:2,500 1996 M11 ABU QIR - MAADIA 1:25,000 1999 M12 IDKU 1:50,000 2005 M13 IDKU (LNG) 1:20,000 2005 M14 ABU QIR PORT 1:15,000 2005 M15 MAADIA PORT 1:10,000 2006 M16 RASHID - EL ALAMIN 1:175,000 2007 M17 SUMID PORT 1:30,000 2007 M18 ALEXANDRIA PORT 1:10,000 2007 M19 DEKHIELA PORT 1:7,500 2007 M20 ALEXANDRIA - DEKHIELA 1:27,500 2008 M21 R1 R2 R3 R4 R5 R6 R7 R8 R10 R11 R12 R13 R14 R15 DUMIAT PORT 1:40,000 2008 RAS MUHAMED 1:20,000 1988 NUWEBAA 1:7,500 1995 NUWEBAA 1:2,500 1995 SHARM ELSHEIKH 1:5,000 2000 APPROACHES TO PORT GHALEB 1:12,500 2010 PORT GHALEB 1:2,000 2010 SHALATIN TO HALAIB 1:180,000 2010 APPROACHES TO ABURAMAD 1:15,000 2012 Abu Ramad 1:2,000 2013 Southern approach to Suez Canal 1:20,000 2013 Ain Elsokhna Port 1:25,000 2013 Adabia to Ras Abueldarag 1:50,000 2013 Gulf of Suez 1:150,000 2013 Red Sea 1:1000,000 2014 9 P a g e

3.6 Other charts, e.g. for pleasure craft ENHD has produced a pleasure chart for Port Ghaleb resort, Red Sea, in 2010 3.7 Problems encountered Egypt s got a dramatic long coastline on the Mediterranean, the Red Sea and around the Peninsula of Sinai in addition to its EEZs waters. Although Egypt started surveying and charting its territorial waters long ago, still a considerable portion of it needed to be resurveyed and charted according to the latest IHO standard. 4. New publications & updates: 4.1 New Publications - ENHD is working on producing a new updated sailing direction book for Egypt's ports. 4.2 Updated publications - Nil 4.3 Means of delivery, e.g. paper, digital - Nil 4.4 Problems encountered - Nil 10 P a g e

5. MSI 5.1 Existing infrastructure for transmission In compliance with Regulation 4 &9 of Chapter V of the International Convention on the Safety of Life at Sea(SOLAS V), Egypt ensure timely dissemination of MSI by robust national Maritime Safety Information infrastructure through active 3 NAVTEX stations located at (Alexandria, Kosseir, and Ismailia) are transmitting MSI warnings in English on 518 KHz EGY NAVTEX Stations Figure: Egyptian NAVTEX stations ENHD has coordinated with Egyptian Maritime safety Authority (MSA) to forward MSI directly to NAVAREA III coordinator via E-Mail: hydro@enhd.gov.eg to ensure effective timely promulgation of MSI. KHz: Call Station Name: Range nm: Transmission Times-All UTC: Area 518.0 SU Alexandri 350 0210 0610 1010 1410 1810 2210 3 H a 518.0 SU Kosseir 350 0330 0730 1130 1530 1930 2330 9 K 518.0 SUZ Ismailia 400 0350 0750 1150 1550 1950 2350 9 5.2 New infrastructure in accordance with GMDSS Master Plan - Nil. 5.3 Problems encountered - Nil. 6. S-55 In progress based on the latest status of data coverage. 11 P a g e

7. Capacity Building 7.1 Training received, needed, offered 7.1.1 Training received (2014): - MSI course held in Muscat. - Multibeam course held in India. 7.1.2 Needed training (2016): - Cat A Hydrography Programme (USM). - MSI (training on establishment of MSI structure and basic MSI procedures). - Advanced ENC Production. - Multibeam Sonar Training Course. - Technical aspects of maritime boundaries, baselines. 7.2 Status of national, bilateral, multilateral or regional development projects with hydrographic component. (In progress, planned, under evaluation or study) - The national project of Suez Canal new Bi-pass(Has just been accomplished) - Dumyat port international logistic center. - El Arish port. 7.3 Definition of bids to IHOCBC - Nil. 8. Oceanographic activities Tide gauge network The geodetic vertical datum in Egypt has been set as the MSL at Alexandria port, based on daily readings of high and low water level during the years 1898 to 1906. Globally, research studies revealed that the sea level is rising in last decade. In 2001, A joined Cooperation between ENHD and Survey Research Institute (SRI) has installed a state-of-theart sea level observing system at Mersa Matrouh,Alexandria, Dumiat and Portsaid on the Mediterranean sea, which consists of three devices integrated together in a unified scheme: Tide gauge Metrological unit, Satellite-based GPS geodetic receiver. Heterogeneous datasets have been collected and analyzed for a number of tide gauge stations for the precise redefinition of the Egyptian vertical datum. In addition, a leveling network has been established and several observation kinds, e.g. gravity, GPS, and meteorological data, have been collected and processed in order to investigate the enhancement of the vertical control networks in Egypt. 12 P a g e

9. Other activities Magnetic/Gravity surveys Several gravity observations have been collected and processed in order to investigate the enhancement of the vertical control networks in Egypt. Figure; High Accuracy Reference Network HARN Cdr Ahmed Hafez Egyptian Navy Hydrographic Department 13 P a g e