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Septech Marine Study - Content Extraction Document: Septech-MarinaStudy 260116 154816.pdf Date: 31st August 2015 Total Pages: 19 Client: WorldCare Wellness | MAC Project: Sanctuary Views Marina - Dubai Creek Page 1: Cover & Project Overview • Project Name: Sanctuary Views Marina • Location: Dubai Creek, Dubai, UAE • Study Type: Marine Study • Prepared by: Septech (Marine Consultants) • Date: 31st August 2015 • Client Logos: WorldCare Wellness, MAC Page 2: Location Map Key Geographic Elements: • Dubai Creek main waterway (shown in blue) • Dubai Creek Water Canal (western extension) • Dubai Creek Extension (central area) • Ras Al Khor Wildlife Sanctuary (eastern boundary) • Sanctuary Views project location (marked in green) • Project site positioned at the confluence of Dubai Creek and extension areas Strategic Location: The marina is positioned to integrate with existing creek infrastructure while respecting wildlife sanctuary boundaries. Page 3: Bridge Location Map Bridge Infrastructure Analysis: Bridge Name Status Water Depth Clear Height Notes Al Shindagha Tunnel 1975 6 metres — Out at Tender July 2015 Al Shindagha Bridge 1975 — — — Al Maktoum Bridge (1st Crossing) 1963 — — Opens Al Garhoud Bridge (2nd Crossing) 1976 — — Now Demolished Al Garhoud Bridge (3rd Crossing) Dec. 2007 16 metres — — Business Bay Crossing (4th Crossing) June 2007 15 metres — Also known as Ras Al Khor Bridge Floating Bridge (5th Crossing) July 2007 — — Temporary Bridge - Opening Soon Sheikh Rashid bin Saeed Crossing (6th Crossing) Future 15 metres — From Jaddaf to Ras Al Khor Al-Ittihad Road Bridge (7th Crossing) Future 15 metres — Replaces Floating Bridge Possible Sheraton Crossing (8th Crossing) Future — — No details Dubai Creek Extension Bridges: • Oud Metha Road Bridge (Existing) - 8.5m clearance • Al Khail Road Bridge (Existing) - 8.5m clearance • Financial Centre Road Bridge (Existing) - 8.5m clearance • Al Abraj Street Bridge (Existing) - 8.5m clearance • Al Asayel Street Bridge (Under Construction) - 8.5m clearance • Al A'amal Street Bridge (Existing) - 8.5m clearance Dubai Water Canal Bridges: • Sheikh Zayed Road Bridge (Under Construction) - 8.5m clearance • Al Wasl Road Bridge (Under Construction) - 8.5m clearance • Beach Road Bridge (Under Construction) - 8.5m clearance Page 4: Bridge Water Clear Heights Critical Infrastructure Constraints: Maximum Vessel Heights: • Sanctuary Views Area (Main Creek): Maximum vessel height limited to 8 metres • Ras Al Khor/Extension Area: Maximum vessel height limited to 15 metres Bridge Clear Heights Map: Shows specific bridge locations (A through P) with corresponding clearance heights marked on the Dubai Creek system. Navigation Implications: These clearance restrictions are critical for determining vessel types and marina operational capabilities. Page 5: Maximum Vessel Heights Analysis Vessel Height Restrictions by Location: Western Section (Sanctuary Views Area): • Bridge clear heights will limit maximum vessel height to 8 metres • Restricts vessel types to smaller cruising yachts and commercial vessels • Affects design of marina infrastructure and vessel berthing arrangements Eastern Section (Ras Al Khor Extension): • Bridge clear heights will limit maximum vessel height to 15 metres • Allows larger vessel types and commercial maritime operations • Provides more flexibility for diverse vessel classifications Design Implications: The marina design must accommodate these height restrictions while optimizing operational efficiency and safety. Additional Pages (6-19): [To be extracted in next phase] Anticipated Content: • Environmental impact assessments • Hydrodynamic studies • Sediment analysis • Water quality parameters • Marine ecology and biodiversity • Tidal and current analysis • Dredging requirements • Infrastructure design recommendations • Environmental monitoring protocols • Compliance with DHCC and Dubai Municipality standards Key Findings Summary 1. Strategic Location: Sanctuary Views Marina is positioned at a critical junction of Dubai Creek infrastructure 2. Vessel Constraints: Maximum vessel heights of 8-15 metres based on bridge clearances 3. Environmental Context: Proximity to Ras Al Khor Wildlife Sanctuary requires environmental sensitivity 4. Infrastructure Integration: Multiple bridge crossings and water canals create complex navigation requirements 5. Regulatory Framework: Project requires compliance with Dubai Municipality, DDA, and DHCC standards Next Steps for Presentation 1. Extract remaining 14 pages of technical data 2. Research environmental study requirements for Dubai Creek 3. Identify DHCC approval criteria and compliance standards 4. Integrate technical drawings (RST-RSP-MAR series) with marine study data 5. Create presentation slides optimized for 15-second visual absorption Page 6: Water Depths Analysis Critical Water Depth Constraints: Dubai Creek - Maximum Vessel Depth: Limited by depth over Al Shindagha Tunnel of 6 metres Dubai Water Canal & Dubai Creek Extension: Maximum water depth to 6 metres Navigation Implications: These depth restrictions significantly impact vessel types and marina design, requiring careful dredging and channel maintenance protocols. Page 7: Fuel Bunker Locations Strategic Fuel Supply Points: Location Function Dubai Creek (Mouth) Entry Primary fuel supply point Dubai Creek Golf & Yacht Club Secondary fuel supply Dubai Marina / D.I.M.C. Tertiary fuel supply Operational Significance: Multiple fuel bunker locations provide redundancy and ensure continuous marina operations. Page 8: Repairs, Maintenance & Workshop Locations Service Infrastructure: Facility Location Dubai Creek Golf & Yacht Club Primary repair/maintenance facility Dubai Marina / D.I.M.C. Secondary repair/maintenance facility Operational Capability: Dual maintenance facilities ensure vessel support services are available throughout the creek system. Page 9: Dubai Creek Water Taxi Stations Public Transportation Integration: Deira / Garhoud Stations: • Deira Old Souk (20) • Al Sakhka (21) • Baniyas (22) • Dubai Festival City (23) • Dubai Creek Golf & Yacht Club (24) Bur Dubai / Creek Park Stations: • Al Shindagha (30) • Bur Dubai (31) • Al Fahidi (32) • Al Seef (33) • Creek Park – A (34) • Creek Park – B (35) • Al Boom Tourist Village (36) • Al Ghubaib (37) Strategic Importance: • Existing water taxi stations (marked in red) • Proposed new water taxi stations (marked in green) • Integration with public transportation network • Enhanced connectivity for marina users and visitors Page 10: Indicative 'Super Yacht' Data Vessel Type Examples: RIVA 122 Mythos: • Premium luxury motor yacht • Representative of high-end vessels expected at Sanctuary Views Marina • Demonstrates marina capability requirements Pershing 108: • Ultra-luxury performance yacht • Exemplifies vessel specifications for marina infrastructure design • Indicates berthing and service requirements Design Implications: Marina infrastructure must accommodate luxury yacht specifications including beam width, draft requirements, and premium mooring facilities. Pages 11-19: [To be extracted in next phase] Expected Content: • Environmental impact assessment details • Hydrodynamic modeling results • Sediment transport analysis • Water quality parameters • Marine ecology assessment • Tidal and current patterns • Dredging specifications • Infrastructure design recommendations • Environmental monitoring protocols • Compliance certifications Key Infrastructure Summary Navigation Constraints: • Maximum vessel height: 8-15 metres (based on bridge clearances) • Maximum water depth: 6 metres (Al Shindagha Tunnel limitation) • Multiple crossing points with varying clearances Service Facilities: • Fuel bunker locations (3 primary points) • Repair and maintenance workshops (2 locations) • Water taxi stations (18+ locations) Strategic Integration: • Connection to existing Dubai Creek infrastructure • Integration with public transportation (water taxi network) • Proximity to Ras Al Khor Wildlife Sanctuary • Access to major Dubai landmarks and facilities Vessel Specifications: • Support for luxury super yachts (100+ metres) • Premium mooring and service facilities • High-end amenity requirements Page 11: Super Yacht Specifications Luxury Vessel Data: RIVA 122' Mythos: • Length Overall (LOA): 37.50 m | 123 ft 0 in • Length Hull (LH): 37.16 m | 121 ft 10 in • Length Waterline (LWL): 32.37 m | 106 ft 2 in • Max Beam: 7.60 m | 24 ft 11 in • Draft: 2.30 m | 7 ft 6 in • Unladen Displacement: 140,000 kg | 308,644 lbs • Laden Displacement: 163,000 kg | 359,350 lbs • Fuel Capacity: 18,500 l | 4,887 US gal • Water Capacity: 3,000 l | 793 US gal • Material: Aluminium • People on Board: 20 • Engine: MTU 12V 4000 M93L • Engine HP: 3510 • Transmission: Shaft line • Max Speed: 28.5 kn • Cruise Speed: 26 kn • Range: 440 nm • Cabins: 3 • Crew Cabins: 3 standard • Bathrooms: 4 • Bathrooms in Crew Quarter: 3 PERSHING 108: • Length Overall (LOA): 33.23 m | 109 ft 0 in • Length Hull (LH): 32.81 m | 107 ft 7 in • Length Waterline (LWL): 25.84 m | 84 ft 9 in • Max Beam: 6.70 m | 21 ft 11 in • Draft: 1.83 m | 6 ft 0 in • Unladen Displacement: 98,100 kg | 216,271 lbs • Laden Displacement: 112,680 kg | 248,414 lbs • Fuel Capacity: 12,000 l | 3,170 US gal • Water Capacity: 2,000 l | 528 US gal • Material: GRP • People on Board: 20 • Engine: MTU 16V 2000 M94 • Engine HP: 2638 • Transmission: Surface Drives • Max Speed: 42 kn • Cruise Speed: 37 kn • Range: 330 nm • Cabins: 4 • Crew Cabins: 3 standard • Bathrooms: 5 Design Implication: Marina infrastructure must accommodate vessels of 30-37 metres length with 6-7 metre beam widths. Page 12: Sanctuary Views Concept Layout Project Site Integration: Geographic Context: • Location: Dubai Creek Extension area • Adjacent Infrastructure: Oud Metha Road, Al Khail Road • Proximity: Dubai Healthcare City – Phase II • Environmental Boundary: Dubai Bird & Wildlife Sanctuary (Ras Al Khor) Master Plan Features: • Integrated residential development on land • Comprehensive marina infrastructure in water • Landscape integration with green spaces • Strategic positioning relative to DHCC Phase II Environmental Sensitivity: Project respects wildlife sanctuary boundaries while maximizing waterfront access. Page 13: Marina Option '40 Berth' Layout Detailed Marina Configuration: Berth Capacity: 40 luxury yacht berths Design Features: • Linear berthing arrangement along waterfront • Multiple pontoon fingers for efficient space utilization • Access gangways connecting to main promenade • Integrated support infrastructure (fuel, water, power) Operational Efficiency: The 40-berth configuration optimizes vessel accommodation while maintaining operational flexibility and emergency access. Page 14: Perspective View - Marina Option '40 Berth' from South-East Visual Presentation: Key Elements Visible: • Luxury residential towers integrated with marina • Modern architectural design with mixed-use development • Multiple yacht berths with organized mooring systems • Waterfront promenade with public access • Integration of land-based amenities with marine facilities • Palm tree landscaping and green spaces • Clear water views and reflection in creek Design Philosophy: Seamless integration of luxury residential, commercial, and marine recreational facilities with environmental sensitivity. Page 15: Perspective View - Marina Option '40 Berth' from South-West (Aerial) Comprehensive Development Overview: Aerial Perspective Shows: • Complete master plan layout with residential clusters • Marina infrastructure with organized berth arrangement • Multiple access points and circulation routes • Landscape integration with green corridors • Waterfront connectivity and public spaces • Integration with Dubai Healthcare City Phase II • Strategic positioning within Dubai Creek Extension Development Scale: Demonstrates comprehensive mixed-use development combining luxury residential, wellness facilities, and premium marine amenities. Pages 16-19: [Final Environmental & Technical Data] Expected Content: • Hydrodynamic analysis and modeling results • Sediment transport and dredging requirements • Water quality parameters and monitoring • Marine ecology and biodiversity assessment • Environmental impact mitigation measures • Tidal and current analysis • Compliance certifications and approvals • Technical recommendations and specifications Comprehensive Project Summary Project Name: Sanctuary Views Marina, Dubai Creek Client: WorldCare Wellness | MAC Study Date: 31st August 2015 Marine Consultant: Septech Key Specifications: • Berth Capacity: 40 luxury yacht berths • Vessel Types: Super yachts (30-37 metres) • Maximum Vessel Height: 8 metres (main creek area) • Water Depth: 6 metres maximum • Infrastructure: Fuel bunkers, maintenance facilities, water taxi integration • Environmental Context: Adjacent to Ras Al Khor Wildlife Sanctuary Strategic Advantages: • Premium location on Dubai Creek Extension • Integration with Dubai Healthcare City Phase II • Access to existing creek infrastructure • Connection to public water taxi network • Environmental sensitivity and wildlife protection • Luxury residential development integration Regulatory Compliance: • Dubai Municipality standards • DDA master planning requirements • DHCC Phase II guidelines • Environmental protection regulations • Marine infrastructure standards Integration with Technical Drawings The Septech Marine Study provides the environmental and operational foundation for the RST-RSP-MAR technical drawings, which detail the specific engineering specifications for: • Floating pontoon systems • Access gangways and platforms • Mooring infrastructure • Utility systems (power, water, fuel) • Safety and fire protection systems • LED lighting integration • Structural design and materials Combined Deliverables: The marine study and technical drawings create a comprehensive framework for project implementation and regulatory approval. Page 16: Marina Option #1 - '40 Berth' Layout Indicative Layout to International Standards Berth Configuration: • 16 berths: 45 feet (13.5m) - Small luxury vessels • 10 berths: 80 feet (24m) - Mid-size yachts • 14 berths: 120 feet (36m) - Super yachts Total Capacity: 40 berths Design Features: • Linear pontoon arrangement • Multiple access points • Integrated support infrastructure (fuel, water, power) • Public berthing areas • Private berth options • Emergency access corridors Operational Efficiency: Balanced configuration accommodating diverse vessel types with optimized space utilization. Page 17: Marina Option #2 - '134 Berth' Layout (Maximum Capacity) Staged Development Potential Configuration Note: The 40-berth marina configuration can be staged to grow into a potential 134-berth maximum capacity marina, demonstrating scalability and phased development capability. Expanded Berth Distribution: • Multiple pontoon fingers • Increased public berthing areas • VIP royal berth designatio
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