T ETIAROA M ARLON B RANDO ’ S P RIVATE I SLAND.

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Presentation transcript:

T ETIAROA M ARLON B RANDO ’ S P RIVATE I SLAND

The Brando Hotel Eco-Station Research facility Staff Village Technical area Spa Gardens Residences Western Beach Villas Southern Beach Villas

Sustainability Goals for The Brando:  Net Zero Energy Use  Site Water Balance  Materials : Local, Recycled,Renewable  Carbon Neutral Transportation  Market Recognition (Validation - LEED)

SOLAR Energy Voltaic panellings « BIOFUEL » Energy Coconut - Coprah oil Generators SWAC 2,4 MW f Pipe Ø 450 mm Intake: 950 m deep Zinc-Bromine Flow-Batteries  20 + years Service Design Life  1000’s of Deep discharge cycles over service lifetime  « Environment friendly », made from highly-recyclable materials

CENTRALISED SEA WATER AIR CONDITIONING c Sea Water Primary closed loop Chilled fresh water Secondary closed loop Cold water : 5/6°C Temperate water : 12/13°C Buildings Titanium cold Exchanger Deep cold water intake Shallow warm water effluent Chilled water closed loop distribution

The Brando, Tetiaroa – SWAC 2011 SWAC Specs  Refrigerating power : 2,4MWf  Pipeline Diameter: 450mm Length: 2600m Max. Depth: -960m  October 2011  Immersion  Open ocean marine work: underwater trench between 0/20m deep  Closed lagoon (no communication with open ocean: logisitcs, access)  Need for maximum environmental protection/preservation

Ciguatera Monitoring Reference Point in May 2009 Fish and algae in lagoon and outside barrier reef Impact of works Follow-Up Corals Transplantations Moving corals in lagoon (trench) Monitoring of corals health and repositioning of colonies to initial locations Water monitoring (physical and chemical states) Multi-parameters Measurements (water turbidity, T°, O 2, S, pH…) Tracking of « milky » clouds Photographic and quadrate method Records in November 2009, in February 2010 (following cyclone Oli), Reference Point in April 2010 Reef Check SWAC – I MPACT S TUDY ON E NVIRONMENT