Gregoir Chikaher

B
Adding Value to Existing Hotels Through Sustainability,[object Object],Gregoir Chikaher, Director of Global Hotels & Leisure,[object Object]
Sustainable Hotel- Key Considerations,[object Object],A building’s location affects commuting options, local ecosystems, building energy efficiency and much more.  ,[object Object],A properly designed and retrofitted envelope helps to maintain the desired indoor conditions and may permit the use of natural ventilation, passive heating, and daylighting.,[object Object],Materials selected for sustainable buildings should have appropriate performance, durability and environmental properties.  Material selection can affect issues ranging from our planet’s resources to occupant comfort and health.,[object Object],Economic and Environmental indicators favour the lowest possible man-made changes to the natural hydrological-cycle.,[object Object],The functionality and energy consumption of a space is highly dependent on the lighting and daylighting design.  ,[object Object],A passive system uses the building characteristics to mitigate negative effects of the external environment or to enhance the internal environment.  ,[object Object],Efficient mechanical and electrical systems will add value, reduce energy consumption and operational costs and provide better comfort to guests. ,[object Object],The resource use of a building is affected by the way in which it is used, operated and maintained,[object Object],Renewables including solar, ground source heat pumps, PV cells and wind power are necessary to reduce Carbon emissions and for a better planet.,[object Object]
Sustainable hotel – step by step approach,[object Object],Assess the condition and performance of the building  ,[object Object],Monitor and control the new performance to obtain the greatest advantage from the capex,[object Object],Benchmark them against industry best practice,[object Object],Step by Step approach,[object Object],Implement the work, which may include staff training and measures to alter the behaviour of guests around water, energy and waste.,[object Object],Identify interventions which are aligned with the goals of the business,[object Object],Package the preferred interventions to suit commercial funding arrangements & Operations,[object Object],Evaluate those in terms of capex, opex, carbon emissions and other indicators,[object Object]
Step #1Determine your baseline and appropriate level of refurbishment,[object Object],Survival Strategy for Existing Hotels,[object Object],What is the baseline? ,[object Object],FM Audit,[object Object],Energy Audit,[object Object],Water Audit,[object Object],Waste Audit,[object Object],Indoor Environment Audit,[object Object],Level of refurbishment,[object Object]
Step #2  Review your building maintenance, housekeeping and energy purchasing,[object Object],Survival Strategy for Existing Hotels,[object Object],[object Object]
Out of control?
Energy purchasing,[object Object]
Step #4   Select your optimal upgrade initiatives,[object Object],More Than 200 Initiatives to improve your hotel performance,[object Object],Survival Strategy for Existing Hotels,[object Object]
Survival Strategy for Existing Hotels,[object Object],Step #5   Make Your Survival Strategy Happen ,[object Object]
Sustainable hotel - Typical life cycle,[object Object],Audit,[object Object],Benchmarking,[object Object],Design,[object Object],Refurbishment,[object Object],Construction,[object Object],Operation,[object Object],Commissioning,[object Object]
Sustainable hotel - Energy hierarchy,[object Object],[object Object]
 Passive ventilation strategy
 Energy management & lighting controls
 Demand control reduced air leakage
 Exposed mass
 Glazing spec
 Thermal storage
 Increased shading
 Increased insulation
 CHP
 Ground source heat pump
 Biomass boilers
 Solar hot water generators
 Wind Turbines – macro/micro
 PV
 Fuel CellsCompliance,[object Object],Minimum,[object Object],Zero Carbon,[object Object],Kg Carbon saved,[object Object], Per £ spent,[object Object],Low Carbon Building ,[object Object]
Sustainable hotel – waste management hierarchy,[object Object],Most,[object Object],Favoured ,[object Object],Option,[object Object],Least,[object Object],Favoured ,[object Object],Option,[object Object]
Gregoir Chikaher
Sustainable hotel – typical luxury hotel ,[object Object],Carbon Reduction Estimate,[object Object],23.5%,[object Object],8%,[object Object],5.5%,[object Object],4.5%,[object Object],4%,[object Object],1.5%,[object Object],Total carbon,[object Object],Emission,[object Object], reduction,[object Object],Mechanical,[object Object],plant,[object Object],Electrical ,[object Object],systems,[object Object],Renewable,[object Object],CHP,[object Object],Glazing,[object Object],improvements,[object Object]
3 night stay by US tourist,[object Object],1289,[object Object],Sustainable hotel – typical luxury hotel ,[object Object]
Sustainable hotel – annual emissions,[object Object],(from gas and electricity use),[object Object],3 night stay by US tourist,[object Object],Luxury London Hotel:         Take up by 32 ha of woodland,[object Object],Equivalent to……,[object Object],Annual emissions from 8 cows ,[object Object],Flight,[object Object],Stay,[object Object]
Sustainable hotel – Demand Management & Measurement,[object Object],If you cannot measure it, you cannot improve it...,[object Object],Guestroom power, cooling & Heating,[object Object],Public Area HVAC,[object Object],Kitchen and Laundry Services,[object Object],Water Consumption,[object Object],Waste Production,[object Object],Utilities,[object Object],Smart Energy Metering,[object Object],Thermal Storage,[object Object]
Natural Energy From the Earth – ground-source heat pumps will use the earth’s natural energy to cool and heat rooms and provide hot water throughout the hotel. ,[object Object],Envelope Efficiency,[object Object],Solar,[object Object],Recover Energy,[object Object],CHP,[object Object]
.....better for the Planet and Reduces costs,[object Object],Lighting represents a quarter of all electricity consumed in a typical hotel,[object Object],Effect on cooling,[object Object],Lighting retrofits can reduce electricity use by 50% or more,[object Object],Reduce cooling energy by 10% or more,[object Object],Consider also daylighting in public areas,[object Object]
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Gregoir Chikaher

Notas do Editor

  1. The embodied energy that went into the original construction make conversions inherently more sustainable than the equivalent built anewEvery building is a complex combination of many processed materials, each of which contributes to the building's total embodied energy. Renovation and maintenance also add to the embodied energy over a building's life.It was thought until recently that the embodied energy content of a building was small compared to the energy used in operating the building over its life. Most effort was therefore put into reducing operating energy by improving the energy efficiency of the building envelope. Research has shown that this is not always the case. Embodied energy can be the equivalent of many years of operational energy.The single most important factor in reducing the impact of embodied energy is to design long life, durable and adaptable buildings.
  2. OpenWays, the global provider of mobile-based access-management solutions for the security and hospitality industries, announces an application for smartphones (embedded or mobile web-based) that allows travellers to check-in remotely, bypass the front desk and open the door to their room by simply pressing a “key” icon on their mobile device. Those travelling with an phone, BlackBerry, NOKIA, Android-based or other Windows-based mobile cell phone can securely obtain an encrypted room key in "full data mode" -- as long as they are staying at a hotel that enables the OpenWays mobile key service. The OpenWays solution was introduced in November as a way to enable any of the 4 billion cell phones in the world to receive a dematerialized key via an encrypted acoustic tone to bypass the front desk and access door locks. This ubiquitous solution uses the principle of Crypto Acoustic Credential (CAC™) and text messaging (SMS) to very securely deliver a key to the right user anywhere in the world. The solution is compatible with the major electronic-locking systems and access-control systems. The acoustic key produced is unique, and thanks to OpenWays patents-pending solutions, a fraudulent recording of the key will be made inefficient to open a door.