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• Incorporated alternative fuel and energy vehicles into<br />
their fleet.They currently have six different vehicle types<br />
undergoing tests. These include two electric vehicles,<br />
two hybrid vehicles and two “teardrop” trailers. They<br />
are investigating viable options for alternative fuels for<br />
the future of their fleet.<br />
For local deliveries in London we use Cyclone who make<br />
deliveries by electric vehicle and bicycle.<br />
e. Supply Chain<br />
Our supply chain strategy includes the backloading of<br />
vehicles, using the return trip of vehicles after they have<br />
made their deliveries. The strategy has been particularly<br />
successful in our delivery of our wicker baskets.<br />
Empty vans and lorries account for 7.2% of the UK’s total<br />
annual carbon footprint. (Source: Lowcarboneconomy.com)<br />
Our wicker supplier uses a transport company based in<br />
Ely, just 6 miles from the Fortnum & Mason warehouse.<br />
All loads from them to Ely are a return load filling what<br />
otherwise would be an empty lorry. The mileage of this<br />
trip is 220 miles. In a 12 month period from July 2009 to<br />
June 2010 this trip was made 54 times, a total mileage of<br />
11880 miles. The transport company averages 9 miles to<br />
the gallon (source: Halls), this equates to 1.97 miles per<br />
litre, 11880 miles equals 6030 litres. This equates to saving<br />
15914kg of CO 2 per annum.<br />
25<br />
f. Construction<br />
In 2011 we are planning to build a new warehouse in<br />
Cambridgeshire. The specification for the warehouse fully<br />
takes environmental impact into account and includes the<br />
following:<br />
Insulation<br />
The unit will be built using a high specification of 80mm<br />
thickness insulated cladding used for roofing with a 2.5 u<br />
value. Roofing light panels will be double glazed and meet<br />
the same 2.5 u value.<br />
The unit will be built using a high specification of 80mm<br />
thickness insulated cladding used for outer walling with a<br />
2.5 u value.<br />
Office Heating<br />
The heating system will utilise as much energy as possible<br />
from an air source heat pump system, significantly reducing<br />
the electricity requirements for office heating.<br />
Glazing<br />
The office windows will be double glazed units featuring<br />
low e-glass and gas filling which will meet requirements of<br />
BS5713 & BS6262. All glass will be tinted for extra heat<br />
reflectivity.<br />
Electricity<br />
Research is underway into powering a neighbouring fish<br />
farm with a wind turbine, which could also be utilised by<br />
our site.<br />
Rain Collection<br />
We are planning to introduce a rain water collection<br />
system that can be used for cleaning the warehouse, toilet<br />
facilities etc.<br />
Landscaping<br />
There will be extensive planning of trees, shrubs and plants<br />
around the new building.<br />
Lighting<br />
We will install low energy lights, equipped with sensor<br />
switches to ensure lights are only used where and when<br />
required. This will also significantly reduce electricity<br />
consumption for the site.<br />
Solar Panels<br />
Consideration is being given to the use of solar panels to<br />
generate electricity if the wind turbine mentioned above<br />
does not go ahead.