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BP TARGET NEUTRAL EVENTS CALCULATOR enter data calculate footprint Introduction This tool has been designed to allow you (the event organiser) to calculate the footprint associated with your event The purpose is to help you reduce the footprint of your event and offset the residual emissions If you would like to apply to make your event carbon neutral please address all the questions in this tool Once the form is complete please send it back to BP Target Neutral who will advise you on next steps Click on the icons above to begin Version 3.0; technical review November 2021 EVENTS CALCULATOR DATA COLLECTION home calculate footprint Introduction Name of event: Purpose of event: Number of attendees: Select location: United Kingdom Duration in days: Event organiser: Main contact: Contact details: Please check the box to confirm the following points (as event organiser): - The data submitted is accurate and correct to the best of your knowledge - Estimations are made when data is too difficult to collect or unavailable - All emission sources have been addressed below (if applying for carbon neutral status) - Any claims of carbon neutrality are self-certified by the event organiser to be in line with the BP Target Neutral Protocol Travel Please use the following fields to input data for known travel arrangements Air travel is usually the most important aspect of an event footprint, so please try to collect information for all attendees flying to the event For other or unknown travel arrangements you can use streamlined calculations in the 'unknown travel scenarios' section below a. Air travel select here to enter air travel data b. Car travel select here to enter car travel data c. Train travel select here to enter train travel data d. Coach travel select here to enter coach travel data e. Alternatively if you don't know the travel arrangements please fill out the following: input kms choose mode Participants living locally number of participants choose scenario here Participants travelling within region number of participants car Participants travelling within country number of participants car Participants travelling from another country number of participants car or train or flight Participants travelling from another continent number of participants flight input f. Average one way distance between hotel and event: kms Typical mode of transport taken input g. Average number of staff supporting event each day: number of staff Average one way distance travelled to support event: miles Hospitality - accomodation input Number of hotel stays for attendees number of stays Number of hotel stays for presenters number of stays Number of hotel stays for performers number of stays Please make sure to select the location of the event (country) in the 'introduction' section above Hospitality - catering a. Food consumption # of meals Breakfast e.g. slices of toast, eggs, coffee, juice Lunch - Meat e.g. chicken portion, salad, potatoes, fruit Lunch - Vegetarian e.g. pulses portion, salad, potatoes, fruit Lunch - Fish e.g. fish portion, salad, potatoes, fruit Lunch - Unknown Dinner - Meat e.g. meat main, rice side, salad, dessert, drink Dinner - Poultry e.g. meat main, rice side, salad, dessert, drink Dinner - Vegetarian e.g. tofu and rice main, salad, dessert, drink Dinner - Fish e.g. fish main, rice side, salad, dessert, drink Dinner - Unknown Or, provide the approximate weight of food and drink bought: kgs b. Food source How are you sourcing the food for the event? c. Food waste What % of the purchased food is expected to be wasted: What will be the method to dispose of food waste: Event space number of country hours approximate size unit Event space 1: United Kingdom m2 Event space 2: m2 Event space 3: m2 Event space 4: m2 Event space 5: m2 Or, if you know the energy and water consumption of the event space during the event: input Electricity KWh Gas KWh Water litres Promotional materials If known and easy to estimate numbers for a. Gifts and miscellaneous describe type of item total weight of items Clothing: kgs (see below to help calculate weight) Plastic: kgs Paper: kgs Wood: kgs b. Marketing describe communication quantity Paper kgs Cardboard kgs Paper billboard number of billboards c. Branded clothing - please select number of items: input T-Shirts number of items, equivalent to a weight of 0.0 kgs Shirts number of items, equivalent to a weight of 0.0 kgs Jackets number of items, equivalent to a weight of 0.0 kgs Jumpers number of items, equivalent to a weight of 0.0 kgs Trousers / Jeans number of items, equivalent to a weight of 0.0 kgs Shoes number of items, equivalent to a weight of 0.0 kgs Additional services If you assess any of the following activities to be a significant part of your event activities then please reach out to BP Target Neutral: a. Additional vehicle use for transportation around the event site b. Postage and freight, for example of transportation of displays to/from the event c. Cleaning services d. Base building services to manage and maintain the building hosting the event e. IT services f. Telecomms services EVENTS CALCULATOR FOOTPRINT RESULT enter data 1 Travel a. Air travel 0.0 tCO2e b. Car travel 0.0 tCO2e c. Train travel 0.0 tCO2e d. Coach travel 0.0 tCO2e e. Staff travel 0.0 tCO2e 0.0 tCO2e 2 Hospitality - accomodation a. Attendees 0.0 tCO2e b. Presentors 0.0 tCO2e c. Performers 0.0 tCO2e 0.0 tCO2e 3 Hospitality - catering a. Breakfast 0.0 tCO2e b. Lunch 0.0 tCO2e c. Dinner 0.0 tCO2e d. Unknown meals 0.0 tCO2e 0.0 tCO2e* *accounts for food source and waste 4 Event space a. Event space 0.0 tCO2e b. Known electricity use 0.0 tCO2e c. Known gas use 0.0 tCO2e d. Known water use 0.0 tCO2e 0.0 tCO2e 5 Promotional material a. Gifts and miscellaneous 0.0 tCO2e b. Marketing and promotional material 0.0 tCO2e c. Branded clothing 0.0 tCO2e 0.0 tCO2e 6 Additional services a. No additional services 0.0 tCO2e b. No additional services 0.0 tCO2e 0.0 tCO2e The total footprint of your 0 tCO2e event is: This is your event footprint by categories EVENTS CALCULATOR LOCAL TRAVEL SCENARIOS return Underground train Bus Train Taxi or Car Cycle or Walk Scenario 1: high density and urban 50% 15% 15% 15% 5% Scenario 2: medium density and urban 0% 30% 30% 30% 10% Scenario 3: low density and suburban 0% 20% 20% 50% 10% Tailored Scenario: 20% 20% 20% 20% 20% scenario adds up to 100%
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