Offset your carbon footprint for an entire year. One big step forward for the planet. This climate+ package includes 1 year's of driving, eating, shopping, phone use, household energy use, and a weekend getaway.
What Does climate+ Mean?
How Can We Do Better?
- •Turning your thermostat down by 2 degrees.
- •Wearing clothes more than once before washing them.
- •Bike, walk or ride the bus to work!
- •Switch over to LED bulbs and smart appliances.
- •Try buying local, seasonal fruits and vegetables.
- •Use waxed cloth instead of plastic wrap for food.
- •Remember your reusable bags, mugs and cutlery for all outings.
The Impact Of Trees
What Does Offsetting Mean To tentree?
Where Do We Plant Your Trees?
This climate+ package includes one year of driving, eating, shopping, phone use, household energy use, Netflix and vacations.
|Driving||3.815 MT C02|
|Food||2.5 MT CO2|
|Energy||7.5 MT CO2|
|Phones||5.6 MT CO2|
|Flights||3.3097 MT CO2|
|Hotel||1.085 MT CO2|
|Netflix||1.752 MT CO2|
|Total||31.7717 MT CO2|
The average car uses about 404 grams of CO2 per mile. To translate from miles to kilometres, we divide miles by 1.609, and simultaneously divide grams by 1.609. This means the average car uses about 251 grams of C02 per kilometer.
(divide by 1.609) 1: 404grams (divide by 1.609)
Then we multiply 251 grams of C02/kilometer by 15,200 kilometres to see how many grams of CO2 are used per year.
251 grams of C02 / kilometer x 15,200 km = 3,815,200 grams of C02 per year
In order to change grams to metric tons, we multiply grams by 0.0000001. Once we do this we get 3.185 metric tons of C02 per year.
3,815,200 grams C02 per year = 3.815 MT C02 per year
The average person, with a diet including meat, dairy, fruits and vegetables and cereals emits 2.5 MT of CO2 per year.
The average household emits 7.5 MT of CO2 per year including laundry, showers, heating and cooling and appliances.
If a person uses their phone for one hour per day over a year they would emit 1.4 tons of CO2.
The average person spends 3-5 hours per day on their phone. Which means over a year the average individual would emit 5.6 tons of CO2 for phone usage.
1.4 tons CO2 x 4 hours = 5.6 MT CO2
Let’s assume the average person shops for clothing about once per month.
We know the average plane emits 115grams of carbon per kilometer, let’s assume the clothing came from 4500km away.
115 grams CO2 per km x 4500km x 12 months = 6,210,000 grams of CO2
In order to change grams of CO2 to metric tons of CO2 we use the conversion factor 0.0000001
6,210,000 grams CO2 x 0.000001 = 6.21 MT CO2
Let’s assume this person has two weekend getaways per year, and one larger trip.
Planes emit 115g CO2 per kilometer. We use the conversion factor 0.000001 to get from grams to metric tons and we get 0.000115 MT of CO2 per kilometer of air travel.
115grams x 0.000001 = 0.000115 MT Carbon
Let’s assume that over the year this person flies from Vancouver to Toronto twice per year, which is 6,710km round trip and 13,420 for two trips. This person also flies to Europe once per year, this year they go to Denmark which is 7,680km one way, and 15,360km both ways. In total, this couple is flying 28,780km per year.
13,420km + 15,360km = 28,780km
In order to get the total emissions, we multiply 0.000115 by 28,780 km and get 3.3097MT CO2.
0.000115 MT x 28,780= 3.3097 MT CO2
Hotels emit about 31kg of CO2 per room per night. Assuming this individual couple stays at hotels 35 nights per year during their vacations, and each night emits 31kg CO2, they will emit a total of 930kg of CO2 from hotels.
35 x 31kg = 1,085kg CO2
In order to change this number from kilograms of CO2 to metric tons of CO2 we use the conversion factor 0.001.
1,085kg CO2 x 0.001 = 1.085 MT CO2
Every half hour of Netflix watched emits 1.6kg of CO2. Since the average person watches 1.5 hours of Netflix per day, we multiply emissions per hour, by hours per day to get total emissions per day.
1.5 hours per day is equal to 3,30 minute segments.
1.6kg CO2/ half hour x 3 half hours = 4.8kg CO2 per day
To find the annual total we multiply emissions per day by 365 days in the year, this calculation gives us 1,752 kg CO2 over one year.
4.8kg of CO2 x 365 days = 1,752 kg CO2
In order to change kilograms into metric tons, we use the conversion factor of 0.001 tons for every kilogram. When we multiply 1,752 g by the conversion factor, we get 1.752 MT of CO2 emissions per year.
1,752kg CO2 x 0.001 = 1.752 MT CO2 per year
In total over one year the average person would emit 31.7717 MT CO2
3.815 MT + 2.5 MT + 7.5 MT + 5.6 MT + 6.21 MT + 3.3097 MT+ 1.085 MT + 1.752 = 31.7717 MT CO2
Link - Food Emissions - https://www.greeneatz.com/foods-carbon-footprint.html
Link - Household Emissions - https://www.ccfpd.org/Portals/0/Assets/PDF/Facts_Chart.pdf
Link - Phone Emissions - https://nypost.com/2019/05/01/a-year-of-cell-phone-use-emits-as-much-CO2-as-two-round-trip-flights/
Link - Carbon Emission of Planes - https://www.carbonindependent.org/22.html
Link - Hotel Emissions - https://considerategroup.com/carbon-emissions/
Link - Carbon Emissions of Netflix - https://www.livemint.com/companies/news/half-hour-of-netflix-leads-to-emissions-of-1-6kg-of-co2-equivalent-climate-experts-11572240109579.html
Link - Average Time on Netflix - https://time.com/4186137/netflix-hours-per-day/