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-2.51t of CO2

63

$ 18 .90

Celebrate the 4th of July by giving back to the planet with our carbon offset package! Whether you’re planning a barbecue, a road trip, or a fireworks show, you can do it guilt-free with our carbon offset package. It’s the perfect way to honor the land of the free and the home of the brave. Don’t miss this opportunity to make a difference for yourself and future generations. Order your carbon offset package today and enjoy the best 4th of July ever!

How it Works?

Did you know that every time you use your car, computer or cell phone, you emit greenhouse gases that contribute to global warming? These gases accumulate in the atmosphere and alter the climate balance of our planet, causing droughts, floods, fires, and loss of biodiversity.With our offsetting tool, you can choose the package that best suits your lifestyle and budget, and we’ll take care of the rest.

How trees affect?

Trees are living organisms that perform a vital function for the planet: photosynthesi This process consists of absorbing carbon dioxide (CO2) from the atmosphere and converting it into oxygen and organic matter. In this way, trees help reduce the concentration of CO2, one of the main greenhouse gases that cause global warming. In addition, trees store carbon in their wood, leaves and soil, preventing it from returning to the atmosphere.

What Does Offseting mean to Back To Forest?

We at Back To Forest are not satisfied with just “offsetting” our impact on the planet. We think that’s like saying “sorry” after stepping on someone’s toes. We want to do more than apologize, we want to make things better. That’s why we are passionate about planting trees, the most awesome creatures on earth. Trees are not only beautiful, they also provide oxygen, shade, habitat, food and many other benefits. Our offset toolkit lets you choose from different packages that suit your budget and preferences. Whether you want to plant a single tree or a whole forest, we make it easy, affordable, fun and effective. Join us today and let’s get Back to Forest!

Where do we plant trees?

We work with 2 reforestation projects in Madagascar and Tanzania.to plant many species of trees including mangroves that are one of the most efficient carbon sequestering trees in the world and planting them provides much more than a carbon impact for our planet.

The Math

Driving1.255 MT CO2
Flights1.15 MT CO2
Charcoal Grill0.0149 MT CO2
Food0,009 MT CO2
Fireworks0,0907 MT CO2
Total2.51 MT CO2

Driving

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)

0.6214: 251grams

If you are driving at 100km per hour for the duration of the trip, the drive would be 2,500km. In order to get the total grams of CO2 we multiply 251grams by 2,500km by 2 ways.

251 grams per kilometer x 2500 km x 2 ways = 1,255,000 grams CO2

To get from grams to metric tons we use the conversion factor 0.000001and get 0.6024 MT CO2.

602,400 grams CO2 x 0.000001 = 1.255 MT CO2

Flights

We are going to assume your domestic flight is across the country, so 5,000 km one way, and 10,000 kilometres both ways.

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 CO2

A domestic flight would be a 10,000km round trip. Since each kilometer emits 0.000115 MT CO2, we multiply this by the total number of kilometres and get a total of 1.15 MT CO2.

10,000 km x 0.000115 MT CO2 = 1.15 MT CO2

Charcoal Grill

Consider a normal summer cookout for fewer than 15 people in a charcoal grill, which releases carbon dioxide as the charcoal burns. According to a study by Oak Ridge National Laboratory, charcoal grills emit approximately 33 pounds of carbon dioxide per hour of use.

Changing the number of pounds to kilograms we do the following math: 33 pounds by 0.45359237 kgs = 14.9685 kgs

In order to change this number from kilograms of CO2 to metric tons of CO2 we use the conversion factor 0.001.

14.9685kg CO2 x 0.001= 0.0149 MT CO2

Food

We can assume this information about the carbon footprint of meat and other barbecue additions.:

Beef Patty: is the main contributor to the carbon emissions of a hamburger. On average, a beef patty can account for about 87% of the greenhouse gas emissions of a hamburger, which is equivalent to approximately 2.84 kg of CO2 (carbon dioxide equivalent)

In order to change this number from kilograms of CO2 to metric tons of CO2 we use the conversion factor 0.001.

2.84kg CO2 x 0.001= 0.002 MT CO2

Then we multiply by 15 people

0,002 MT CO2 x 15= 0.003 MT CO2

We can estimate other ingredients in a hamburger, such as cheese, and additional items, such as fries, soda, or cola. They all represent 0,42kg CO2

In order to change this number from kilograms of CO2 to metric tons of CO2 we use the conversion factor 0.001.

0,42kg CO2 x 0.001= 0.00042 MT CO2

Then we multiply by 15 people

0,00042 MT CO2 x 15= 0.006 MT CO2

Total Mt CO2: 0,009 Mt Co2

Fireworks

The captivating and coloring firework shows we see on the Fourth of July emit around 200 pounds, of carbon dioxide emissions per Fourth of July.

Changing the number of pounds to kilograms we do the following math: 11 pounds by 0.45359237 kgs = 90.718 kgs

Then, to change this number from kilograms of CO2 to metric tons of CO2 we use the conversion factor 0.001.

90,718kg CO2 x 0.001= 0.0907 MT CO2

Total

Your planted trees will be verified

Your trees will be in the digital forest of Tree Nation and in the section Our Wood in our store

Survival & Positive impact Guarantee

The trees are native to the region and monitored and protected to ensure their long-term impact.