Scientific evidence proves that human fossil fuel combustion contributes to the highest number of carbon dioxide emission to the atmosphere. Carbon footprint is therefore used in the study to calculate the actual carbon emission. I live in an 1800 square foot home that is completely electric, drive a 2016 Ram 1500 truck and travel approximately 9,000 miles a year. Additionally, I own a lawnmower, weed eater, chainsaw, and leaf blower, and use these appliances approximately once a week. I also own a boat and utilize approximately 25 gallons of gas a month in it. Since I enjoy my gas grill, I use it probably 3-4 days a week. I am also retired Navy of 20 years and currently work as a Police Officer onboard the local Navy base. I am a non-smoker and work out approximately 3 days a week.
To determine the car emissions, I calculate by dividing the miles driven by the fuel efficiency of the vehicle. The product is then multiplied by the CO2 emissions coefficient, 19.36 lbs CO2/ gallon of gasoline, and then divided by 2204.6 lbs/metric ton. The analysis is calculated to determine the tones of CO2 emitted from car travel (Caves, 2016).
The annual distance travelled by the car is 9000 miles,
The fuel efficiency of the 2016 Ram 1500 truck I possess is 21 mpg on the highway (RamTrucks, 2016).
9000 m x 19.36 lbs CO2/gallon = 8297.14
8297.14 ÷ 2204.6 = 3.76 CO2 emissions (tones) annually
My home is medium-sized since it is less than 2,000 square feet (Silverman, 2007). The house is 1800 square foot and is completely electric, the utility bills of such a house are quite low, since hook-ups like electric cables are minimally required. Furthermore, family members can close off other rooms in the house and throttle down the floor vents for more heat on the room they are in. this fact easily reduces electric use. According to Silverman (2007), the total electricity usage annually in America is 12,000 kWh per capita. Household electricity use is 2,000 kWh per household annually exclusive of the gas use. Therefore:
Total mean household power usage
2,000 + 12,000 kWh gas equivalent = 14,000 kWh annually
This estimation by Silverman is rather huge for personal and family consumption. According to the World Energy Council, a typical American household consumes approximately 11,700 kWh annually. This is rather higher than the average global consumption for households, which ranges 3,500 kWh by 2010 (World Energy Council, 2016). Variation in electric consumption is defined by elements such as wealth, house size, electricity prices, and appliance standards. As a person therefore, I consume an average of 4,500 kWh annually in my home, which translates to 375 kWh every month. This is relatively higher than the normal consumption for a family as I stay alone. On average, I pay $47 per month for my house electricity, which translates to 2.5425 tons of carbon dioxide annually (Blue Sky Model, 2016).
I use a lawnmower, weed eater, chainsaw, and leaf blower, and use them approximately once a week. The CO2 emission for the used appliances can be derived by using the formula
Electricity consumption is the daily consumption by the appliances,
Use (suite/individual) is the number of persons
1.486 lbs CO2/ kWh – weighted carbon emissions coefficient
According to Daft Logic (2016), lawn mower consumes 1000 W, weed eater 500W, chain saw 1121 W, and leaf blower consume 1189 W respectively. Calculating annual carbon emission for each appliance translates to:
Lawn mower: 246.02 CO2 emissions in tones
Weed eater: 123.01 CO2 emissions in tones
Chain saw: 275.80 CO2 emissions in tones
Leaf Blower: 292.52 CO2 emissions in tones
The boat consumption is 25 gallons of gas per month. However, 19.64 pounds of CO2 are produced from every gallon. My monthly consumption would therefore be 491 pounds per month and 5892 pounds annually (Boat Carbon Footprint, 2016). I use my gas grill probably 3-4 days a week, which translates to 5.6 pounds per hour, 22.4 carbon pounds every week, and 1164.8 pounds annually (The Huffington Post, 2011).
I strive to reduce my carbon emissions in several ways. The 2016 Ram 1500 truck I possess is useful in reducing carbon emissions, as it is America’s most civilized truck in the present market (RamTrucks, 2016). The vehicle further enables me to combine trips by completing numerous errands in a trip. To reduce carbon emissions, it is advisable that I walk instead of driving. For the far distance movement, I would use carpool rather than drive. Although the gas used in my boat causes more pollution than other boats, I prefer to use the boat, as it is more convenient than the rest of the available boats in the market. Using the gas grill is five times friendlier than the charcoal grill. I am also retired Navy of 20 years and currently work as a Police Officer onboard the local Navy base. I am a non-smoker and work out approximately 3 days a week.
Blue Sky Model. (2016). Generation Models.
Boat Carbon Footprint. (2016). Information Center.
Caves, J. (2016). Calculations Used in Carbon Footprint Calculator.
Daft Logic. (2016). List of Power Consumption of Typical Household Appliances.
RamTrucks. (2016). Ram 1500.
Silverman, D. (2007). Southern California Household Energy Savings. Physics and Astronomy.
The Huffington Post. (2011). Charcoal vs. Gas Grill: Which Is Better For the Environment?