Carbon dioxide is colorless.
On average, 1 ton of bio-char can sequester around 3 tons of carbon dioxide per annum. This sequestration occurs as the bio-char is stable and does not decompose, effectively locking the carbon in the soil for an extended period.
The carbon content of wood is between about 47% and 53%, so lets call it 50%. The carbon, which has an atomic weight of 12 combines with 2 atoms of oxygen to produce carbon dioxide or CO2. The atomic weight of 2 oxygen atoms is 32 so therefore, 1 ton of carbon produces 44/12 = 3.666 tons of carbon dioxide. As wood is only 50% carbon, 1 ton of wood produces 1.833 tons of carbon dioxide when burnt. (Thats about 980 cubic metres of carbon dioxide gas)
On average, a commercial jet emits around 1 ton of carbon dioxide per hour of flight time. Therefore, on a 5-hour flight, a commercial jet would emit approximately 5 tons of carbon dioxide.
On average, 1 ton of rubbish in a landfill produces approximately 1.3 metric tons of carbon dioxide equivalent through the process of decomposition. This is because the organic matter in the waste breaks down anaerobically, releasing methane, a potent greenhouse gas that eventually converts to CO2 over time.
One ton of carbon dioxide contributes to global warming by trapping heat in the atmosphere, leading to climate change effects like rising temperatures, melting ice caps, and extreme weather events. It also acidifies the oceans and contributes to the decline of ecosystems and biodiversity.
Carbon credits as defined by Kyoto protocol are one metric ton of carbon emitted by the burning of fossil fuels.
Assuming that coal is essentially pure carbon, each 12 kg of coal will combust to form 44 kg of carbon dioxide (C+O2 -->CO2) a bit more than 3 times as much carbon dioxide as coal. A ton of carbon will burn to form about 3 tones of carbon dioxide.
Oil is, by weight, mostly carbon (an infinite hydrocarbon chain would be a hair over 85% carbon by weight; shorter chains like those found in oil will be less than that, so let's call it 80%). Carbon dioxide is, by weight, about 27% carbon. If you divide 0.80 by 0.27, you get a number pretty close to 3, which is why burning a ton of oil will generate about 3 tons of carbon dioxide.
You must determine how many grams are in a tonne. You then must then use the molecular weight of carbon to determine the moles of carbon in that many grams (i.e. (grams C)/(M.W. of C)). As there is one mole of Carbon in each mole of carbon dioxide, then multiply the resulting moles of carbon by the molecular weight of CO2 and you will have your answer.OR...One metric ton (tonne) of of carbon is equivalent to approximately 3.66 metric tons (tonnes) of carbon dioxide.
Carbon dioxide is usually measured in kilogrammes or tons. But at standard temperature and pressure, one cubic metre of carbon dioxide weighs 1.83 kilogrammes. So a ton of carbon dioxide occupies 546 cubic metres, which is a cube 27 ft by 27 ft by 27 ft.
every 2,062 miles travelled accounts for 1 ton of Carbon Dioxide emissions per person.
On average, 1 ton of bio-char can sequester around 3 tons of carbon dioxide per annum. This sequestration occurs as the bio-char is stable and does not decompose, effectively locking the carbon in the soil for an extended period.
Take a look in my pants
The carbon content of wood is between about 47% and 53%, so lets call it 50%. The carbon, which has an atomic weight of 12 combines with 2 atoms of oxygen to produce carbon dioxide or CO2. The atomic weight of 2 oxygen atoms is 32 so therefore, 1 ton of carbon produces 44/12 = 3.666 tons of carbon dioxide. As wood is only 50% carbon, 1 ton of wood produces 1.833 tons of carbon dioxide when burnt. (Thats about 980 cubic metres of carbon dioxide gas)
On average, a commercial jet emits around 1 ton of carbon dioxide per hour of flight time. Therefore, on a 5-hour flight, a commercial jet would emit approximately 5 tons of carbon dioxide.
On average, 1 ton of rubbish in a landfill produces approximately 1.3 metric tons of carbon dioxide equivalent through the process of decomposition. This is because the organic matter in the waste breaks down anaerobically, releasing methane, a potent greenhouse gas that eventually converts to CO2 over time.
To answer this question properly, we would need to know the efficiency of the plant used to burn the heavy fuel oil. Carbon Dioxide emissions are normally expressed as Carbon Intensity, in tonnes per Megawatt Hour (t/MWh). In general, gas fired plants have much lower Carbon Intensity than coal fired and oil fired plants. Please see the related links for more information.