You can't, with just the CO2 emission figure.
it produces 13 metric tones of co2
An 1.4 L petrol engine with 55Kw - produce 156g CO2 / Km
CO2 levels would go down because CO2 is an efficiency indicator and high co levels means it would be a rich condition so efficiency would be low and in a rich condition nox goes down
Definately, CO2 absorbed by KOH or NaOH. But it require enormously large quantity of KOH or NaOH. KOH is more effective to absorb CO2, because NaOH also absorb water. So I don't think that this is the treatment of global warming.
Greenhouse gases like carbon dioxide (CO2) are emitted whenever something is burnt. If this was something like dead leaves, which took CO2 from the atmosphere when they grew, then this does NOT increase the levels of greenhouse gases.If it is coal, oil or natural gas (fossil fuels) that we burn, then we always release CO2 emissions. This adds CO2 to the atmosphere that has been hidden away for 300 million years. This is why atmospheric levels of CO2 are rising.There is no way to control this emission except by NOT burning the fossil fuel. So we have to move to an alternative: renewable energy.Renewable energy like solar, water and wind power is all pollution free, with no greenhouse gas emissions. All countries have to move quickly to renewable energy and stop burning fossil fuels (especially coal, which is the most polluting).
The average co2 emission per year for a car in the USA. is 11,450 pounds
It is very important to know just how much carbon dioxide (CO2) emission takes places from your diesel generator. It is a known fact that burning fuels creates CO2 emission. Here is a step-by-step process of how to calculate the CO2 emissions from your diesel generator. All you will need is a generator and a fuel meter to measure the carbon dioxide emission. Step 1 Make sure that you know what brand your generator is, model number of your generator and the technical specifications before proceeding to measure the performance of your generator. Step 2 Knowing how much fuel the generator being measured is consuming is also very important. A closer look at the technical specification chart will tell you the amount of fuel the generator burns in an hour. If you do not have this data, you can measure this by yourself. Just fill up the generator tank in full and then with a normal load, run it for a full 60 minutes. At the end of the hour, again fill up the tank but measure how much you add to fill it up. This will give you the fuel the generator consumes an hour. This figure will be approximate though but still worthy enough to conduct a CO2 emission test. Step 3 Now, that you have all the required data on hand, it’s time to get the CO2 emission calculation done. For easy understanding, let us split the 3 calculation components as A, B and C. Diesel fuel contains 2,778 grams of pure carbon in each gallon. Let 2,778 grams be the value of A. A gram of carbon creates 3.666 grams of CO2 when it mixes with Oxygen. Let 3.666 grams be the value of B. It can be safely assumed that on an average a hydrocarbon-burning engine will oxidize 99% of it’s burning fuel. The remaining single percent will be not emitted as carbon dioxide but as unburned hydrocarbons. This value of 99% will be assigned to C. Now A x B x C will give us 10,084 grams, which is the CO2 emission that each gallon of diesel consumed by your generator will emit. Just substitute the value of fuel in gallons used by your generator each hour to get the emission calculated.
it produces 13 metric tones of co2
The emission of CO2 gases
About 0.09 metric tons CO2 per gallon of gasoline.
273 g/km
An 1.4 L petrol engine with 55Kw - produce 156g CO2 / Km
burning fossil fuels to make electricity
Provision to reduce CFCs & CO2 emission
When C02 is released from a campfire, it is called a carbon emission.
When C02 is released from a campfire, it is called a carbon emission.
When C02 is released from a campfire, it is called a carbon emission.