How much does a person emit in a day?

Ranking of the world's major carbon emitting countries.

Country Emissions (a) as a percentage of the world Per capita (b) 1China 7, Metric Ton (72).

2.United States 6,3EU 5,4Russia 1,5India 1,6Japan 1,7Brazil 1,8Germany.

9.Canada.

10.United Kingdom.

11.Mexico.

12.Indonesia.

13.Iran.

14.Italy.

15.France.

16.South Korea.

17.Australia.

18.Ukraine.

19.Spain.

20.South Africa.

21.Turkey.

22.Poland.

23.Saudi Arabia.

24.Thailand.

25.Argentina.

26.Nigeria.

27.Taiwan.

28.Venezuela.

29.Pakistan.

30.Netherlands.

Note: a) The unit of measurement is million metric tonnes and contains the emissions of 6 greenhouse gases, expressed in carbon dioxide equivalent (CO2E).

b) The world's four largest carbon emitters by per capita volume are Qatar (55 metric tons per person), the United Arab Emirates (metric tons), Kuwait (metric tons) and Luxembourg (metric tons).

There is no specific figure for carbon emissions. Carbon emissions are the average greenhouse gas emissions generated during the production, transportation, use and** production of the product. The dynamic carbon emission refers to the cumulative amount of greenhouse gases emitted per unit of goods, and there will be different dynamic carbon emissions between batches of the same product.

Household carbon emissions calculationEvery household emits "carbon" in their lives, and the amount of carbon dioxide emitted in household electricity (kg) is equal to the number of kilowatt-hours of electricity consumed multiplied. In other words, with 100 kilowatt-hours of electricity, it is equivalent to emitting about kilograms of carbon dioxide.

In domestic natural gas, carbon dioxide emissions (kg) are equal to the number of degrees of natural gas used multiplied.

In domestic tap water, carbon dioxide emissions (kg) are equal to the number of degrees of tap water used multiplied.

When traveling, if you drive a car, the CO2 emissions (kg) are equal to the number of fuel consumption multiplied by the number of vehicles.

The above content reference: Encyclopedia - Carbon Emissions.

Carbon emissions are 95%. Vehicle exhaust emissions are the main source of CO2 release. Since the reform and opening up, people's living standards have been continuously improved, and basically the car has become the main means of transportation for people.

There are countless cars in the city, and the roar of motors can be heard everywhere in the streets and alleys.

The combustion of natural gas and coal gas also releases carbon dioxide. In the city, due to space constraints, most people's main cooking method is to rely on natural gas or coal gas for heating, and at this time, the combustion of natural gas will release a part of carbon dioxide. But this source of carbon dioxide is inevitable, and it is inevitable that human factors are inevitable.

Carbon Emission Calculation Method:Every household emits "carbon" in their daily lives, and the amount of carbon dioxide emitted in the household electricity consumption (kg) is equal to the number of kilowatt-hours of electricity consumed multiplied. In other words, with 100 kilowatt-hours of electricity, it is equivalent to emitting about kilograms of carbon dioxide.

In domestic natural gas, CO2 emissions (kg) are equal to the number of degrees of natural gas used multiplied.

In domestic tap water, CO2 emissions in kilograms are equal to the degree of tap water used multiplied.

When traveling, if you drive a car, the CO2 emissions (kg) are equal to the fuel consumption multiplied by the number of vehicles.

CO2 emissions (kg) = fuel consumption (litres) kg litres. For example, the car is calculated according to an average daily driving of 5 kilometers and 100 kilometers of fuel consumption of 10 liters, if you ride instead of driving, you can reduce carbon emissions by kilograms (equivalent to planting a tree), and can reduce the emission of toxic and harmful pollutants by 21 grams. 2. Car-free days:

The theme of "Car-Free Day" aims to take action for clean urban air, which not only requires the first department to take practical actions to develop green transportation, but also requires every citizen to participate in it.

Clothing changes with the seasons, and wearing appropriate seasonal clothing can reduce the use of air conditioning. Choose eco-friendly fabrics and reduce washing, opt for hand washing, and reduce the purchase of clothing.

Food, buying local, seasonal food, and reducing food processing can reduce carbon dioxide emissions. Using a cooking method with less oil, less salt and less processing, you can be healthy not only for yourself, but also for the planet.

Living, the living area does not have to be large, and the rational choice is suitable for the house type. This is because the reduction in the size of the dwelling can reduce the use of water and electricity, which invisibly reduces CO2 emissions.

OK, choose the right type of car, and take public transportation more. Cars are a major emitter of carbon dioxide, so you should try to choose a car with low fuel consumption and more environmental protection.

Use, vegetable washing water and bath water recycling, only energy-saving lamps in each room, do not eat chewing gum, use fashionable environmental protection bags, double-sided printing, do not use disposable tableware, and try to buy products with simple packaging, which not only reduces the energy consumed in production, but also reduces garbage.

Reducing carbon emissions is to reduce the modernization of the way, such as walking, growing their own vegetables and food, do not create more garbage, such as outer packaging, garbage has increased many times, disposable chopsticks and paper towels, etc., are the process of producing more carbon dioxide, of course, some are unrealistic, consciously and voluntarily take the initiative to do it.

Try not to drive a private car when you travel, and take public transportation to reduce your carbon emissions.

Travel by car less and by public transport; Disconnect the power supply when the charger plug-in board is not in use; The use of natural gas instead of coal, among other things, can reduce carbon emissions in an individual's actions.

The way individuals can reduce their carbon emissions is to save energy and reduce emissions.

For example, when you go out, you should drive less and take public transportation instead. In summer, turn up the air conditioner at home, try to wear more clothes in winter, use less air conditioning, save water, buy as few new clothes as possible, try to make old clothes into usable pockets and other objects, reuse, try not to have leftovers, etc., can save energy consumption and reduce carbon emissions.

Less driving for personal travel. You can take the bus or walk or ride a bicycle.

Reduce carbon emissions by driving less, walking green, insisting on climbing buildings, and turning off computers in time after use.

30 (30 days) * 2 (two degrees per day) = 60 (degrees) carbon emissions.

A: A household's monthly carbon emissions are about.

Carbon emissions reached 33 billion tons. Despite global efforts to reduce carbon emissions, demand for coal, oil and gas remained high last year, leading to a significant increase in overall emissions, with the IEA noting that oil demand increased by 1.3 percent and coal consumption by 0.7 percent last year, while natural gas demand grew at its fastest pace since 2010, up 4.6 percent from 2017.

The status of carbon emissions

The concept of a low-carbon economy was first proposed by the British, but when the West criticizes China as one of the world's leading carbon emitters, it seems to forget the basic fact that the climate is now warming.

In fact, developed countries.

Caused by accumulated carbon emissions in the past. From the Industrial Revolution.

By 1950, developed countries accounted for 95 percent of the world's cumulative carbon dioxide emissions.

Between 1950 and 2000, developed countries also accounted for 77% of global carbon emissions. In the 100 years from 1904 to 2004, China's carbon dioxide emissions accounted for only 8% of the world's total, and even now, Chinese emissions are not high. In 2004, China's per capita emissions of carbon dioxide were 3.6 tons, only about 87 percent of the world's per capita value, one-third of the per capita amount of developed countries, and only one-fifth of that of the United States.