Research on the chemical field of carbon emission sources
Between heaven and earth, everything has its source, and so does carbon emission. In the field of chemical industry, carbon emission sources are intricate and involve many links.

At the beginning of Guanfu chemical production, raw material acquisition is one of the sources of carbon emissions. Such as fossil fuels, coal, oil, and natural gas, their mining and excavation may cause greenhouse gas escape. Taking coal mining as an example, the leakage of coal seam gas, in which methane is a strong greenhouse gas, has a warming potential far exceeding carbon dioxide. This is the carbon emission source in the raw material acquisition stage, Carbon Emission Sources in Raw Material Acquisition.

When it comes to the production process, the chemical reaction process is where carbon emissions are concentrated. Many chemical reactions require high temperature and pressure conditions, and energy consumption is huge. For example, in the ammonia industry, natural gas is used as a raw material to react with water vapor to produce hydrogen at high temperature, and then ammonia is synthesized. During this process, fuel combustion provides energy and releases a large amount of carbon dioxide. Furthermore, the power supply of chemical production depends mostly on traditional energy generation, and the carbon emissions generated by thermal power should not be underestimated. This is the carbon emission source of chemical reactions and power supply, and Carbon Emission Sources in Chemical Reaction and Power Supply.

The transportation and storage of chemical products are also important links in carbon emissions. Product transportation relies more on road, rail and water transportation. In road transportation, truck fuel combustion produces exhaust emissions; although railway transportation is relatively clean, if the power supply comes from thermal power, it also indirectly generates carbon emissions; in water transportation, ship fuel is also a source of carbon emissions. As for product storage, some chemical products require specific conditions, and energy consumption such as refrigeration and heating also brings carbon emissions. This is the carbon emission source of transportation and storage, Carbon Emission Sources in Transportation and Storage.

All in all, there are many carbon emission sources in the chemical industry, and raw material acquisition, production process, transportation and storage are all key points. To gain insight into these many carbon emission sources, Carbon Emission Sources in Chemical Engineering can achieve energy conservation and emission reduction, and seek a harmonious coexistence between the chemical industry and the environment.