carbon potential的意思|示意

美 / ˈkɑ:bən pəˈtenʃəl / 英 / ˈkɑrbən pəˈtɛnʃəl /

[冶] 碳势


carbon potential的用法详解

Carbon potential, also known as carbon footprint, refers to the amount of carbon dioxide and other greenhouse gases produced by a person, an organization or a product over a certain period of time. Carbon potential is usually expressed in terms of carbon dioxide equivalent (CO2e).

The use of fossil fuels, the production of food, the raising of livestock and the burning of solid waste all contribute to the carbon potential of an individual, organization or product. Carbon potential is measured in terms of carbon dioxide equivalent, which is calculated by multiplying the amount of carbon dioxide emitted by the global warming potential of other greenhouse gases.

The carbon potential of an individual can be determined by tracking their energy and transportation use. Organizations, on the other hand, can estimate their carbon potential by keeping tabs on their energy and fuel consumption, their waste production and disposal, and their product supply chains.

The carbon potential of a product can be determined by looking at its entire life cycle, from the raw materials used in production to the ultimate disposal or reuse of the product. Manufacturers can reduce their carbon potential by designing products that require fewer resources and use renewable energy sources.

Overall, calculating and monitoring carbon potential is an important way for individuals and organizations to manage their carbon emissions and better understand their impact on the environment. By tracking and reducing their carbon potential, individuals and organizations can help prevent further climate change and build a more sustainable future.

carbon potential相关短语

1、 carbon-potential 碳势

2、 carbon potential test 碳势测定

3、 high carbon potential 高碳势

4、 carbon potential model 碳势模式

5、 carbon potential meter 碳势计

6、 carbon potential furnace 渗碳炉

7、 carbon potential measuring 碳势测定

8、 carbon potential threshold 碳势门槛值

carbon potential相关例句

The effect of carbon potential temperature and Cr content on CPT and CEV are studied.

探讨了碳势、温度及Cr元素含量对碳化物极限值和碳势门槛值的影响.

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The mathematic model of controlling carbon potential by oxygen probe has been developed.

建立了氧探头控制炉气碳势的数学模型.

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