首頁(yè) > 資料下載 > 延長(zhǎng)石油報(bào)告1煤制程二氧化碳捕集(2015)Yanchang Petroleum Report 1_Capturing CO2 from Coal to Chemical Process(2015)

延長(zhǎng)石油報(bào)告1煤制程二氧化碳捕集(2015)Yanchang Petroleum Report 1_Capturing CO2 from Coal to Chemical Process(2015)

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中國(guó)煤炭?jī)?chǔ)量豐富。煤炭占中國(guó)一次能源消費(fèi)的70%，燃煤發(fā)電站提供了80%的電力。3潔凈煤技術(shù)的發(fā)展和部署已成為近年來(lái)我國(guó)煤炭利用的重點(diǎn)。中國(guó)、新疆、內(nèi)蒙古、陜西、寧夏等地的煤炭資源豐富，近年來(lái)煤化工產(chǎn)業(yè)蓬勃發(fā)展。煤制化工過程通常會(huì)排放大量的二氧化碳。例如，中國(guó)中央政府批準(zhǔn)的8個(gè)煤制化工項(xiàng)目（在建或在建項(xiàng)目，不含地方政府項(xiàng)目），每年的二氧化碳排放總量可能達(dá)到4200萬(wàn)噸，也不會(huì)討論燃煤電站的碳排放問題。

China has abundant coal reserves. Coal constitutes 70% of China’s primary energy consumption and coal fired power stations provides 80% of total electricity. 3 Clean coal technology development and deployment have become the major focus of coal utilization in recently years in China. Abundant coal resources are located in Northern China in regions such as Xinjiang, Inner Mongolia, Shaanxi and Ningxia, where the coal to chemical industry has boomed in recent years. The coal to chemical process generally emits large amount of CO2. For example, the total CO2 emissions may reach 42 million tonnes per year from the eight coal to chemical projects (in construction or in operation) approved by the central government of China (local government projects excluded).4 This report focuses on reducing carbon emission from coal to chemical processes, and will not discuss carbon emissions from coal-fired power stations.

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上一條：主要煤炭消耗經(jīng)濟(jì)體案例研究的見解Insights from case studies of major coal-consuming economies

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