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The Study on Prospect and Early Opportunities for Carbon Capture and Storage in Guangdong Province, China

机译:中国广东省碳捕捞储存前景与早期机遇研究

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CCS is regarded as an important and strategic technology option to reduce CO2 emission, and has received tremendous attention around the world. Guangdong, as the largest economic and energy-consuming province in China, is necessary to take CCS as an important option to reduce its future CO2 emission. This paper presents the partial outcome of the first CCS-related research in Guangdong, which is aiming for preliminary assessment on the feasibility of CCS development in Guangdong. The main objective of the study is to characterize the industrial CO2 emissions and understand its CCS prospects. Coal-fired power plants in Guangdong are the major point sources, contributing to more than 90% of CO2 emissions from the electric power generation. The power plants are mainly located in the Pearl River Delta, while the newly built and projected large plants are mainly located in eastern coastal zone, which provides a great potential for CO2 capture. For the storage potential, there are six sedimentary basins in or around Guangdong with effective storage capacity of 568 Gt_(CO2). Since the onshore storage capacity in Guangdong is limited, the northern portion of the Pear River Mouth Basin (PRMB) was considered the most promising choice for Guangdong to storage CO2. By considering the distance between source and sink, technology maturity, land resources and other factors, it can be concluded that in the short term the power plants under construction and projected located in the eastern coastal areas will be the most promising resources for CO2 capture and the corresponding storage sites are the existing oil/gas fields which located in the northeast of PRMB. But in the long term, as technologies and the international carbon market mature, the extensively retrofitting of existing coal-fired power plants in the Pearl River Delta region with CO2 capture will become possible. In order to promote the development of CCS in Guangdong, more basic investigation and policy research are necessary in the coming years.
机译:CCS被视为减少二氧化碳排放的重要和战略技术选择,并在全球接受了巨大的关注。广东作为中国最大的经济和消费省,是必要的,以便将CCS作为减少未来二氧化碳排放的重要选择。本文介绍了广东省第一个相关CCS相关研究的部分结果,旨在初步评估广东省CCS发展的可行性。该研究的主要目标是对工业二氧化碳排放表征,了解其CCS前景。广东燃煤发电厂是主要的光源来源,有助于来自电力发电的超过90%的二氧化碳排放量。电厂主要位于珠江三角洲,而新建和投射的大型工厂主要位于东部沿海区,为二氧化碳捕获提供了极大的潜力。对于储存潜力,广东省或周围的沉积盆地有效存储容量为568 gt_(二氧化碳)。由于广东境内储存能力有限,因此梨河口盆地(PRMB)的北部被认为是广东储存二氧化碳的最有前途的选择。通过考虑源和水槽之间的距离,技术成熟,土地资源和其他因素,可以得出结论,在短期内,在建造的电厂和位于东部沿海地区的投影将是CO2捕获最有前途的资源相应的储存网站是位于PRMB东北部的现有石油/天然气场。但从长远来看,随着技术和国际碳市场成熟,将成为可能的二氧化碳捕获中珠江三角洲地区现有燃煤发电厂的广泛改装。为了促进广东省CCS的发展,未来几年是必要的基本调查和政策研究。

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