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ID:
185232
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| Summary/Abstract |
This article examines the evolution of China-ASEAN environmental and energy cooperation since the 2010s with a focus on changes following the launch of the Belt and Road Initiative (BRI). It shows that over the past decade China and ASEAN have actively expanded cooperative frameworks and mechanisms in the domain of environmental protection as part of their comprehensive approach to sustainable development, particularly regarding energy projects. Nonetheless, the implementation record in their energy cooperation, that is, the lion’s share of BRI projects in Southeast Asia, remains unsustainable and contradicts with their shared “green” policy discourse. The article examines factors from both sides of China and ASEAN that contribute to this disconnect and explains why China’s own accomplishments in renewable energy development fail to spill over to Southeast Asia. These findings have implications for China’s impact on global governance and its leadership role in the Global South.
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| 2 |
ID:
166997
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| Summary/Abstract |
To reflect an important aspect of the water footprint of thermal power in China, this study as an extension of a previous work (Wu et al., 2018a) uncovers the high amount of industrial water use induced by plant infrastructure of a typical coal-fired power generation system. The systems process method is used by combining process analysis and water intensities obtained from systems input-output analysis. Industrial water use induced by plant infrastructure is accounted to be several times greater than previous estimates, and approximate to or much larger than that induced by fuel mining, preparation and transport in total. For per unit of electricity output, the water use by plant infrastructure amounts to 8.4% of the direct freshwater withdrawal for the majority of supercritical thermal power plants equipped with wet tower cooling, and even up to 38% of the freshwater withdrawal for some plants with air tower cooling. The annual water use induced by coal-fired power generation infrastructure in China is estimated to be 0.6%, 7%, and 23% of the annual freshwater withdrawal by China, Japan, and United Kingdom, respectively. The outcome provides a benchmark for policy makers to measure and curb the upstream water use by plant infrastructure.
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