Based on the Optimization of Building Materials, the Research on Strategies for Carbon Neutrality and Carbon Peak in Rural Zhejiang Province is Studied
DOI:
https://doi.org/10.54691/fsd.v3i9.5595Keywords:
Building Materials; Rural Areas of Zhejiang Province; Carbon Neutrality; Carbon Peaking.Abstract
Zhejiang Province is one of the most vibrant regions in China's southeastern coastal economic development. In recent years, with the advancement of urbanization, rural areas in Zhejiang Province are facing a series of challenges and opportunities. Rural development has become one of the government's priorities and attention, and the rural revitalization strategy has greatly promoted the transformation, upgrading, and upgrading of rural economy, improved farmers' quality of life, and realized the coordinated development of rural and urban areas. This study explores strategies for Zhejiang rural areas to achieve carbon neutrality and peak carbon dioxide emissions based on optimized building materials. The research adopts a combination of literature review and field survey to analyze the current situation of building materials and energy consumption in rural areas of Zhejiang Province, and proposes a series of optimized building materials strategies to provide feasible strategies for reducing carbon emissions in rural construction.
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References
X.X.Ou: Research on Assessment and Optimization of Low-Carbon Building Design(MS, Southeast University, China 2019), p.35.
J.Yuan: Research on Green and Livable Agricultural House Construction Technology Based on Carbon Emission Reduction in Shandong Province(MS, Shandong Architecture University, China 2022), p.14.
Y.Yang:Research on Multi-energy Complementary System of Rural Buildings in Hanzhong under Carbon Emission Constraint Conditions (Xi'an Architecture University of Technology, China 2022), p.43.
Wu Zhengyu. Research on Evaluation and Spatiotemporal Evolution of China's Agricultural Carbon Emission Reduction Capacity under the Background of "Double Carbon". Zhejiang Agricultural Science, Vol. 27, (2023) , p. 270-277.
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