中国合格评定国家认可委员会：城市碳中和建筑手册（英文版）（55页）.pdf

1、GlossaryScopeContextBiomaterialsMisconceptionsOpportunitiesRegulationsHandbookBenefitsPrefaceUrban growth and ever-increasing consumption patterns are putting pressure on our planets resources like never before.This is challenging the traditional methods employed by an increasing number of climate-c

2、onscious local governments and influential stakeholders within the construction industry.These stakeholders encompass material producers,developers,designers,and architects who are actively engaged in researching and implementing diverse biobased construction materials and are looking to explore the

3、 potential of these materials to serve as a viable solution for mitigating the large carbon footprint often associated with construction projects.To keep pace,it is estimated that two billion square metres of new building stock will be required every year between 2023 and 2028 alone.The climate impa

4、ct of such development will be significant in terms of both embodied and operational emissions.To reduce impact on climate and promote healthy living places we must focus on the consequences of our material,design,and fabrication choices.To ensure that the buildings and construction sector is on tra

5、ck to meet the Paris Agreement goals,we need to acknowledge the built environment as a system in which all actors in the construction material supply chain have a role and responsibility to reduce emissions across the full life cycle of built assets.Carbon performance needs to become an integral par

6、t of the assessment during every transaction all along the value chain and cities are uniquely placed to demand this and integrate carbon performance into procurement and regulations.Space and resource constraints,climate change mitigation and resilience,and a greater focus on human well-being,among