{"version":"1.0","type":"card","id":"cdd82f8e-5307-4969-8e96-604fd30e6289","url":"https://stacklist.com/card/cdd82f8e-5307-4969-8e96-604fd30e6289","title":" Construction and Demolition Waste as a Novel Source for CO2 Reduction in Portland Cement Production","source_url":"https://www.mdpi.com/2071-1050/16/2/585","note":"Discover how the sustainable use of construction and demolition waste can reduce carbon dioxide emissions in the cement production process. This review examines the partial replacement of traditional raw materials and Portland cement with recycled waste, exploring its impact on environmental and economic sustainability.\n","image":{"url":"https://ucarecdn.com/7675cfd9-fc41-4f03-a7fe-7ec20a912e79/","alt":" Construction and Demolition Waste as a Novel Source for CO2 Reduction in Portland Cement Production","width":1200,"height":630},"stack":{"id":"03b3151c-5960-4043-b7ea-2abedcb18168","title":"ABB121","url":"https://stacklist.com/stack/03b3151c-5960-4043-b7ea-2abedcb18168"},"created_at":"2025-03-27T14:28:28.177Z","updated_at":null,"aco":{"summary":"This website is a research paper published in the journal \"Sustainability\" by MDPI. The paper reviews the use of construction and demolition waste (CDW) as a novel source for CO2 reduction in Portland cement production for concrete. It explores the use of CDW as a partial replacement for Portland cement and traditional raw materials in the clinker production process. \n","tags":[],"key_entities":[],"classification":null,"language":null,"confidence":null,"provenance":null,"token_counts":{"approximate":104},"content_hash":null,"acp_version":"0.2","body_available":false,"body_tokens":0,"visibility":"public","agent_accessible":true,"status":"final"},"_links":{"self":"/api/public/card/cdd82f8e-5307-4969-8e96-604fd30e6289.json","html":"https://stacklist.com/card/cdd82f8e-5307-4969-8e96-604fd30e6289","md":"/api/public/card/cdd82f8e-5307-4969-8e96-604fd30e6289.md","stack_json":"/api/public/stack/03b3151c-5960-4043-b7ea-2abedcb18168.json"}}