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TERRA CO2 - Michele Blackburn.pdf.pdf

上传人: Seven****onds 编号:709588 2025-05-17 15页 986.25KB

1、CONFIDENTIALCement For HumanityCement For HumanityReal Zero CementReal Zero CementACI ACI Foundation:Foundation:Low Carbon Concrete MaterialsLow Carbon Concrete MaterialsMay 2024May 2024TMCONFIDENTIALWha t is ne e de d for ne w ce m e nt te chnologie s to succe e d?CONFIDENTIAL3Scalable minerology S

2、calable minerology for raw material feedstock.FAILURE POINT FAILURE POINT-Narrow minerology requirements for raw material severely limits geographic sourcing,prevents scaling and adds substantial transportation cost.Greenfield mines Greenfield mines required.required.FAILURE POINT FAILURE POINT Raw

3、material sourcing requiring new mines adds substantial CAPEX(50-100M),increased deployment timelines(10-20 years),and adds substantial risk to the project.Permitting new mines is difficult and entails long timelines.Manageable YieldManageable Yield.FAILURE POINT ONE FAILURE POINT ONE Ratio of raw ma

4、terial to finished product(per ton yield)must be manageable to maintain attractive OPEX/ton for finished product(optimal case 1 ton raw material yields 1 ton finished product).If yield substantially exceeds a 1:1 ratio then typically significant additional cost is added to manage waste stream.FAILUR

5、E POINT TWO FAILURE POINT TWO-If more than one finished product is produced the ratio(volume)of each final product should balance with market demand to avoid costly finished product waste unsaleable material.Highly compatible with established industry infrastructureHighly compatible with established

6、 industry infrastructure.FAILURE POINT FAILURE POINT Technologies that require significant change to the historical cement and concrete infrastructure will likely fail.The entire manufacturing and logistics supply chain has developed over the course of a century and the industry will be slow to chan

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本文主要介绍了一种名为Terra CO2的新兴水泥替代技术,该技术旨在实现水泥生产的零碳排放。文章指出,要使新水泥技术成功,需要解决的问题包括:1)可扩展的原料矿物学;2)无需开采新矿山;3)可管理的产量;4)与现有行业基础设施的高度兼容性;5)成本竞争力;6)快速市场推广。文章还提到,Terra CO2技术已成功解决了这些问题,并取得了实质性进展,如拥有丰富的原料供应、无需开采新矿山、产品成本竞争力强、知识产权保护以及与主要客户签订的明确协议等。此外,该技术与现有水泥和混凝土基础设施兼容,且在降低碳排放方面具有显著潜力。据称,每替代一吨普通波特兰水泥(OPC),Terra CO2技术可减少70%的二氧化碳排放和90%的一氧化氮排放。
"零碳水泥技术的关键挑战是什么?" "Terra公司的OPUS SCM和OPUS ZERO产品有哪些优势?" "新水泥替代技术如何实现商业化成功?"
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