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Low Carbon Cement Replacement For Pre Cast Concrete Products

Low Carbon Cement Replacement For Pre Cast Concrete Products
预制混凝土产品的低碳水泥替代品
批准号:
10020330
负责人:
金额:
$6.66万
依托单位:
依托单位国家:
英国
项目类别:
Collaborative R&D
财政年份:
2022
资助国家:
英国
项目状态:
已结题
起止时间:
2022 至 --

项目摘要

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中文摘要
翻译
该项目是ARC低碳混凝土激发剂的开发和示范。ARC Marine在过去两年中一直在其创新的人工鱼礁单元-Reef Cube的生产中使用非水泥混凝土设计。这种材料正在开发中,可以作为水泥的替代品,用于预制混凝土制造商和土木工程项目。与水泥基混凝土相比,ARC的激活剂具有节省大量环境影响的潜力。它可以用海水代替淡水生产,防止在混凝土生产中使用大量的新鲜饮用水。根据混凝土的具体设计和碳汇添加剂的添加,它还可以大幅减少70%-100%的温室气体排放。为了开发这种材料,该项目旨在开发一些用它来生产的预制混凝土产品。这些产品将是:低碳铺装板、大规模生产的自然冲刷防护块和立方体海防单元。为了开发这些产品,将针对几种制造方法对组合进行优化。通过这样做,该项目将展示该材料的功效。该项目的进一步开发工作将集中在材料本身,包括与配料厂的集成和文档中的材料,以使其更接近商业化。ARC已经收到了对该材料使用的极大兴趣,但该产品目前还没有准备好上市。该项目的一个关键目标将是将材料带到接近市场准备就绪的阶段。在这样做的过程中,ARC将提供一种亟需的水泥替代品,有助于混凝土行业的脱碳。
英文摘要
This project is a development and demonstration of ARC's low-carbon concrete activator. ARC Marine have been using a non-cement based concrete design for the last two years in the production of their innovative artificial reef units - Reef Cubes. The material is in a state of development and could be offered as an alternative to cement for pre-cast concrete manufacturers and civil engineering projects. ARC's activator offers the potential for massive environmental impact savings compared to cement based concrete. It can be produced with sea water instead of freshwater preventing the use of huge quantities of fresh potable water in concrete production. It also constitutes a massive greenhouse gas emissions saving of 70-100% depending on the specific design of the concrete and the addition of carbon sink additives.In order to develop this material the project aims to develop a number of pre-cast concrete products that will be produced with it. These products will be: a low carbon paving slab, a mass produced nature-inclusive scour protection block & a cubic coastal defence unit. To develop these products the mix will be optimised for several manufacturing methods. By doing so the project will demonstrate the efficacy of the material. Further development work in the project will focus on the material itself both in it's integration to batching plants and in it's documentation to take it a step closer to commercialisation. ARC have received significant interest in the use of the material but the product is not ready for marketing at this time. A key aim of this project will be to take the material to a stage prior of near market-readiness. In doing so ARC will provide a much needed alternative to cement that will help to decarbonise the concrete industry.
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