Robust, Controllable Geopolymer Binders for Waste Forms

- 了解和验证用于生产低CO2废物的坚固、可控的地质聚合物粘合剂-定义地质聚合物水泥的可访问工作范围，以调节有问题的废物流（例如，富含有机物的液体、污泥、离子交换剂）-绘制并了解关键已识别废物流的成分与地质聚合物粘合剂之间的任何潜在干扰，为了确保废物形态的行为可以完全控制-确定无机添加剂，可以用于增强地质聚合物流变学，凝固，和产品性能-量化通过使用地质聚合物代替传统水泥可能实现的CO2减排量

-Understand and characterise robust, controllable geopolymer binders for production of lower-CO2 wasteforms-Define the accessible working envelope for geopolymer cements for conditioning of problematic waste streams (e.g. organic-rich liquids, sludges, ion exchangers)-Map and understand any potential interferences between components of key identified waste streams and geopolymer binders, to ensure that wasteform behaviour can be fully controlled-Identify inorganic additives that can be used to enhance the robustness, reliability and controllability of geopolymer rheology, setting, and product performance-Quantify the CO2 emissions savings that may potentially be achieved through the use of geopolymers in place of conventional cements