本发明涉及一种环保导电型水泥基材料固化剂及其制备方法和应用，本发明使用水泥、改性锂渣粉、再生微粉作为水泥固化剂的主要成分，同时将碳纤维作为添加剂，与水泥、改性锂渣粉、再生微粉共同组成水泥基材料固化剂。改性锂渣粉的加入能够使得固化土具有一定的导电性，同时碳纤维的添加能够有效提高固化土的导电性，而且可以增强固化土的抗开裂性能，进而提高固化土的强度及稳定性。此外，再生微粉中含有高含量的氧化钙，能够充当外加钙源对改性锂渣粉进行补充，进而在碱激发的作用下，强度能够快速有效提升。本发明采用工业废弃物为主要原料制备水泥基材料固化剂，实现对水泥材料的替代，减少对水泥基固化剂中水泥材料的用量，减轻高能耗、高污染问题。

The invention relates to an environment-friendly conductive cement-based material curing agent and a preparation method and application thereof.Cement, modified lithium slag powder and regenerated micro powder are used as main components of the cement curing agent, meanwhile, carbon fibers are used as an additive, and the cement-based material curing agent is jointly composed of the cement, the modified lithium slag powder and the regenerated micro powder. The modified lithium slag powder is added, so that the solidified soil has certain conductivity, meanwhile, the carbon fibers are added, the conductivity of the solidified soil can be effectively improved, the anti-cracking performance of the solidified soil can be enhanced, and the strength and stability of the solidified soil are further improved. Besides, the regenerated micro powder contains high-content calcium oxide which can be used as an additional calcium source to supplement the modified lithium slag powder, so that the strength can be quickly and effectively improved under the action of alkali excitation. The cement-based material curing agent is prepared by taking industrial wastes as main raw materials, cement materials are replaced, the use amount of the cement materials in the cement-based curing agent is reduced, and the problems of high energy consumption and high pollution are solved.