A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Industrial solid waste treatment method, cementing material and workpiece
The invention relates to the technical field of resources and environments, in particular to an industrial solid waste treatment method, a cementing material and a workpiece. The industrial solid waste treatment method comprises the following steps: providing nitrogen-doped biochar, wherein at least the surface of the nitrogen-doped biochar is combined with a nitrogen-containing group; industrial solid waste is provided, wherein the industrial solid waste contains heavy metal ions; the nitrogen-doped biochar and industrial solid waste are subjected to first mixing treatment, a gel material precursor is obtained, the gel material precursor can be further prepared into a gel material, and a workpiece is prepared. Heavy metal ions can be adsorbed and fixed by the nitrogen-doped biochar and are not easy to dissolve out to harm the environment, after adsorption, the mechanical property of a workpiece prepared from the cementing material is also improved, and meanwhile, the cementing material is endowed with a carbon sequestration effect. By means of the treatment method, the industrial solid waste containing the heavy metal ions can be recycled, the treatment method is controllable in process, and the prepared cementing material is excellent in performance.
本申请涉及资源与环境技术领域，尤其涉及工业固废处理方法、胶凝材料、制件。工业固废处理方法包括如下步骤：提供氮掺杂生物炭，氮掺杂生物炭至少在表面结合有含氮基团；提供工业固废，工业固废中含有重金属离子；将氮掺杂生物炭与工业固废进行第一混合处理，得到胶凝材料前驱体，胶凝材料前驱体可以进一步制得胶凝材料，并制得制件。重金属离子会被氮掺杂生物炭吸附固定，不易溶出而危害环境，吸附后还提高了胶凝材料制得制件的力学性能，同时赋予胶凝材料具有固碳效果。通过本申请处理方法可以将含有重金属离子的工业固废回收利用，处理方法工艺可控，制得的胶凝材料性能优良。
Industrial solid waste treatment method, cementing material and workpiece
The invention relates to the technical field of resources and environments, in particular to an industrial solid waste treatment method, a cementing material and a workpiece. The industrial solid waste treatment method comprises the following steps: providing nitrogen-doped biochar, wherein at least the surface of the nitrogen-doped biochar is combined with a nitrogen-containing group; industrial solid waste is provided, wherein the industrial solid waste contains heavy metal ions; the nitrogen-doped biochar and industrial solid waste are subjected to first mixing treatment, a gel material precursor is obtained, the gel material precursor can be further prepared into a gel material, and a workpiece is prepared. Heavy metal ions can be adsorbed and fixed by the nitrogen-doped biochar and are not easy to dissolve out to harm the environment, after adsorption, the mechanical property of a workpiece prepared from the cementing material is also improved, and meanwhile, the cementing material is endowed with a carbon sequestration effect. By means of the treatment method, the industrial solid waste containing the heavy metal ions can be recycled, the treatment method is controllable in process, and the prepared cementing material is excellent in performance.
本申请涉及资源与环境技术领域，尤其涉及工业固废处理方法、胶凝材料、制件。工业固废处理方法包括如下步骤：提供氮掺杂生物炭，氮掺杂生物炭至少在表面结合有含氮基团；提供工业固废，工业固废中含有重金属离子；将氮掺杂生物炭与工业固废进行第一混合处理，得到胶凝材料前驱体，胶凝材料前驱体可以进一步制得胶凝材料，并制得制件。重金属离子会被氮掺杂生物炭吸附固定，不易溶出而危害环境，吸附后还提高了胶凝材料制得制件的力学性能，同时赋予胶凝材料具有固碳效果。通过本申请处理方法可以将含有重金属离子的工业固废回收利用，处理方法工艺可控，制得的胶凝材料性能优良。
Industrial solid waste treatment method, cementing material and workpiece
工业固废处理方法、胶凝材料、制件
LONG WUJIAN (author) / LUO JIACHENG (author) / ZHONG ANNAN (author) / LUO QILING (author) / FENG GANLIN (author) / XIONG CHEN (author) / DONG BIQIN (author) / XING FENG (author)
2025-01-03
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
Industrial solid waste-based cementing material and concrete material
| European Patent Office | 2024
| European Patent Office | 2023
| European Patent Office | 2023