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A platform for research: civil engineering, architecture and urbanism
Cutting mud recycling process
The invention relates to a cutting mud recycling process. The cutting mud recycling process comprises the following steps of S1, collecting muddy water generated in the cutting production process; S2,sending the muddy water into a filter press, and carrying out solid-liquid separation on the muddy water by the filter press to obtain separated clear water and mud cakes; S3, mixing the mud cakes and clear water again in proportion, and preparing finished mud with the concentration ranging from 18% to 23%; and S4, feeding the finished mud into a stirrer for production and pouring of ceramsite aerated concrete blocks. The water content of muddy water generated in the cutting production process is high, the mud is low in concentration and cannot be directly used for pouring, the mud in the mudwater is extracted through a filter press and then mixed with an appropriate amount of clear water again, finished mud suitable for pouring is formed, resource recycling is achieved, the cost of rawmaterials is reduced, the pouring speed of the aerated building blocks is increased, and the production efficiency is improved.
本申请涉及一种切割泥浆回收工艺，包括以下步骤：步骤S1，收集切割生产过程中产生的泥浆水；步骤S2，将泥浆水送入压滤机，压滤机对泥浆水进行固液分离并得到分离后的清水和泥饼；步骤S3，将泥饼与清水按比例重新混合，配置出浓度在18%‑23%之间的成品泥浆；步骤S4，将成品泥浆送入搅拌机用于陶粒加气混凝土砌块的生产浇筑。切割生产过程中产生的泥浆水的含水量大，泥浆的浓度低，无法直接用于浇筑，利用压滤机将这些泥浆水中的泥浆提取出来，再重新和适量的清水混合，形成适合浇筑的成品泥浆，实现资源的再利用，降低原材料的成本，并且加快加气砌块的浇筑速度，提高生产效率。
Cutting mud recycling process
The invention relates to a cutting mud recycling process. The cutting mud recycling process comprises the following steps of S1, collecting muddy water generated in the cutting production process; S2,sending the muddy water into a filter press, and carrying out solid-liquid separation on the muddy water by the filter press to obtain separated clear water and mud cakes; S3, mixing the mud cakes and clear water again in proportion, and preparing finished mud with the concentration ranging from 18% to 23%; and S4, feeding the finished mud into a stirrer for production and pouring of ceramsite aerated concrete blocks. The water content of muddy water generated in the cutting production process is high, the mud is low in concentration and cannot be directly used for pouring, the mud in the mudwater is extracted through a filter press and then mixed with an appropriate amount of clear water again, finished mud suitable for pouring is formed, resource recycling is achieved, the cost of rawmaterials is reduced, the pouring speed of the aerated building blocks is increased, and the production efficiency is improved.
本申请涉及一种切割泥浆回收工艺，包括以下步骤：步骤S1，收集切割生产过程中产生的泥浆水；步骤S2，将泥浆水送入压滤机，压滤机对泥浆水进行固液分离并得到分离后的清水和泥饼；步骤S3，将泥饼与清水按比例重新混合，配置出浓度在18%‑23%之间的成品泥浆；步骤S4，将成品泥浆送入搅拌机用于陶粒加气混凝土砌块的生产浇筑。切割生产过程中产生的泥浆水的含水量大，泥浆的浓度低，无法直接用于浇筑，利用压滤机将这些泥浆水中的泥浆提取出来，再重新和适量的清水混合，形成适合浇筑的成品泥浆，实现资源的再利用，降低原材料的成本，并且加快加气砌块的浇筑速度，提高生产效率。
Cutting mud recycling process
一种切割泥浆回收工艺
YANG XIAOHUA (author) / YANG JIE (author) / ZHANG WENJIE (author) / HU CHUNFU (author) / XU XIANCHU (author) / RAO SHENGBING (author)
2020-11-27
Patent
Electronic Resource
Chinese
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