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Method for sintering ceramsite with ardealite for water treatment filter material
The ardealite sintered ceramsite for the water treatment filter material is characterized by being prepared from the following raw materials in parts by weight: 35 to 45 parts of ardealite which is respectively sieved by a 100-mesh sieve, 20 to 23 parts of machine-made sand slurry, 20 to 25 parts of graphite tailings, 8 to 12 parts of sludge incineration slag, 5 to 7 parts of sludge incineration slag, 5 parts of a pore-forming agent and 25 to 30 parts of water. According to the ardealite sintered ceramsite for the water treatment filter material, which is prepared by matching the raw materials, excessive ardealite cannot generate a liquid phase and cannot achieve a wrapping effect. Therefore, the ceramsite is relatively low in strength and high in water absorption rate. The less phosphogypsum is, the more conforming to the traditional ceramsite is, the strength is high, and the water absorption rate is low. By reasonably doping the phosphogypsum, the effect can be achieved, and the phosphogypsum can be consumed.
一种水处理滤料用磷石膏烧结陶粒，其特征为，该水处理滤料用磷石膏烧结陶粒包括如下份数的原料组成：分别过100目筛网的磷石膏35份‑45份，机制砂泥浆20份‑23份，石墨尾矿20份‑25份，污泥焚烧渣8份‑12份，5份‑7份，外加5份的成孔剂，25份‑30份的水。本发明通过各个原料的配合制备的水处理滤料用磷石膏烧结陶粒，磷石膏过多，产生不了液相，达不到包裹作用。就会导致，陶粒强度较低，吸水率高。磷石膏越少，陶粒越符合传统陶粒，强度较高，吸水率低。合理的磷石膏的掺入，既能达到效果，又可以消耗磷石膏。
Method for sintering ceramsite with ardealite for water treatment filter material
The ardealite sintered ceramsite for the water treatment filter material is characterized by being prepared from the following raw materials in parts by weight: 35 to 45 parts of ardealite which is respectively sieved by a 100-mesh sieve, 20 to 23 parts of machine-made sand slurry, 20 to 25 parts of graphite tailings, 8 to 12 parts of sludge incineration slag, 5 to 7 parts of sludge incineration slag, 5 parts of a pore-forming agent and 25 to 30 parts of water. According to the ardealite sintered ceramsite for the water treatment filter material, which is prepared by matching the raw materials, excessive ardealite cannot generate a liquid phase and cannot achieve a wrapping effect. Therefore, the ceramsite is relatively low in strength and high in water absorption rate. The less phosphogypsum is, the more conforming to the traditional ceramsite is, the strength is high, and the water absorption rate is low. By reasonably doping the phosphogypsum, the effect can be achieved, and the phosphogypsum can be consumed.
一种水处理滤料用磷石膏烧结陶粒，其特征为，该水处理滤料用磷石膏烧结陶粒包括如下份数的原料组成：分别过100目筛网的磷石膏35份‑45份，机制砂泥浆20份‑23份，石墨尾矿20份‑25份，污泥焚烧渣8份‑12份，5份‑7份，外加5份的成孔剂，25份‑30份的水。本发明通过各个原料的配合制备的水处理滤料用磷石膏烧结陶粒，磷石膏过多，产生不了液相，达不到包裹作用。就会导致，陶粒强度较低，吸水率高。磷石膏越少，陶粒越符合传统陶粒，强度较高，吸水率低。合理的磷石膏的掺入，既能达到效果，又可以消耗磷石膏。
Method for sintering ceramsite with ardealite for water treatment filter material
一种水处理滤料用磷石膏烧结陶粒的方法
HUANG XUQUAN (author) / LIANG QINGYANG (author) / ZHAO XIAORONG (author) / XUE FEI (author) / LIU LIMING (author) / WANG HAOJIE (author) / HAN ZILONG (author) / WANG JUN (author)
2024-07-09
Patent
Electronic Resource
Chinese
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