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Preparation method of optical fiber-doped waste mud alkali-activated phosphorous slag geopolymer

A geopolymer and optical fiber technology, applied in cement production and other directions, can solve problems such as unfavorable promotion, and achieve the effect of reducing production cost, stable structure and high activity

Active Publication Date: 2021-04-09
HUBEI UNIV OF TECH
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  • Description
  • Claims
  • Application Information

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Problems solved by technology

However, the use of strong base excitation is not conducive to popularization

Method used

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  • Preparation method of optical fiber-doped waste mud alkali-activated phosphorous slag geopolymer

Examples

Experimental program
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Effect test

Embodiment 1

[0031] (1) Send 140 parts of phosphorus slag, 60 parts of nickel slag, and 100 parts of water into a planetary ball mill for grinding at a water-to-material ratio of 0.5. The grinding time is 40 minutes, and the speed of the planetary ball mill is 100-400rad / s to obtain slurry A .

[0032] (2) After pulverizing the waste optical fiber sludge, pass it through a 1.18mm sieve to obtain a dry powder of the optical fiber waste sludge.

[0033] (3) Send 200 parts of optical fiber waste sludge dry powder and 100 parts of water into a planetary ball mill at a water-to-material ratio of 0.5 for wet grinding. The grinding time is 40 minutes, and the speed of the planetary ball mill is 400rad / s to obtain slurry B.

[0034] (4) 120 parts of slurry A obtained in step (1), 35 parts of optical fiber waste sludge dry powder obtained in step (2), 5 parts of slurry B obtained in step (3), 20 parts of phosphogypsum, and 45 parts of carbide slag Parts, Na 2 CO 3 38.5 parts and 900 parts of san...

Embodiment 2

[0036] (1) Send 140 parts of phosphorous slag, 60 parts of nickel slag, and 100 parts of water into a planetary ball mill for grinding at a water-to-material ratio of 0.5. The grinding time is 40 minutes, and the rotational speed of the planetary ball mill is 400 rad / s to obtain slurry A.

[0037] (2) After pulverizing the waste optical fiber sludge, pass it through a 1.18mm sieve to obtain a dry powder of the optical fiber waste sludge.

[0038] (3) Send 200 parts of optical fiber waste sludge dry powder and 100 parts of water into a planetary ball mill at a water-to-material ratio of 0.5 for wet grinding. The grinding time is 40 minutes, and the speed of the planetary ball mill is 400rad / s to obtain slurry B.

[0039] (4) 120 parts of slurry A obtained in step (1), 35 parts of optical fiber waste sludge dry powder obtained in step (2), 15 parts of slurry B obtained in step (3), 20 parts of phosphogypsum, and 45 parts of carbide slag Parts, Na 2 CO 3 38.5 parts and 900 part...

Embodiment 3

[0041] (1) Send 140 parts of phosphorous slag, 60 parts of nickel slag, and 100 parts of water into a planetary ball mill for grinding at a water-to-material ratio of 0.5. The grinding time is 40 minutes, and the rotational speed of the planetary ball mill is 400 rad / s to obtain slurry A.

[0042] (2) After pulverizing the waste optical fiber sludge, pass it through a 1.18mm sieve to obtain a dry powder of the optical fiber waste sludge.

[0043] (3) Send 200 parts of optical fiber waste sludge dry powder and 100 parts of water into a planetary ball mill at a water-to-material ratio of 0.5 for wet grinding. The grinding time is 40 minutes, and the speed of the planetary ball mill is 400rad / s to obtain slurry B.

[0044] (4) 120 parts of slurry A obtained in step (1), 35 parts of optical fiber waste sludge dry powder obtained in step (2), 25 parts of slurry B obtained in step (3), 20 parts of phosphogypsum, and 45 parts of carbide slag Parts, Na 2 CO 3 38.5 parts and 900 parts ...

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Abstract

The invention discloses a preparation method of an optical fiber-doped waste mud alkali-activated phosphorous slag geopolymer. The technical scheme comprises the steps of carrying out synergistic wet grinding on 90-200 parts of phosphorus slag and 50-100 parts of nickel slag according to a water-material ratio of 0.3-0.7 until the median particle size is 1-4 [mu]m to obtain slurry A; crushing the optical fiber waste mud, and sieving the crushed optical fiber waste mud through a 1.18 mm sieve to obtain optical fiber waste mud dry powder; carrying out wet grinding on the optical fiber dry powder according to a water-material ratio of 0.3-0.7 until the median particle size is 100-800nm to obtain slurry B; mixing and stirring 120 parts of the slurry A, 35 parts of the optical fiber waste mud dry powder, 5-50 parts of the slurry B, 10-40 parts of phosphogypsum, 20-50 parts of carbide slag, 20-50 parts of Na2CO3 and other materials, and preparing the optical fiber-doped waste mud alkali-activated phosphorous slag geopolymer through a mortar stirring machine according to the mortar ratio of 1: 3. The method is simple to operate, greatly reduces the production cost, solves the problems of solid waste stockpiling land occupation, environmental pollution and the like, and has high economic benefits and environmental benefits.

Description

technical field [0001] The invention belongs to the technical field of building materials, and in particular relates to a preparation method of light-doped fiber waste mud alkali-activated phosphorus slag geopolymer. Background technique [0002] With the development of economy, environmental problems are becoming more and more serious. In the past 10 years, the output of yellow phosphorus has increased rapidly year by year. However, while producing yellow phosphorus, a large amount of industrial waste, namely phosphorus slag, will also be produced. The utilization rate of phosphorus slag is low, and it is stacked in the open air all year round, which not only occupies land, but also the phosphorus and fluorine in it are gradually dissolved by rainwater and seeped into the ground, which will pollute water sources, affect plant growth, and endanger human health. Every year, a lot of money and energy are spent on environmental pollution control and related social issues. ...

Claims

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Application Information

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IPC IPC(8): C04B12/00C04B7/147C04B7/24
CPCC04B12/005C04B7/147C04B7/24Y02P40/10
Inventor 王迎斌刘文志贺行洋苏英熊光王文娜李欣懋徐立杨杰李阳李齐杨进李玉博
Owner HUBEI UNIV OF TECH
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