Autoclaved aerated concrete brick manufactured from urban industrial solid waste and manufacturing method thereof
An industrial solid waste, autoclaved gas filling technology, applied in the field of waste recycling and reuse, can solve problems such as difficult processing, complex components, environmental impact, etc., and achieve the effect of preventing environmental pollution
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[0015] Example 1: A method for manufacturing autoclaved aerated concrete bricklaying from urban industrial solid waste, including the following components: activated carbon, blast furnace slag, steel slag, red mud, fly ash, coal slag, waste gypsum, desulfurization ash, calcium carbide slag , Salt mud, cementitious material, sand, stone and additives, the mass ratio of each component is: 20.0 parts of activated carbon, 120.0 parts of blast furnace slag, 40.0 parts of steel slag, 60.0 parts of red mud, 200.0 parts of fly ash, 120.0 parts of coal slag, waste gypsum 80.0 parts, 50.0 parts of desulfurization ash, 90.0 parts of calcium carbide slag, 70.0 parts of salt mud, 800.0 parts of cementitious materials, 600.0 parts of sand, 200.0 parts of stone, and 120.0 parts of additives. The additives include gas generating agents, regulators, and bubble stabilizers, and The mass ratio of each component is 40.0 parts of gas generating agent, 40.0 parts of regulator, and 40.0 parts of bubbl...
Example Embodiment
[0021] Embodiment 2: A method for making autoclaved aerated concrete bricklaying bricks using urban industrial solid waste, including the following components: activated carbon, blast furnace slag, steel slag, red mud, fly ash, coal slag, waste gypsum, desulfurization ash, calcium carbide slag , Salt mud, cementitious materials, sand, stone and additives, the mass ratio of each component is: 30.0 parts of activated carbon, 180.0 parts of blast furnace slag, 60.0 parts of steel slag, 90.0 parts of red mud, 300.0 parts of fly ash, 180.0 parts of coal slag, waste gypsum 120.0 parts, 75.0 parts of desulfurization ash, 135.0 parts of calcium carbide slag, 105.0 parts of salt mud, 1200.0 parts of cementitious materials, 900.0 parts of sand, 300.0 parts of stone, and 180.0 parts of additives. The additives include gas generating agents, regulators, and bubble stabilizers, and The mass ratio of each component is 60.0 parts of gas generating agent, 60.0 parts of regulator, and 60.0 parts...
Example Embodiment
[0027] Example 3: A method for manufacturing autoclaved aerated concrete bricklaying from urban industrial solid waste, including the following components: activated carbon, blast furnace slag, steel slag, red mud, fly ash, coal slag, waste gypsum, desulfurization ash, calcium carbide slag , Salt mud, cementitious materials, sand, stone and additives, the mass ratio of each component is: 40.0 parts of activated carbon, 240.0 parts of blast furnace slag, 80.0 parts of steel slag, 120.0 parts of red mud, 400.0 parts of fly ash, 240.0 parts of coal slag, waste gypsum 160.0 parts, 100.0 parts of desulfurization ash, 160.0 parts of calcium carbide slag, 135.0 parts of salt mud, 1600.0 parts of cementing materials, 1200.0 parts of sand, 400.0 parts of stone, and 240.0 parts of additives. The additives include gas generating agents, regulators, and bubble stabilizers, and The mass ratio of each component is 80.0 parts of gas generating agent, 80.0 parts of regulator, and 80.0 parts of ...
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