AMD rapid purification treatment agent and preparation method and application thereof
A purification treatment and rapid technology, applied in chemical instruments and methods, water/sewage treatment, adsorbed water/sewage treatment, etc., can solve the problems of high price and poor effect of high-concentration pollutants, and achieve low production cost and treatment cost. Low, good removal effect
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Embodiment 1
[0034] The self-prepared phosphorus-containing simulated acidic mine wastewater was used for the test, and the adsorbent was steel slag:
[0035] Under the conditions of oscillation frequency of 150r / min, room temperature, reaction time of 10min, and steel slag dosage of 100mL / 2g, the treatment effect of steel slag on different phosphoric acid-containing mine wastewater was studied, and the phosphorus content of the obtained wastewater affected the phosphorus removal rate. Such as figure 1 shown. figure 1 The embedded figure shows that steel slag can remove phosphorus well in the AMD system with a phosphorus content of 2mg / L~12mg / L, and the removal rate is above 90%. figure 1 The outer figure shows that the phosphorus removal rate of steel slag to AMD system with phosphorus content of 12mg / L~20mg / L is above 70%; for AMD system with phosphorus content of 20mg / L~400mg / L, with the increase of phosphorus content The removal rate fluctuates greatly, but the removal rate is greate...
Embodiment 2
[0038] An acid mine wastewater (iron content 435.315mg / L, manganese content 194.833mg / L, pH 2.33) was used for the test, and the adsorbent was steel slag:
[0039]Add 1000.68g of steel slag to 4000mL of an acidic mine wastewater, stir for 6 minutes, let it stand at room temperature for 40 minutes, pour out the supernatant after the time is up, add water samples and repeat the above operation, so that the steel slag can be recycled 5 times (accumulate steel slag at 40 minutes / time) use time), and measure the pH value, iron and manganese after filtering with quantitative filter paper. image 3 It is the adsorption capacity of steel slag to iron and manganese and the change of pH, that is, the adsorption effect diagram of steel slag recycled for 5 times. according to image 3 It is estimated that the adsorption capacity of steel slag to iron is greater than 7.997g / kg, and the adsorption capacity to manganese is about 991.82mg / kg. Considering the removal of iron and manganese an...
Embodiment 3
[0041] Using an acidic mine wastewater (iron content 450.019mg / L, manganese content 238.663mg / L, pH1.96) for the test:
[0042] 1. Prepare AMD rapid purification treatment agent:
[0043] (1) Preparation of slag powder: Steel slag powder is directly ball-milled from converter steelmaking steel slag to a fineness of 80 mesh, and zeolite powder is made of natural zeolite crushed into 90 mesh.
[0044] (2) Drying: Dry steel slag powder, calcium carbide slag, zeolite powder, and bentonite at 60°C until the moisture content is 1.5%.
[0045] (3) Ingredients: The total ingredient amount is 10kg. Weigh the materials according to the weight ratio of 75% steel slag powder, 15% calcium carbide slag, 4% zeolite powder, and 6% bentonite, and place them uniformly in a dry 25mL rubber bucket.
[0046] (4) Stirring: Stir the weighed component raw materials at a constant speed for 10 minutes to fully mix the components.
[0047] 2. Use the prepared AMD rapid purification treatment agent to ...
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