Preparation method of special soil conditioner for high soil resistivity environmental grounding engineering
A technology of soil resistivity and soil improver, which is applied in the direction of soil conditioning materials, chemical instruments and methods, applications, etc., can solve the problems of limited drag-reducing effect of drag-reducing agents, potential safety hazards, short duration of drag-reducing effect, etc., to achieve Prevent oxidation, improve service life, and meet the requirements of use
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example 1
[0017] Weigh 400g of diatomaceous earth, pour it into a fermenter filled with 2L biogas slurry, and ferment at a temperature of 35°C and a rotation speed of 200r / min for 6 hours at a constant temperature, then filter the material in the fermenter, collect the filter cake, and The obtained filter cake was placed in an oven and dried to a constant weight at a temperature of 105 ° C. Then, the dried filter cake was transferred to a carbonization furnace, and nitrogen was introduced into the furnace at a rate of 10 mL / min. Under nitrogen protection, At a temperature of 500°C, keep warm and carbonize for 3 hours, cool to room temperature with the furnace, and discharge the material to obtain carbonized diatomite; weigh 200g of the carbonized diatomite obtained above, 800g of peat, and 80g of pottery clay in sequence, and pour them into 800mL of water In the ball milling tank, after ball milling and mixing for 80 minutes, the materials in the ball milling tank were piled up in a ligh...
example 2
[0020] Weigh 450g of diatomite, pour it into a fermenter filled with 2L biogas slurry, and ferment at a temperature of 36°C and a rotation speed of 280r / min for 7 hours at a constant temperature, then filter the material in the fermenter, collect the filter cake, and The obtained filter cake was placed in an oven and dried to a constant weight at a temperature of 108°C, then the dried filter cake was transferred to a carbonization furnace, and nitrogen gas was introduced into the furnace at a rate of 12 mL / min. Under nitrogen protection, At a temperature of 520°C, heat-preserve and carbonize for 4 hours, cool to room temperature with the furnace, and discharge the material to obtain carbonized diatomite; weigh 260g of the carbonized diatomite obtained above, 900g of peat, and 90g of pottery clay, and pour them into 900mL of water After mixing for 100 minutes, the materials in the ball milling tank were piled up in a light-proof and ventilated place, and 260g of earthworms were ...
example 3
[0023] Weigh 500g of diatomaceous earth, pour it into a fermenter filled with 3L of biogas slurry, and ferment at a temperature of 37°C and a rotation speed of 300r / min for 8 hours at a constant temperature, then filter the material in the fermenter, collect the filter cake, and The obtained filter cake was placed in an oven and dried to a constant weight at a temperature of 110°C, then the dried filter cake was transferred to a carbonization furnace, and nitrogen gas was introduced into the furnace at a rate of 15 mL / min. Under nitrogen protection, At a temperature of 550°C, keep warm and carbonize for 5 hours, cool to room temperature with the furnace, and discharge the material to obtain carbonized diatomite; weigh 300g of the carbonized diatomite obtained above, 1000g of peat, and 100g of pottery clay in turn, and pour them into 1000mL of water After mixing for 120 minutes, the materials in the ball milling tank were stacked in a light-proof and ventilated place, and 300g o...
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