Method for preparing agricultural goods through chelating ferromanganese nodule sand by lignin
A technology of iron-manganese nodules and lignin, applied in chemical instruments and methods, agriculture, fertilizer mixtures, etc., can solve the problems of no development and utilization value and high cost, and achieve the effects of low price, soil improvement and fertility increase
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Embodiment 1
[0011] Embodiment one, lignin chelated secondary iron manganese concretion sand to make poultry food health care sand:
[0012] The secondary iron-manganese concretion sand grains are soaked with a sulfonate solution containing lignin with a mass concentration of 40-50%. Due to the inherent tiny pores formed by the life activities of manganese bacteria in sand grains, it can penetrate into lignin, and lignin is chelated with metal elements such as iron and manganese deposited on the outer layer of the nucleus. No air bubbles in the soaking solution, that is, the reaction is over, filter out the iron-manganese structure sand from the soaking solution, add 2% of the total dry weight of salt, and mix a small amount of vanillin as a flavoring agent, it can be used as a health care for poultry sand. The health-care sand is rich in trace elements that can be taken in by poultry; the sand particles can help poultry gastrointestinal peristalsis, enhance the digestion ability of poult...
Embodiment 2
[0013] Embodiment two, lignin chelated secondary iron-manganese concretion sand to make feed additive:
[0014] The solution containing lignin with a mass concentration of 40-50% is used to soak the secondary iron-manganese nodule sand grains after acid analysis with hydrochloric acid to form a slurry with a material-to-water ratio of 1:1, which is used as a feed additive for poultry and livestock. Add 3-4% of the total feed for breeders; add 2-3% of the total feed for laying hens; add 5-6% of the total feed for fattening pigs; add 3-4% of the total feed for fur rabbits. Compared with the control group, the weight gain rate of poultry, laying hen egg production rate and feed utilization rate in the experimental group were all improved, but the feed cost was reduced, which improved the economic benefits.
Embodiment 3
[0015] Embodiment three, the microfertilizer based on iron element is produced with lignin chelated secondary iron-manganese concretion sand;
[0016] (1) Acidify the secondary ferromanganese concretion sand, use the waste liquid of the sulfuric acid washing steel in the iron and steel plant, and add scrap iron chips in the waste liquid, so that the pickling waste liquid becomes a ferrous sulfate saturated solution (sulfuric acid appears in the solution Ferrous green crystals), then add secondary ferromanganese concretion sand in this solution, acidify to powder;
[0017] (2) In the solution containing lignin mass concentration of 40-50%, add the iron-manganese concretion sand after the above-mentioned acidification, control the material-water ratio 1: 1, mix and stir, then add the sugar residue filter mud of the sugar factory (mainly The composition is calcium carbonate) to neutralize the mixed material, so that the pH value reaches between 6.5-8, and then the attapulgite cla...
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