30 results about "Glauconite" patented technology

The invention relates to agate-containing dark green glaze for ru-porcelain, a processing method of the glaze as well as the ru-porcelain and a firing method thereof and relates to the technical field of silicate ceramics. The agate-containing dark green glaze for the ru-porcelain is prepared from components in parts by weight as follows: 6-20 parts of ru jade, 1-15 parts of agate, 10-70 parts of feldspar, 2-8 parts of calcite, 1-20 parts of wollastonite, 0-2 parts of talc, 0-15 parts of chest wood ash, 1-8 parts of ammolite and 1-20 parts of black bluestone. The enamel of the ru-porcelain fired with the adoption of the agate-containing dark green glaze for the ru-porcelain takes dark green as a base, can present the deep and full sky blue, azure, light greenish blue, bluish white, pale blue and bright green and can present bright and transparent pea green and onion green color. The ru-porcelain adopting the agate-containing dark green glaze for the ru-porcelain has good jade sense and opalescence effects and has a smoother glaze surface, higher mechanical strength, lower water absorption rate and high firing qualification rate.

A glazing technology for purple-sand tea sets relates to the technical field of purple sand and comprises the following technological steps: 1) preparing a green body, specifically taking purple sand at Huainan area of Anhui province of China as a main material to prepare the green body; 2) taking out the green body, baking to dry at a room-temperature environment, so as to prevent deformation of the green body; 3) sintering the green body, specifically for first sintering in a kiln, employing reduction flame for sintering, heating to 950-1050 DEG C, and sintering for 16-18 h, so as to mainly eliminate humidity and remove alkali in the green body; 4) keeping warm for 10-20 min, naturally cooling and discharging from the kiln; 5) uniformly glazing the surface of the green body; and 6) sintering the glazed green body, specifically for secondary sintering in a kiln, employing reduction flame for sintering, sintering at 130 DEG C for 20 h, keeping warm for 10-20 min, and naturally cooling and discharging out of the kiln. The technology is simple, and by adding compositions such as shells, bluestone and the like, the sintered tea set has spots on the surface and has beautiful color.

The invention belongs to the technical field of vulcanized paper and particularly discloses high-tinting-strength green vulcanized paper for abrasive discs. The high-tinting-strength green vulcanized paper is prepared from, by weight, 100-120 parts of cotton fibers, 40-70 parts of wood pulp cellulose, 4-12 parts of an inorganic composite pigment, 0.8-1.2 parts of a dispersing agent, 2-4 parts of water-soluble chitosan, 2-6 parts of an insulation reinforcing agent, 3-7 parts of a heatproof reinforcing agent and 1-3 parts of a setting agent. The inorganic composite pigment is prepared from glauconite, green serpentine and a cobalt green pigment, a particle size range of glauconite and green serpentine is 0.1-1nm, and glauconite and green serpentine are calcined for 2-3h at 500-600DEG C before use. The green vulcanized paper for the abrasive discs is high in tinting strength, less prone to fading, moisture absorption and deformation, great in heatproof performance, insulating, flame retardant and long in service life, and prepared abrasive discs are high in processing precision due to great surface fineness of the green vulcanized paper.

The invention discloses a pot flower slow-release coated fertilizer and a preparation method thereof. The pot flower slow-release coated fertilizer is prepared from the following raw materials (in parts) by weight: a 4-6wt% HCl solution, zinc oxide powder, humic acid powder, maleic anhydride, glauconite, shells, micalex, moss soil, titanium dioxide, indoleacetic acid, chitosan, sodium selenite, zinc chloride, peat, potassium sulfate, cellulose homogenate and water. Generally, pot flowers do not need too much soil, or else root system breath and water content can be affected; as mineral-enriched stone is calcined and the calcined material is crushed into powder, the stone powder contains a great amount of minerals, and the minerals can be easily dissolved out after being quenched and are natural minerals, the content of inorganic trace elements in the fertilizer disclosed by the invention can be reduced, and flowers can be promoted to grow and can be kept vigorous.

The invention relates to a raw material composition and preparation method of a sustained-release drought-resistant water-retention nutrient. The drought-resistant water-retention nutrient provided by the invention is prepared from the following raw materials in parts by weight: 550-700 parts of HA35% ammonium phytate, 80-200 parts of N64% coated urea, 60-150 parts of P14 phosphate fertilizer, 60-150 parts of N17 and P44 ammonium phosphate, 20-35 parts of chitin, 3-30 parts of 80-mesh kushenin and 20-50 parts of glauconite. The sustained-release drought-resistant water-retention nutrient prepared by the preparation method provided by the invention has the characteristics of synchronous plant absorption and sustained release, high water absorption capability, good stress resistance and water retention properties, entire nutrients, rich bioactive substances and soil activation, can improve leaf photosynthesis, prevent bacteria infection and alleviate drought-induced plant physiological damage, has significant effects in greenness, environment friendliness and quality and efficiency improvement, is especially suitable for production of food economical crops, and has persistency and controllability on the drought resistance and nutrient supply.

The invention discloses a water-resistant moisture-proof refractory brick and a preparation method thereof. The refractory brick is prepared from the following raw materials by weight: 33-41 parts of petroleum refined waste oil sludge, 17-29 parts of bauxite tailings, 14-22 parts of glauconite, 15-20 parts of natural colored sand, 16-28 parts of natural zeolite, 4-7 parts of sodium alginate, 10-15 parts of alunite, 12-19 parts of coal-fired boiler ash, 3-6 parts of ferric chloride, 5-10 parts of acrylic nuclear glycan, 7-12 parts of polymethylsilsesquioxane spherical micropowder, 5-10 parts of spherical calcium chloride dihydrate, 20-30 parts of waste mortar, and 13-21 parts of quick lime. The method provided by the invention employs natural colored sand, alunite, petroleum refined waste oil sludge, ferric chloride, acrylic nuclear glycan, polymethylsilsesquioxane spherical micropowder, spherical calcium chloride dehydrate and other raw materials for mutual compounding, greatly reduces the water absorption of the refractory brick, and does not affect the flexural strength, compressive strength and refractoriness of the refractory brick. The refractory brick provided by the invention has the advantages of excellent water resistance and moisture proofness, and high refractoriness, and is suitable for wall building under a moist environment.

The invention discloses high-strength and high-temperature-resistance molding sand and a preparation method thereof. The high-strength and high-temperature-resistance molding sand is prepared by the following raw materials in parts by weight: 14-22 of allophane, 24-38 of attapulgite, 12-18 of obsidian, 10-15 of baddeleyite, 8-14 of waste brick chips, 5-10 of refining slag, 16-24 of emery, 9-16 of glauconite, 7-11 of calcium formate, 5-10 of nanometer magnesium titanate, 4-7 of polyethylenimine, and 270-330 of modifying agents. The molding sand, prepared with allophane, obsidian, baddeleyite, waste brick chips, refining slag, emery and the like as main raw materials, is better in thermal stability and higher in refractoriness, and is added with calcium formate, nanometer magnesium titanate, polyethylenimine and the like to improve the green compression strength and the wet tensile strength. The prepared molding sand is excellent in breathability, fluidity, strength, collapsibility and high-temperature resistance; and a casting produced by the molding sand is smooth in surface and low in rejection rate.

The invention in particular relates to a middle element fertilizer by using minerals as raw materials and a production method thereof. The technical problem to be solved by the invention is that the middle element fertilizer has low middle element content, single nutrient, low utilization rate, cumbersome application and so on. A technical scheme adopted in the invention is as below: the mineral middle element fertilizer comprises the following raw materials by weight: 300 to 500 parts of calcined glauconite, 30 to 50 parts of sodium metasilicate, 150 to 300 parts of plant ash, 120 to 240 parts of quicklime, 140 to 220 parts of magnesium sulfate monohydrate and 8 to 15 parts of trace element fertilizer, wherein the calcined glauconite is made by calcining glauconite of which the silicon oxide content is 50 to 75 wt% at high temperature of 3500 to 4500 DEG C, and the trace element fertilizer is a mixture of fertilizers containing four trace elements such as B, Zn, Mo and Fe, respectively. The middle element fertilizer provided by the invention has the advantages of benefiting a whole year though one-time fertilization, being convenient for fertilization, and saving manpower, material and financial resources.

The invention discloses a special medicinal rhubarb organic fertilizer and a manufacturing method thereof, and belongs to the technical field of fertilizers. The organic fertilizer is prepared from, by weight, 30-40 parts of cow dung, 5-10 parts of bamboo charcoal, 2-5 parts of fulvic acid, 1-3 parts of nicotinic acid amide, 20-30 parts of chicken manure, 10-15 parts of chimney ash, 1-5 parts of attapulgite powder, 20-30 parts of bran, 20-25 parts of fish bone meal, 20-30 parts of salt, 10-15 parts of sodium carbonate, 20-25 parts of guano, 15-20 parts of sunflower straw ash, 5-7 parts of medical stone powder, 5-10 parts of carnallite, 3-7 parts of polyterpene bacillus agents, 5-8 parts of actinomycete agents, 5-7 parts of glauconite, 10-15 parts of seaweed, 5-10 parts of fatty acid, 3-10parts of dolomite, 1-3 parts of zeolite, 2-5 parts of oxalic acid and 5-8 parts of potassium salt. According to the organic fertilizer, stress resistance of medicinal rhubarb can be effectively improved, reproduction of harmful and pathogenic microorganisms in soil can be effectively restrained, the acre yield of the medicinal rhubarb can reach 742kg or more after the organic fertilizer is applied, and the incidence rate of root rot diseases of the medicinal rhubarb is lower than 27%.

The invention discloses an efficient organic bio-fertilizer, which comprises the following components by weight: 4-8 parts of ground phosphate rock, 2-6 parts of glauconite, 3-7 parts of shale, 1-4 parts of potash feldspar, 3-6 parts of nitre, 0.5-1.5 parts of boron, 1.3-3.7 parts of a production strain, 4-9 parts of soybean cake, 40-65 parts of dried chicken manure, 2-7 parts of blood meal, and 4-8 parts of raw bone meal. The fertilizer can improve soil, raise soil fertility, restore soil aggregate, prevent water and soil loss, eliminate diseases and pests in soil, and promote early ripening of crops by 7-10 days, even under serious drought conditions, because of the hydrophility of the fertilizer itself, crops still can get sufficient water, and through continuous use, soil can be restored to an original soil state, the crop produced under the soil condition has a very significant effect on human health, and compared with traditional fertilizers, the bio-fertilizer provided by the invention can increase the crop yield by 5%-15%.

The invention relates to a modified glauconite, and a preparation method and applications thereof. The modified glauconite is obtained through steps of heating, crushing, dedusting, and magnetic selection. The modified glauconite is taken as a main component in sewage treatment, and the sewage treatment effect of the modified glauconite is better than that of glauconite raw sand.

The invention discloses a non-caking absorbable high-efficiency medium for agaricus blazei murill. The medium is characterized by comprising the following components, by weight, 1-2 parts of 3-Hydroxy-4-(trimethylammonio)butanoate, 5-8 parts of chitosan, 10-20 parts of 80-mesh kushenin, 3-8 parts of glauconite powder, 1-2 parts of shell powder, 2-3 parts of niobium ore powder, 30-40 parts of bran, 4-6 parts of silicon nitride ultrafine powder, 3-7 parts of chitin fiber, 50-80 parts of sorghum straw, 60-70 parts of brown rice grain, 2-3 parts of yeast, 8-10 parts of decomposed coal, 1-2 parts of ardealite and a proper amount of water. By the use of modified kushenin, various mineral powders, shell powder and decomposed coal, water absorption and loose and non-caking properties of the medium are guaranteed. Meanwhile, ultramicro silicone powder-loaded chitin fiber is used. As ultramicro silicone powder promotes nutrient absorption of agaricus blazei murill and chitin fiber constantly adsorbs and enriches nutrients, growth of agaricus blazei murill is promoted.

Colored CTE modifiers may be added to a glass frit system to modify the CTE of a resulting fired enamel. The CTE modifier is colored. The colored CTE modifier may include a modified Pseudo-Brookite type material having a formula Al₂TiO₅, where Al and/or Ti are partially substituted with one or more coloring ions including Fe, Cr, Mn, Co, Ni, and Cu; a modified Cordierite type material having a formula Mg₂Al₄Si₅O₁₈, wherein Mg and/or Al is partially substituted with one or more of the coloring ions; a Perovskite type material having a formula Sm_1−xSr_xMnO_3−δ, where x=0.0-0.5 and δ=0.0-0.25, or a modified version of the Perovskite type material wherein Sr is partially substituted with Ba and/or Ca; a modified magnesium pyrophosphate type material having a formula Mg₂P₂O₇ wherein Mg is substituted with Co and/or Zn ions; or combinations thereof.

The invention discloses a culture medium for large-scale culture of chlorella and a culture method of the culture medium. The culture medium comprises the following components: CH4N2O, K2HPO4, MgSO4.7H2O, CaCl2.2H2O, citric acid, ferric citrate, EDTANA2, glauconite, H3BO4, MnCl2.4H2O, ZnSO4.7H2O, Na2MoO4.2H2O, CuSO4.5H2O and C4H6CoO4.4H2O. The culture method comprises the following steps: inoculating the chlorella into the culture medium, wherein the initial inoculation amount is 3*10<6>-5*10<6> cell/mL; inflating the chlorella liquid for 60-120 minutes at 9 o'clock, 12 o'clock and 3 o'clock every day in ordinary sunny days at the temperature of 20-35 DEG C to prevent the chlorella cells from sinking to the bottom; and when the chlorella cell density reaches 5*10<7>-1*10<8> cell/mL, finishing the culture. The culture medium is different from a common chlorella culture medium, and is low in cost, and the growth and reproduction speed of the chlorella can be remarkably increased, so thatthe chlorella cell density is remarkably increased within a short time, and the culture period is short. In combination with the culture method disclosed by the invention, a large-scale high-densityculture mode of the chlorella can be quickly realized.

The invention discloses clay green sand applied to carbon steel castings and a preparation method of the clay green sand. The clay green sand is prepared from the following raw materials in parts by weight: 13-21 parts of illite, 18-26 parts of paper sludge, 14-19 parts of vanadium mineral tailings, 22-28 parts of magnesia, 5-10 parts of datolite, 8-16 parts of siltstone, 10-15 parts of clay, 15-20 parts of lapis lazuli, 3-6 parts of urea, 6-9 parts of monopotassium phosphate, 4-7 parts of sodium alginate, and 120-140 parts of an improver. Through the raw material including vanadium mineral tailings, datolite, siltstone, lapis lazuli and the like, the heat resistance, breathability and strength of the sand are improved, and through the raw material including paper sludge, clay, urea, monopotassium phosphate, sodium alginate and the like, the mobility, dispersibility and plasticity of the sand are improved. The sand has excellent comprehensive performance, has the characteristics of good breathability, mobility, dispersibility, heat resistance and plasticity, high strength and the like, and is applicable to carbon steel castings.

The invention relates to a preparation method of organic silicate. The method comprises the following steps: pretreating the silicate by adopting a comprehensive means of heat activation, acid treatment and lithium nitrate intercalation modification to obtain lithium-based silicate, performing intercalation reaction for an organic intercalation agent and lithium-based montmorillonoid in a solventat the temperature of 80 to 180 DEG C, then purifying an organic silicate aqueous solution to obtain the organic modified silicate. The organic intercalation agent is an organic compound shown in thestructural general formula of R(CH2)12 to 18N(CH3)3R, and the R in the general formula is chlorine atoms or bromine atoms. The layered silicate is white mica subtribe and black mica subtribe and comprises sodium mica, white mica, glauconite, gold mica, black mica, iron-lithium mica and lithium mica. By adopting the method of the invention, in the preparation process, not only can the effective swelling of a space among silicate layers be realized, but also the active functional group is introduced among the layered silicate layers, the obtained organic modified layered silicate is loose, easyto break, suitable for a high-temperature polyimide adhesive/layered silicate nano composite material, and wide in application prospect.

The invention discloses a glauconite-based composite heavy metal wastewater treatment porous material as well as a preparation method and an application thereof. The porous material is prepared from the following raw materials in parts by weight: 23-32 parts of glauconite, 15-21 parts of deacetylated chitin, 13-18 parts of sodium bentonite, 8-15 parts of a pore-forming agent, 4-10 parts of graphene oxide and 2-9 parts of sodium hydroxide. The composite powder is firstly obtained and then pressed into the pressed blank through CIP, the pressed blank is subjected to a solid-phase sintering process under the action of the pore-forming agent, and the sintering process is controlled to be finished in the sintering middle stage, so that the porous material generates a large number of pores and meets the porosity requirement while the matrix strength is guaranteed, a self-bearing structure is obtained, and the requirement for renewable utilization is met; the product is used for adsorbing and removing lead and copper in heavy metal wastewater, and has an excellent adsorption and removal effect.