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19 results about "Illite" patented technology
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Illite is a group of closely related non-expanding clay minerals. Illite is a secondary mineral precipitate, and an example of a phyllosilicate, or layered alumino-silicate. Its structure is a 2:1 sandwich of silica tetrahedron (T) – alumina octahedron (O) – silica tetrahedron (T) layers. The space between this T-O-T sequence of layers is occupied by poorly hydrated potassium cations which are responsible for the absence of swelling. Structurally, illite is quite similar to muscovite with slightly more silicon, magnesium, iron, and water and slightly less tetrahedral aluminium and interlayer potassium. The chemical formula is given as (K,H3O)(Al,Mg,Fe)2(Si,Al)4O10[(OH)2,(H2O)], but there is considerable ion (isomorphic) substitution. It occurs as aggregates of small monoclinic grey to white crystals. Due to the small size, positive identification usually requires x-ray diffraction or SEM-EDS (automated mineralogy) analysis. Illite occurs as an altered product of muscovite and feldspar in weathering and hydrothermal environments; it may be a component of sericite. It is common in sediments, soils, and argillaceous sedimentary rocks as well as in some low grade metamorphic rocks. The iron rich member of the illite group, glauconite, in sediments can be differentiated by x-ray analysis.
Flame ablation-resistant fireproof coating as well as preparation method and application thereof
The invention discloses a flame-ablation-resistant fireproof coating as well as a preparation method and application thereof, and belongs to the technical field of fireproof coatings. The coating comprises 20-60 parts of a film forming matter, 5-25 parts of indirect ceramic forming filler, 10-30 parts of an acid source and 5-15 parts of a gas source, the indirect ceramic forming filler comprises any one or more of feldspar, illite, kaolinite, montmorillonite, calcium silicate and magnesium silicate. The indirect ceramic forming filler is decomposed into a ceramic forming material at high temperature, and at the moment, the fireproof coating expands to form an expansion layer; the ceramic forming material in the expansion layer further reacts under the action of high-temperature flames, especially the ceramic forming material outside the expansion layer facing high temperature, to generate a ceramic substance, so that the surface ceramization of the fireproof coating is controllable, and the ceramization effect of the expansion layer after the coating is fully expanded is achieved; the problem that the fireproof performance is reduced due to the fact that a coating expansion layer forms a hard shell layer too early when the high-temperature-resistant performance of the fireproof coating is improved through a ceramic method is solved.
Owner:ELECTRIC POWER RESEARCH INSTITUTE OF STATE GRID SHANDONG ELECTRIC POWER COMPANY
Method for evaluating contribution of each component to resistivity of shale oil reservoir at high temperature and high pressure
A method for evaluating contribution of each component to shale oil reservoir resistivity at high temperature and high pressure is applied to the field of oil exploration and development. The method comprises the following steps: (1) analyzing the volume percentage of each clay mineral, the pore water content and the mineralization degree of the shale oil reservoir pressure-maintaining closed core; (2) when the fluid pressure is greater than 23MPa, measuring the resistivity of the pressure-maintaining closed rock core at each temperature point; (3) carrying out water balance treatment on pure clay minerals, namely kaolinite, montmorillonite, illite and chlorite, and measuring the resistivity at each temperature point when the fluid pressure is greater than 23MPa; (4) when the fluid pressure is greater than 23MPa, measuring the resistivity of each temperature point of the solution consistent with the mineralization degree of the pore water; and (5) constructing a resistivity evaluation model, and evaluating the contribution of each component to the resistivity of the shale oil reservoir under the condition of high temperature pressure.
Owner:CHINA UNIV OF PETROLEUM (EAST CHINA)
Marine biomineral clay and aloe vera for soil amendment and seed coating
A soil fertilizer composition and method of production, the soil fertilizer composition comprising a mixture by weight of 92% to 99% marine biomineral clay and 1% to 8% dehydrated aloe vera, wherein the marine biomineral clay comprises illite, apatite, amphiboles, chlorite, albite, and quartz. The composition is typically disposed in a dry powder form suitable for soil application or reconstitution with water for spraying but may be in a solid or a pre-dissolved form for transportation, storage, or for ready application. The soil fertilizer composition may further comprise an organic substrate selected from the group of: peat moss, sawdust, compost, and combinations thereof. The soil fertilizer composition may include dehydrated aloe vera is a 100x concentrate with aloin content less than 1.0 ppm. The marine biomineral clay of the soil fertilizer composition may contain lanthanides configured to act as cofactors for enzymes involved in nutrient cycling and plant metabolic processes.
Owner:BARBEAU GROUP USA
C130 porcelain body and method for producing the same
Owner:CHONGQING PIGEON ELECTRIC PORCELAIN CO LTD
Method of producing a hydraulic cement composition
A method of producing a hydraulic cement composition, comprising - providing a raw material that comprises > 18 wt.-% kaolinite, ≥ 15 wt.-% calcite and a combined content of muscovite and illite of < 20 wt.-%, - calcining the raw material to obtain a pozzolanic material, - mixing the pozzolanic material with Portland cement clinker so that the cement composition comprises > 50 wt.-% of the pozzolanic material and < 45 wt.-% of the Portland cement clinker.
Owner:HOLCIM TECHNOLOGY LTD
A mineral adsorbent and a method for producing the same
The application discloses a mineral adsorbent and a preparation method thereof. The prepared mineral adsorbent is composed of illite powder, zeolite powder, fly ash, coal gangue powder, dolomite powder and calcium carbonate. The preparation method comprises the following steps: S1, crushing illite, zeolite, coal gangue and dolomite to obtain illite powder, zeolite powder, coal gangue powder and dolomite powder; S2, putting the illite powder, zeolite powder, fly ash, coal gangue powder, dolomite powder and calcium carbonate into a mixer to wet grind to obtain mixed wet materials; and S3, putting the mixed wet materials into a calciner to calcine to obtain the powder-shaped mineral adsorbent. The application has a high removal rate for pollutants in waste gas, can effectively reduce the concentration of dioxin, particulate matter, nitrogen oxides, sulfur dioxide, carbon monoxide, mercury, cadmium, thallium and compounds thereof, antimony, arsenic, lead, chromium, copper, cobalt, manganese and nickel compounds in incineration waste gas.
Owner:DONGGUAN MAISHUN ENVIRONMENTAL TECHNOLOGY CO LTD
Method for calculating density of shale gas reservoir by using element logging
The application provides a method for calculating the density of a shale gas reservoir by using element logging, and the method comprises the following steps: according to the content of reservoir elements measured by element logging and the molecular formula of minerals in the reservoir, the mass fraction of each mineral and the density of rock framework are inversely calculated; according to the fitting curve of the content of nickel elements, the total organic carbon content in the reservoir is calculated; based on the minerals in the reservoir, the porosity of the shale gas reservoir is calculated; according to the content of illite, the water saturation and the gas saturation are calculated; and according to the calculation results, the rock density of the shale gas reservoir is calculated. The mineral component content and the rock framework density are inversely calculated by using element logging data, and then the total organic carbon content, the porosity and the water saturation and the gas saturation are sequentially calculated, so that the rock density of the reservoir is obtained, the calculation result error is small, the evaluation of the reservoir physical property is relatively accurate, and the theoretical and data support is provided for shale gas development; the method is simple in operation, reduces the difficulty of physical property parameter measurement, and is suitable for a wide range of applications.
Owner:CHINA NAT PETROLEUM CORP +1
Shale reservoir porosity correction method and device
The invention relates to the technical field of oil and gas field development, in particular to a shale reservoir porosity correction method and device, and the corresponding method comprises the steps: obtaining element logging data, X diffraction experiment data and X fluorescence experiment data of a shale reservoir in a target work area; establishing a mass percentage equation according to the weight percentage content of oxides corresponding to elements in the element logging data and the weight percentage content of carbonates; determining the weight percentage content of the elements according to the mass percentage equation; determining the weight percentage content of minerals corresponding to the elements according to the weight percentage content of the elements, the X diffraction experiment data and the X fluorescence experiment data; and correcting the porosity of the shale reservoir according to the weight percentage content of the minerals. According to the method provided by the invention, the influence of the change of the illite content in the clay mineral conversion process on the porosity of the shale reservoir is fully considered, and the accurate correction of the shale reservoir porosity calculation model is realized.
Owner:CHINA PETROLEUM & CHEMICAL CORP +1
Method and system for determining cause type of illite in shale
The invention discloses a method and a system for determining the cause type of illite in shale. The method comprises the following steps: obtaining shale containing illite, and preparing a shale sample; illite exists in the shale sample; a scanning electron microscope is used for scanning the shale sample, a plurality of elements of a shale sample area observed by the scanning electron microscope are obtained according to a scanning result, and illite exists in the shale sample area observed by the scanning electron microscope; and judging whether the plurality of elements contain preset elements or not, and determining the cause type of illite in the shale sample area observed by the scanning electron microscope according to the judgment result. The illite formation cause can be conveniently and simply determined, and a scientific basis is provided for continental facies shale diagenetic evolution and reservoir formation mechanism.
Owner:PETROCHINA CO LTD
Alkali adsorbent and preparation and application thereof
The invention discloses an alkali adsorbent as well as preparation and application thereof. The alkali adsorbent comprises a weakly alkaline exciting agent, a layered aluminosilicate mineral, a two-dimensional layered double-metal hydroxide and a calcareous mineral. The preparation method comprises the following steps: calcining kaolinite, illite or montmorillonite, cooling to obtain the layered aluminosilicate mineral, and mixing the weakly alkaline exciting agent, the layered aluminosilicate mineral, the two-dimensional layered double-metal hydroxide and the calcium mineral in proportion to obtain the alkali adsorbent. The alkali adsorbent can be applied to preparation of a lithium slag-based solid waste cementing material. The alkali adsorbent can effectively exchange and adsorb potassium and sodium ions in the lithium slag and limit the movement of potassium and sodium; meanwhile, the porosity in the system is reduced, the volatilization of the solution is inhibited, and alkali precipitation is limited. According to the invention, potassium and sodium ions in the lithium slag can be effectively solidified, and efficient application of the lithium slag in the all-solid waste cementing material is realized, so that the resource utilization approach of the high-sulfur and high-alkali lithium slag is expanded.
Owner:ANHUI CONCH IND TECHNOLOGY RESEARCH INSTITUTE CO LTD
Wood ash black glaze and preparation method thereof
The application discloses grass-wood-ash black glaze and a preparation method thereof, and relates to the technical field of glaze preparation. The grass-wood-ash black glaze is prepared from the following raw materials in parts by weight: 50-60 parts of silicon dioxide, 9-12 parts of aluminum oxide, 7-10 parts of calcium oxide, 1-3 parts of magnesium oxide, 4-6 parts of diiron trioxide, 2-6 parts of potassium oxide, 3-8 parts of fluorcarbonate, 5-10 parts of lithium mica, 12-15 parts of quartz stone, 2-4 parts of potassium feldspar, 5-8 parts of plagioclase, 7-10 parts of calcite, 30-35 parts of dolomite, 20-25 parts of illite, 6-9 parts of illite-smectite mixed layer, 5-8 parts of chlorite, 3-5 parts of kaolinite and 10-20 parts of grass-wood-ash. The glaze surface of the grass-wood-ash black glaze has a unique artistic effect of blue-violet kiln-change flow lines on a dark green base, has the advantages of high color saturation, low sintering temperature, unique artistic effect and the like, and has good environmental protection and antibacterial properties.
Owner:NORTHWEST NORMAL UNIVERSITY
Pressure-transmitting sealing medium raw material for high-temperature and high-pressure synthesis and preparation process of pressure-transmitting sealing medium raw material
The invention belongs to the technical field of superhard material synthesis, and provides a pressure-transmitting sealing medium raw material for high-temperature and high-pressure synthesis and a preparation process thereof.The pressure-transmitting sealing medium raw material for high-temperature and high-pressure synthesis is prepared from, by weight, 47%-55% of kaolinite, 30%-35% of illite, 15%-20% of boehmite and 1%-5% of talc. The chemical components of each component take SiO2 and Al2O3 as cores, and at least one of Fe2O3, TiO2, K2O, MgO, CaO and Na2O as auxiliary materials; the invention relates to a preparation process of a pressure-transmitting sealing medium raw material for high-temperature and high-pressure synthesis. The preparation process comprises the following steps: raw material pretreatment, proportioning and mixing of components with the same granularity, roasting of medium and coarse particles, mixed bonding and anti-caking treatment, sealed fermentation and secondary anti-caking, compression molding, primary drying and secondary drying. According to the invention, the problems of raw material resource exhaustion and single dependence are solved; the enterprise production cost is reduced; the heat insulation effect is improved; the pressure transmission stability is enhanced; and material caking is avoided, and product uniformity is guaranteed.
Owner:HAERBIN HAIPENGRUNCHAOYING MATERIAL CO LTD
Method for preparing auxiliary cementing material by activating illite clay rock
The invention belongs to the technical field of building materials, and particularly relates to a method for preparing an auxiliary cementing material by activating illite clay rock, the method comprises the following steps: S1, raw material pretreatment: drying illite clay rock; s2, grinding: grinding the dried illite clay rock to a preset fineness; s3, mechanochemical activation: feeding the ground illite clay rock into a stirring mill, carrying out mechanochemical activation treatment in the presence of a grinding medium, and regulating and controlling grinding parameters to destroy the crystal structure of illite minerals and promote non-crystallization transformation so as to obtain an auxiliary cementing material; wherein the particle size distribution of the auxiliary cementing material is bimodal, and the 28-day activity index is not lower than 80%; wherein the content of illite in the illite clay rock is greater than or equal to 45%, and the total content of SiO2 and Al2O3 is greater than or equal to 70%. According to the invention, efficient particle refinement of the illite clay rock is realized, the crystal structure of the illite clay rock is deeply destroyed, amorphization transformation is induced, and it is ensured that the auxiliary cementing material has high amorphous phase content and ideal particle size distribution.
Owner:HEBEI UNIV OF TECH
Preparation process of composite modified illite / montmorillonite clay adsorbent, adsorbent and application
According to the preparation process of the composite modified illite / montmorillonite clay adsorbent, the adsorbent and the application disclosed by the invention, through a mode of grinding twice, the grinding effect is improved, and meanwhile, the modification effect is greatly improved; the charging sequence and the technological process are optimized, and carboxyl functionalization of the submicron illite / montmorillonite clay is achieved in combination with a mechanochemical method; according to the preparation process of the composite modified illite / montmorillonite clay adsorbent, the adsorbent and the application, the adopted illite / montmorillonite clay and the modifier are common raw materials; due to the strengthening effect of the mechanochemical method, on one hand, interlayer stripping of clay is promoted, the clay is converted into a sheet shape from a thick stacking state, and the surface activity is improved while the specific surface area is increased; on the other hand, the modifier is more uniformly dispersed on the surface of the clay, so that the modification efficiency is improved, and the use amount demand of the modifier is greatly reduced; operation is simple, modification efficiency is high, and batch preparation can be achieved; the adsorbent shows good adsorption performance on heavy metal ions in wastewater.
Owner:SOUTH CHINA UNIV OF TECH
Method for preparing pozzolanic mixed material through two-step activation of illite shale
PendingCN121990780ATake full advantage of amorphizationfully activePhysical chemistryAmorphous phase
The invention discloses a method for preparing a pozzolanic mixed material through two-step activation of illite shale, and belongs to the technical field of building materials. The method comprises the following steps: 1) drying illite shale to remove physical adsorption water; (2) grinding to specified fineness; 3) carrying out thermal activation treatment at the temperature of 600-1000 DEG C; and 4) carrying out mechanochemical activation on the thermally activated material, so that the particle size distribution of the product meets the conditions that D50 is 2-10 [mu] m and D90 is 10-30 [mu] m, and the specific surface area is 1000-1600 m / kg. Aiming at the characteristic of stable structure of illite shale, high-temperature thermal activation and mechanochemical activation of specific equipment are coupled to cooperatively destroy the crystal structure of illite, so that the amorphous phase content of the product is more than or equal to 40%, and the 28d activity index is more than or equal to 80%. Compared with single mechanical activation, the method has the advantages that the mechanical activation time is greatly shortened, the system power consumption is greatly reduced, large-scale production is facilitated, the prepared pozzolanic mixed material can replace 30-40% of cement clinker, and a new path is provided for carbon emission reduction in the cement industry.
Owner:HEBEI UNIV OF TECH
Adsorption material, adsorption foam concrete and preparation method and application thereof
The invention relates to the technical field of adsorption material preparation, and particularly discloses an adsorption material, adsorption foam concrete and a preparation method and application thereof. The adsorption material comprises the following raw material components in parts by mass: 0.3-0.5 part of a composite saponin powder foaming agent, 5-8 parts of dolomite powder, 8-10 parts of a ferromanganese filter material, 7-9 parts of bentonite, 8-10 parts of diatomite, 10-12 parts of tourmaline, 12-15 parts of stone needle, 5-7 parts of red stone, 3-5 parts of corallite, 3-5 parts of illite and 0.2-0.8 part of taxus chinensis leaf powder. The content of manganese dioxide in the ferromanganese filter material is 25%-35%. The components in the adsorption material provided by the invention are complementary and synergistic in structure and adsorption mechanism, so that the adsorption capacity of manganese ions and sulfate ions is remarkably improved, and the effect of efficiently removing the manganese ions and sulfate ions in wastewater is achieved.
Owner:张艮中 +1
A high-loading-rate hydrodesulfurization catalyst, a preparation method and application thereof
This invention discloses a high-loading hydrodesulfurization catalyst, its preparation method, and its application, belonging to the field of fuel oil desulfurization technology. Existing hydrodesulfurization catalysts suffer from problems such as poor active phase dispersion, poor sulfur and nitrogen resistance, and complex preparation processes. The hydrodesulfurization catalyst of this invention comprises 20-50 wt% active components (Ni, Co, Cu, W, and Mo), 2-20 wt% additives (P, Zn, Ce, Mn, and Ti), and a composite support (a mixture of various materials including alumina, boehmite, kaolin, montmorillonite, diatomaceous earth, bentonite, expanded perlite, silica sol, and illite-montmorillonite mixed-layer clay). This invention achieves efficient loading and high dispersion of the active components through the use of a specific dual-complexing agent system for synergistic effects. When applied to the hydrodesulfurization of heavy fuel oil, this catalyst achieves a desulfurization rate of over 98% for recalcitrant sulfides and exhibits excellent hydrotreating activity, selectivity, resistance to carbon deposition and sintering, and long-term operational stability.
Owner:INST OF COAL CHEM CHINESE ACAD OF SCI
Multi-wire high-efficiency submerged-arc welding flux for ship EH460 steel plate and preparation method
The invention provides a multi-wire high-efficiency submerged-arc welding flux for a ship EH460 steel plate and a preparation method. The multi-wire high-efficiency submerged-arc welding flux comprises 20-25% of light magnesium oxide, 5-7% of magnesium-rich clay, 17-20% of illite, 15-17% of fluorite, 20-22% of argil, 5-7% of high titanium slag, 5-7% of manganese dioxide ore, 2-2.5% of ferrosilicon alloy, 3-5% of calcium carbide, 1-2% of ferro-nickel alloy and 2.5-3.5% of ferromolybdenum carbide. The welding flux is matched with an EM14K welding wire to be suitable for high heat input direct current and alternating current (single-wire or multi-wire welding), a weld joint has appropriate tensile strength, yield strength and ductility, meanwhile, good low-temperature impact toughness is achieved at the temperature of-50 DEG C, various mechanical properties are stable and excellent, and the welding flux is suitable for large-heat input direct current and alternating current (single-wire or multi-wire welding). And the requirements of ship construction sites on submerged-arc welding materials based on construction efficiency and mechanical properties can be met.
Owner:TIANJIN GOLDEN BRIDGE WELDING MATERIALS GRP CO LTD +1
A modified illite, its preparation method and application
PendingCN122080684AMaterial analysis by optical meansRadiation thermographyOxygen vacancyCrystal structure
This invention provides a modified illite, its preparation method, and its application, belonging to the field of functional materials technology. The preparation method of the modified illite of this invention includes the following steps: (1) first, pulverizing the illite, and then adjusting the water content of the illite to below 5%; (2) microwave activation of the illite at a power of 600-800W for 10-30 minutes to obtain the modified illite. This invention uses illite as raw material and modifies it through a microwave activation process, introducing oxygen vacancies and lattice distortion into the illite crystal structure, enhancing its phonon scattering, improving its infrared radiation efficiency, and preparing a high-performance infrared radiation functional powder.
Owner:HORIZON SEEKING NUCLEAR DETECTION SECURITY TECHNOLOGY INC