16 results about "Maifan Stone" patented technology

[Problem] To provide an emulsion fuel production apparatus which is capable of dispensing with a surfactant by using a specific spherical active material. [Solution] This emulsion fuel production apparatus 1 comprises: a filling unit 2 of a spherical active material for water, which contains maifan stone as a starting material; a filling unit 3 of a spherical active material for oil, which contains magnetite as a starting material; and a filling unit 4 of a spherical active material for mixed liquid, which is composed of both the spherical active material for water and the spherical active material for oil.

The invention discloses a multi-medium drinking water purifying device and system based on layering, and belongs to the technical field of water treatment.The multi-medium drinking water purifying device comprises a tank body, an upper partition plate, a middle partition plate and a lower partition plate are sequentially arranged in the tank body from top to bottom, and a water purifying cavity is defined by the upper partition plate and the inner top of the tank body. Through the independent layered design and serial arrangement of the quartz sand filter cavity, the activated carbon filter cavity and the medical stone filter cavity, the gradient arrangement of the filler with the particle size gradually reduced from bottom to top is matched, and the water conveying direction from bottom to top is combined, so that the problem of filter material migration and mixing caused by water flow impact and backwashing of a traditional single-tank mixed filling filter material is structurally and thoroughly avoided; each filtering cavity independently has a specific filtering function, the quartz sand intercepts suspended matters, the activated carbon adsorbs organic matters and peculiar smell, the medical stone removes micro pollutants and mineralizes the micro pollutants, the filtering interface is clear and stable, an ideal reverse granularity filtering state is always maintained, the filtering period is effectively prolonged, the backwashing energy consumption is reduced, and the stability of the effluent quality is ensured.

The application relates to the technical field of mineral processing, and particularly discloses a method for processing and purifying medical stone. The method for processing and purifying medical stone provided by the application adopts hydraulic separation, flotation separation and magnetic separation to obtain medical stone primary products, removes most of the gangue minerals and impurities in raw materials, greatly reduces the amount of subsequent chemical treatment, and saves production cost; then hydrochloric acid is used for heating leaching to further remove Fe impurities, and high-quality medical stone powder is obtained. The application has the advantages of being economic and environment-friendly, easy to implement and operate, high in product yield and high in product quality, and realizes high-value recycling of low-grade medical stone.

This invention discloses an autotrophic denitrification composite packing material, its preparation method, and its application, belonging to the field of wastewater denitrification technology. The composite packing material disclosed in this invention comprises 40%-70% sulfur, 2%-20% pyrite, 2%-20% siderite, 10%-50% limestone, 3%-20% maifanite, and 1%-3% binder. Its preparation method is as follows: S1. Batching; S2. Raw material crushing; S3. After the crushed sulfur, pyrite, siderite, limestone, and maifanite are mixed evenly, the binder is added, and the mixture is thoroughly mixed to obtain a thickened substance; S4. Granulation. The prepared round granular autotrophic denitrification composite packing material can be widely used in wastewater treatment, featuring high autotrophic denitrification efficiency and strong resistance to shock loads, and can provide a suitable acid-base environment for the growth and reproduction of autotrophic denitrifying bacteria.

The invention provides a mineralized filter element based on a natural rock material as well as a preparation method and application of the mineralized filter element. The mineralized filter element is prepared from a main material and an auxiliary material, wherein the main material adopts a modified natural rock material, and specifically comprises modified celestite, modified medical stone, modified spodumene, modified zeolite, modified dolomite, modified sphalerite, modified magnesite and modified quartz porphyry; the auxiliary materials comprise activated carbon and a binder. The preparation method sequentially comprises the steps of modifying, burdening, canning, compacting, baking and demolding. Wherein the modification comprises the following steps: sequentially carrying out acid pickling, water washing, calcining, cooling, crushing and screening on the natural rock material, so as to obtain the modified natural rock material. Natural rock materials are extracted from the nature to be modified and added into the mineralization filter element, various mineral elements needed by the human body can be released, remineralization of low-mineralization-degree water is achieved, and large-scale application and popularization are facilitated.

To provide a filter cartridge for a faucet which allows a user to freely combine filtering materials, has a simple structure, and has excellent filtering effect. [Solution] The present invention relates to a filter cartridge for a faucet, comprising a first filtration section 1, a second filtration section 2, and a third filtration section 3. The first filtration section 1 has a cylindrical filter body 11, the peripheral sidewall of which functions as a water-permeable surface, a rear end sealed with a cap section 13, and a through-hole 12 formed in the center. Water permeates from the water-permeable surface into the interior and flows out the front end through the through-hole 12. The second filtration section 2 is a storage chamber 21 fixed to the front end of the filter body 11, the rear end of which communicates with the through-hole 12, the front end of which has a water-permeable gap, and the interior contains granular filter media 22 (one or more of maifan stone, scale inhibitor, and hydrogen generating agent). The third filtration section 3 is a chamber 31 connected to the front end of the storage chamber 21, the front end of which has a water outlet 33, and the filter media 32 disposed therein.

The invention discloses a preparation method of regenerated polyester medical stone cloud velvet, and relates to the technical field of cloud velvet. The surface-activated medical stone is used for adsorbing silver ions, then glucose is added for in-situ reduction to form elemental silver to prepare silver-loaded medical stone, in-situ reduction of glucose can form nano-silver particles on the surface and in pore channels of the medical stone, extremely high surface effect and antibacterial activity are achieved, and the cloud wool is endowed with antibacterial performance; spraying the silicon dioxide gel on the silver-loaded medical stone through a microwave-assisted ultrasonic spraying method to prepare coated medical stone; and finally, the coated medical stone and the regenerated polyester are blended, the regenerated polyester medical stone cloud wool is prepared through melt spinning, the silicon dioxide gel coating has excellent thermal stability, the antibacterial activity of nano-silver is protected, and the coating layer is of a porous structure, so that slow release of silver ions can be controlled, and the antibacterial activity of the nano-silver is improved. The far infrared emission performance of the medical stone cannot be completely closed, and the cloud wool still has a certain far infrared heat preservation effect.

The invention discloses a preparation method of functional mineral water based on graded activated medical stone, which comprises the following steps: 1) graded pretreatment of medical stone: selecting high-purity caesious medical stone, crushing, screening three-level granularity: 2-3mm level, 0.5-1mm level and 80-100 mesh level, and then respectively carrying out washing impurity removal, blast drying and low-temperature activation; (2) setting up a multi-stage synergistic mineralization device: adopting a mineralization column made of 304 stainless steel, arranging flow guide partition plates with holes alternately in the mineralization column, and filling 2-3mm, 0.5-1mm and 80-100-mesh graded pretreated medical stones from top to bottom to achieve the functions of first-stage impurity removal, second-stage adsorption and third-stage dissolution; 3) precise mineralization control: after being pretreated by a sedimentation tank, raw water is fed into a mineralization column, the temperature and the total contact time are controlled, regional retention is realized, and the functional mineral water is obtained through 0.22 [mu] m precise filtration and pH regulation of effluent. The preparation method has the characteristics of excellent purification and dissolution performance, improved efficiency and stability, and optimized resources and cost.

1. Name of the product in this design: Pot (Ceramic Maifan Stone Integrated Pot). 2. Purpose of this design: For cooking food. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The invention relates to the technical field of water purification, particularly provides a modification method of an ore raw material, a mineralized filter material, a mineralized filter element and a preparation method of the mineralized filter element, and aims to solve the problem that the drinking water safety of a user is influenced due to the risk of separating out heavy metals in an existing mineralized filter element. The invention provides a modification method of an ore raw material, the modification method comprises a first modification method, the first modification method comprises the steps that the ore raw material is subjected to acid pickling complexing treatment and calcination treatment in sequence, and the acid pickling complexing treatment is that the ore raw material reacts with an acidic reagent and then reacts with a complexing agent; in the calcining treatment, the ore raw materials subjected to acid pickling and complexing treatment are calcined in a protective gas atmosphere; wherein the ore raw material comprises at least one of medical stone and zeolite. The method can effectively remove heavy metals in the mineralized raw materials, improves drinking water safety of users, can increase the specific surface area of the ore raw materials, improves the solubility of silicon, and is more beneficial to release of metasilicic acid.

The invention discloses a high-yield and high-quality imitated wild dendrobium culture medium which is prepared by the following steps: putting medical stone powder and / or Bama stone powder and / or selenium-enriched stone powder and / or gneiss powder and clay into a mold, pressing into a blocky, platy or irregular culture medium (1), and firing and molding in a low-temperature kiln at 400-1000 DEG C; the larger planting holes (2) are communicated with the smaller drainage holes (3) in the culture medium (1), so that stabilization and drainage of the dendrobe are facilitated. The culture medium (1) is rich in mineral substances, low in density, loose in texture, high in water holding rate, wet in environment, capable of well inducing dendrobium nobile to grow aerial roots, adsorbing the aerial roots on the aerial roots and absorbing the rich mineral substances, flourishing in growth and rapid in effective component accumulation, the growth cycle is shortened, the dendrobium nobile quality is improved, and economic benefits are improved.

The application discloses micro-electrolysis energy active water and a preparation method thereof, and comprises the following raw materials in parts by weight: 10-30 parts of quartz sand, 20-40 parts of activated carbon, 5-30 parts of ceramic particles, 7-15 parts of nano silver particles, 5-8 parts of clam stone, 20-80 parts of tourmaline, 1-3 parts of magnesium powder, 2-8 parts of metal powder and 20-50 parts of medical stone. The application has the advantages of good treatment effect, solves the problems of single treatment effect, inconvenient purification of impurities and harmful substances in water, reduced water quality, short service life and increased water treatment cost of the prior art micro-electrolysis energy active water.

This invention discloses a Zisha mineral water filter, made from 60% Zisha clay, 20% tourmaline powder, 15% maifanite powder, and 5% clinoptilolite powder. The process involves vacuum refining, aging, molding, air-drying, and high-temperature sintering at 850℃ to produce mineralized ceramic blocks. The product can be directly placed in water cups or teapots, transforming tap water into weakly alkaline, small-molecule cluster active water (pH 7.4–8.2) within 10 minutes, dissolving beneficial minerals without heavy metal leaching. It is resistant to boiling water, does not pulverize, and does not cloud the water, with a service life of 6–12 months. This invention features a stable, safe, and convenient process suitable for daily drinking water, solving the problems of traditional filter media's single function, poor stability, and insufficient safety. It is suitable for healthy drinking water in homes and offices.

This invention discloses a bioactive material, its preparation method, and its application. The raw materials of the bioactive material comprise the following components by mass percentage: 20-50% bioactive filler, 5%-20% oxygen-generating filler, 10-30% maifanite, 0-30% ceramic particles, 0-30% quartz sand, 5-20% aluminum phosphate cement, 1-3% water-reducing agent, 10-30% bioactive bacterial composition, and 3-5% plant gum. The bioactive material provided by this invention can effectively maintain a healthy aquatic ecosystem and can be widely applied in the field of water purification.

This invention discloses a denitrifying biological filter based on maifanite-based sulfur-iron composite packing material and its application, belonging to the field of wastewater treatment technology. The denitrifying biological filter established by this invention comprises, from top to bottom, an influent distribution system, a filter media layer, a support layer, an air-water distribution system, and an air distribution pipe system. The composite packing material is prepared by homogeneous mixing and granulation of pyrrhotite, sulfur, and maifanite in a volume ratio of 2-6:1-3:1-3. Based on the sulfur-iron composite autotrophic denitrification process using pyrrhotite and sulfur, and using maifanite, a natural mineral, instead of traditional calcium carbonate as a novel pH adjuster, it effectively maintains the pH of the system, ensuring long-term stable operation. The denitrifying biological filter established using this composite packing material exhibits high reaction efficiency and strong nitrogen and phosphorus removal effects in wastewater treatment applications.

This invention discloses a soil remediation conditioner for heavy metal contaminated soil and its preparation method, belonging to the field of soil environmental remediation technology. The conditioner uses ultrafine kaolin / maifanite as a base material, combined with functional components such as slaked lime, lightly calcined magnesium oxide, sulfide-modified zeolite, humic acid powder, anionic PAM, and hydrophobic silica. Class II fly ash can be selectively added to reduce production costs. The components work synergistically to achieve multiple effects including slow-release alkali regulation, targeted fixation of mercury and cadmium heavy metals, resistance to rainwater leaching, and long-term anti-caking. The preparation process of this invention adopts a graded feeding and segmented mixing mode, involving eight major processes: material pretreatment, base material premixing, functional component fusion, explosion-proof pulverization, fine anti-caking mixing, closed sieving, index testing, and explosion-proof sealed packaging. The entire production process is equipped with a negative pressure dust removal system and a multi-dimensional explosion-proof protection system, effectively solving production problems such as powder dust and sulfur dust explosions. Tests have verified that the finished product of this invention has a 200-mesh pass rate of ≥95%, moisture content of ≤8%, and a pH value that is stable in the range of 7.5-8.5. It also has a Hg and Cd heavy metal fixation rate of ≥80% and a shelf life of up to 6 months under normal temperature and cool conditions. At the same time, the raw material cost is 15%-20% lower than that of similar products, the production safety factor is high, and it is green and environmentally friendly. It can be widely used in the remediation of farmland soil with light and moderate heavy metal pollution, and has broad prospects for industrialization.