37results about How to "With adsorption capacity" patented technology

This invention relates to a synthetic method of hud type starch microsphere. First carry out fully microwave dispersing to titanium dioxide, sodium silicate and de-ionized water, obtain TiO2 gel; blend soluble starch and de-ionized water, gain starch solution; intensive mixing cyclohexane, initiator, emulsifying agent, add TiO2 gel, then add cross-linking agent N, N -methylene bisacrylamide and starch solution, take reaction for 3 to 4 hours; finally stop whip, cooling, standing, by centrifugal to remove oil phase; use ethyl acetate, acetone, dehydrated alcohol in turns and abundantly to wash obtained precipitate, gain white go as far as yellowish product, vacuum drying.

The invention discloses a biological calcium phosphate adsorption porous material and a preparation method thereof. Using cement, silicon micropowder, oyster shells and egg shells as raw materials, the processed oyster shells and egg shells are broken into fine particles, and the cement is added Prepare cement slurry with silicon micropowder, then prepare foam, and finally mix mortar and foam, pour, and autoclave curing to obtain bio-calcium phosphate adsorption porous material. The present invention utilizes ordinary Portland cement, silicon micropowder produced by ferroalloy smelting plants, egg shells produced by agricultural product processing and oyster shells produced by fishery as raw materials to develop a biological calcium phosphate adsorption porous material. It has long-lasting and efficient phosphorus adsorption capacity, and realizes the treatment of waste with waste. At the same time, its porous structure and good biocompatibility provide water organisms with a place to attach and grow. The preparation method of the material is simple and effective, has low cost, is easy to popularize, and has good environmental and economic benefits.

The invention relates to a formula and a preparation process thereof and in particular relates to a flocculant formula for treating sewage in a breeding industry and a preparation process of the flocculant formula. The invention aims to provide the flocculant formula with the characteristics of environmental protection, good use effect and low dosage for treating sewage in the breeding industry and the preparation process of the flocculant formula. The flocculant formula for treating the sewage in the breeding industry is prepared from the following components in percentage by mass: 8 to 13 percent of polysilicate ferrite (PSF), 10 to 15 percent of methacrylic acid, 2 to 8 percent of chlorate, 1 to 6 percent of silane coupling agent and the like. The preparation process comprises five steps. According to the flocculant formula disclosed by the invention, the effects of facilitation for environmental protection, good use effect and low dosage are realized; the flocculant is low in dosage and has good flocculation effect; the method is simple, easy to operate and cost-saving; in addition, colloidal particles can be strongly adsorbed; the condensation can be achieved by adsorbing, bridging and cross-linking effects.

The invention belongs to the ecological environment engineering technical field. When the ecology of a lakeshore belt is restored, a concrete ecological bowl is utilized to provide a platform and substrate for planting aquatic plants. The ecological bowl is made of reinforced concrete, three types of materials are laminated and filled in the bowl, and the material layers in the bowl are a gravel layer, a crushed stone layer and a dirt layer from bottom to top respectively; the dirt layer is used as the substrate of the growth of plants, gravels and crushed stones can increase the weight of the bowl, descend the center of gravity of the bowl, improve the lodging resistance of the bowl and simultaneously have the purification effect; the middle upper part of the wall of the bowl is providedwith swinging rings, which are convenient for construction. According to the local flora, different wind wave resistant plants are planted in the bowl in order to increase the biological diversity ofthe local lakeshore belt and restore vegetation. In order to adapt to different land forms and land features, total three types of concrete ecological bowls of A concrete ecological bowl, B concrete ecological bowl and C concrete ecological bowl are designed, and a plurality of bowls with the same type can be combined to form a specific shape for use, which is convenient for construction and has better esthetic effect.

The invention discloses a structure self-growing aqueous phase phosphate radical adsorbing material and a preparation method and application thereof. The preparation method comprises the following steps: adding clay to pre-sintered egg shell powder, ball-milling and mixing, pelleting, staling, molding, sintering, cooking and drying to obtain the structure self-growing aqueous phase phosphate radical adsorbing material. The problem that the conventional adsorbent cannot avoid adsorption saturation is solved from mechanism, the new breakthrough of the adsorption mechanism is realized, waste resources such as diatomite, silica powder produced by an iron alloy smelting plant and oyster in the farm produce fair are used as raw material to develop the structure self-growing aqueous phase phosphate radical adsorbing material, the phosphate radical ions in the sewage are effectively adsorbed, the problem of egg shell powder pollution is solved while solving the problem of phosphorous-enriched water pollution; the preparation method of the material is simple and effective, low in cost, easy to popularize, and has good economic benefit and environment benefit; and the material can be well put into scale production to promote the sustainable development of the social economy and environment.

The invention discloses a method for preparing a polyphenylene-sulfide-based strongly acidic ion exchange fiber. The method comprises the following steps of: fully swelling a polyphenylene sulfide fiber serving as a raw material in an organic solvent; adding a coupling agent and a catalyst into the polyphenylene sulfide fiber after the polyphenylene sulfide fiber is swelled; under the action of no stirring, raising the temperature of a reaction solution of the polyphenylene sulfide fiber for coupling reaction; after the reaction is finished, washing an obtained product, and performing acid boiling, extraction and drying treatment sequentially so as to obtain a coupled polyphenylene sulfide fiber; fully swelling the obtained coupled polyphenylene sulfide fiber in the organic solvent, adding a sulphonated reagent after the coupled polyphenylene sulfide fiber is swelled; under the action of no stirring, raising the temperature of the reaction solution for sulphonation reaction; after thereaction is finished, washing an obtained product and performing extraction and drying treatment sequentially, and treating to obtain the polyphenylene-sulfide-based strongly acidic ion exchange fiber. The polyphenylene sulfide fiber serving as the raw material has low cost and is readily available; compared with the prior art, the method has the advantage of obviously reducing the production cost; furthermore, in the preparation method, a radiation grafting technology is avoided totally, and the process is simple and easy to operate.

The invention discloses a coal mine roadway crawling device based on a wheeled negative pressure adsorption mechanism, which includes a negative pressure adsorption wheel drive device, a central negative pressure adsorption device, a rotating connector device, a connecting pipeline and a device body; The air extraction end of the driving device is connected to the air intake end of the rotary joint device and is in fluid communication, and the air intake end of the central negative pressure adsorption device is connected to the rotary connection through the connecting pipeline. The exhaust end of the head device is connected and fluidly connected, and the negative pressure adsorption wheel drive device, the central negative pressure adsorption device, the rotary joint head device and the connecting pipeline are respectively installed and arranged on the device. ontology. The invention has greater adsorption force, is suitable for shafts with different roughness, and moves more flexibly.