36results about How to "Moderate investment" patented technology

The invention discloses a comprehensive treating system for domestic wastes. Reutilizing comprehensive treatment for mixed wastes is realized by the system according to a comprehensive sorting technology and a combined anaerobic fermentation technology, wherein the advanced sorting techniques, such as, crushing, magnetic separating, sieving, air classifying, and the like, are adopted in the comprehensive sorting technology; reutilized products, such as metal, plastics, organic matters, and the like, are screened out; the screened organic matters are prepared into slurry together with sludge and excrements and are then subjected to the combined anaerobic fermentation; the reutilized products, such as methane, organic fertilizer, and the like, can be produced under the action of anaerobic fermentation; and after the methane is purified, the methane is used for generating power, domestic fuel or vehicle-mounted fuel. According to the technology, the intensified treatment for organic wastes, such as domestic wastes, sludge, excrements, kitchen wastes, and the like, can be realized. The comprehensive treating system is high in mechanical and automated degree. Compared with the prior art, the comprehensive treating system has the advantages of simplification, effectiveness, less labor power, and the like.

The invention discloses a comprehensive treating system for domestic wastes. Reutilizing comprehensive treatment for mixed wastes is realized by the system according to a comprehensive sorting technology and a combined anaerobic fermentation technology, wherein the advanced sorting techniques, such as, crushing, magnetic separating, sieving, air classifying, and the like, are adopted in the comprehensive sorting technology; reutilized products, such as metal, plastics, organic matters, and the like, are screened out; the screened organic matters are prepared into slurry together with sludge and excrements and are then subjected to the combined anaerobic fermentation; the reutilized products, such as methane, organic fertilizer, and the like, can be produced under the action of anaerobic fermentation; and after the methane is purified, the methane is used for generating power, domestic fuel or vehicle-mounted fuel. According to the technology, the intensified treatment for organic wastes, such as domestic wastes, sludge, excrements, kitchen wastes, and the like, can be realized. The comprehensive treating system is high in mechanical and automated degree. Compared with the prior art, the comprehensive treating system has the advantages of simplification, effectiveness, less labor power, and the like.

The invention relates to a method for extracting chlorogenic acid from chufa. The method comprises the following steps: utilizing the remained waste chufa peel and buds of processing chufa starch or chufa cans, pulping, adding an extracting agent, preparing a crude extracting liquid, preparing a refined extracting liquid, concentrating, drying and refining to prepare chlorogenic acid, wherein thechlorogenic acid is a white powder, the content of the chlorogenic acid is 50 to 100 percent, and the contents of oligosaccharide, polysaccharide, cinnamic acid derivatives, flavones and the like are0 to 50 percent. Compared with the traditional production method for extracting the chlorogenic acid by taking honeysuckle as raw materials, the method has the advantage of greatly reducing productioncost. On one hand, the cost of the raw materials is about 300 Yuan per kilogram when the honeysuckle serves as the raw materials to conduct process in the traditional method, but the method does nothave raw material cost; and on the other hand, environmental pollution caused by processing of waste is avoided, and many things are achieved at one stroke. The process is simple and convenient, stable, controllable in investment scale of production equipment, flexible in production and suitable for investment of all sizes of enterprises.

The invention is a regenerated corrugated raw paper manufacturing method, its main technical flows: mix import waste paper with internal waste paper, pulp by pulping engine, desand by high concentration desander, screen by fiber separator, desand by high concentration desander, screen by low concentration pressure sieve, desand by low concentration desander, condense by condenser, mill and pulp by medium concentration hydraulic disc, screen by pressure sieve, make by paper machine and spray papermaking chemical assistant when molding and cut by winder. The added quantity of import waste paper is 40-55% of total weight of the mixed waste paper. It changes traditional low concentration pulping technique. The technique is designed reasonably, and can effectively heighten the physical strength of the regenerated corrugated raw paper, reduce the raw material cost and be applied to medium-scale production.

The invention relates to a saline-alkali soil irrigation and drainage ecological improvement method, comprising two parts, namely a composite gridded underground drainage brine discharging system and a water-saving irrigation washing system. The composite gridded underground drainage brine discharging system is formed by the way that a gridded drainage brine discharging network composed of a water absorption tube (branch drain pipe) and a blind drain is arranged below a saline-alkali soil layer, and salty underground water and washing influent seepage are discharged outside an improved regionby virtue of two paths, namely the blind drain, the water absorption tube (the bran drain pipe), a collector pipe (main drain pipe) and the water absorption tube as well as the collector pipe; and the water-saving irrigation washing system is in charge of washing salinity in soil by adopting one or more than two measures of partition irrigation, estuarine rotation irrigation and intermittent irrigation. By adopting the method provided by the invention, the saline-alkali soil can be uniformly and efficiently improved, water resource can be saved, improvement time can be reduced, and better social, ecological and economic benefits can be achieved.

The invention relates to a method for fast and efficient improvement greening of coastal saline soil. The method comprises a step 1) of digging a planting trough, a step 2) of laying a horizontal salt drainage system; a step 3) of laying a vertical salt drainage ventilation system; a step 4) of performing soil structure improvement; a step 5) of performing irrigation leaching and a step 6) of performing soil fertility improvement and nursery stock transplanting maintenance. According to the method, the leaching efficiency and a desalting effect of the coastal saline soil are improved. By adoption of the method, horizontal and vertical motion of irrigation leaching water in soil can be improved, irrigation leaching water salt leaching efficiency and drainage and desalting efficiency of the horizontal and vertical salt drainage systems are improved, and the saline soil improvement time is shortened.

The invention discloses a process for preparing gardenia iridoid glycosides from the leaves of gardenia plants. The specific process steps are as follows: (1) add beating agent to fresh gardenia leaves, or add extractant to dried gardenia leaf powder to make gardenia leaf slurry; (2) wash gardenia leaf slurry Stir and wash with the agent for more than one time, then filter or centrifuge, combine and retain the supernatant or filtrate to obtain the active ingredient extract of gardenia iridoid glycosides; (3) Concentrate the extract and elute it on a chromatographic column to obtain Gardenia iridoid glycoside compound, off-white or white powder, of which geniposide is 20-99.9%. The method of the invention can prepare a large amount of gardenia iridoid glycoside compounds mainly composed of geniposide at low cost. The present invention utilizes gardenia leaves to produce gardenia iridoid glycoside active ingredients, which can greatly reduce the production cost compared with the traditional production method using gardenia fruit as raw material, and the raw material cost is only 1 / 50 of the traditional cost.

The invention relates to a technological method for simultaneously preparing both the hibiscus vegetable gum and hibiscus sodium copper chlorophyllin from hibiscus leaves. The used raw material is fresh hibiscus leaves or fresh hibiscus leaves which are wastes of the production of traditional Chinese medicine hibiscus bark. The specific preparation steps are as follows: 1, mixing and pulping the fresh hibiscus leaves and a pulping agent; 2, performing centrifugation and precipitation on hibiscus pulp or filtering the hibiscus pulp to obtain residues, mixing the residues with an extractant, centrifuging or filtering, and merging the supernates or filtrates of the two-time centrifugation, so as to obtain a hibiscus chlorophyll extracting solution, and precipitates or filtration residues at the same time; 3, washing and drying the precipitates or filtration residues, so as to obtain the hibiscus vegetable gum; 4, performing extraction, saponification, copper ion substitution and impurity-removing procedures on the hibiscus chlorophyll extracting solution, so as to obtain the hibiscus sodium copper chlorophyllin. According to the invention, the hibiscus leaves are used for producing the hibiscus vegetable gum and hibiscus sodium copper chlorophyllin, so that wastes of the production of medicinal materials are turned into wealth; the hibiscus sodium copper chlorophyllin as a byproduct is also obtained, the yield of the hibiscus vegetable gum is increased by 30% above, and the energy consumption is reduced by 90% above.

The invention discloses a saline-alkali soil improving method by engineering-chemistry-biology-desalination and water conservation-information technology. The saline-alkali soil improving method includes steps of S1, lowering salt content in the saline-alkali soil to be treated gradually by engineering measures and isolating and discharging soluble salt in the soil; S2, reasonably utilizing water resource of the saline-alkali soil to be treated by brackish water desalination technology; S3, reasonably irrigating the saline-alkali soil to be treated by water-saving irrigation technology; S4, online detecting the saline-alkali soil to be treated by information technology; S5, improving chemical components of the saline-alkali soil to be treated by chemical measures; S6, finally improving the saline-alkali soil to be treated by biotechnology measures. The saline-alkali soil improving method provides a feasible, economic and efficient scheme for improving the saline-alkali soil in coastal regions, improvement time is short, effect is good and no backflow is caused after improvement.