401 results about "Existing Treatment" patented technology

This is a method of filtration of a liquid comprising steps of sequential filtration of said liquid through at least one deep bed medium producing at least one first filtrate followed by at least one membrane medium filtration producing at least one second filtrate, wherein said membrane medium is at least periodically within said deep bed media Many types of deep bed and membrane media can be used. The domain of using contact clarification (direct filtration) can be expanded towards greater solids concentration. Operation and backwash, is simplified, continuous filtration becomes possible. Water can be water from natural source water, process water, wastewater, aqueous or non-aqueous suspensions, emulsions, solutions. Treatment can include mechanical interception of suspended particles, chemical, physical chemical, electrochemical, and biological processes. In water and wastewater processing, control over suspended solids, BOD, COD, nitrogen and phosphorus compounds, bacteria and viruses, heavy metals, color, and other constituents can be dramatically improved as compared to conventional processes. The method can be accommodated in new and modified existing treatment systems.

Nutritionally strengthened honey improves its health care and therapeutic effects and pertinence, and uses it as a daily health food to overcome the shortcomings of existing honey in the treatment of existing superficial diseases and lack of prominent targets. It is composed of honey and one or several kinds of plant extracts that are recognized by the state as medicine and food. , choose the extracts of homologous plants of medicine and food as additive ingredients, carry out the effect targeting formed by scientific compatibility, cooperate with the original inherent effect of honey to strengthen the specific effect of honey, and obtain honey as the main ingredient, and the health care and treatment effects are significantly higher than Health food with honey. It is used to enhance immunity, improve sleep, promote lead discharge, clear throat, lose weight, remove chloasma, assist in lowering blood pressure, assist in lowering blood sugar, promote digestion, improve nutritional anemia, relieve visual fatigue, and assist in improving memory.

The invention discloses a treatment method for a garbage leachate membrane concentrated solution. The treatment method comprises the following steps: feeding the garbage leachate membrane concentrated solution into a membrane separating device to remove degradation-resistant organic substances such as humic acid in the concentrated solution, mixing the outlet water of the concentrated solution with a reverse osmosis concentrated solution, then removing scaling ions such as Ca<2+> and Mg<2+> and other inorganic substances in the concentrated solution by softening, precipitating and filtering, introducing the outlet water into the reverse osmosis membrane to further concentrate, and realizing up-to-standard release of produced water; and finally, spraying back the concentrated water back to an incinerator for incineration, evaporative crystallization or outward processing. The treatment method can be used for realizing efficient treatment of the garbage leachate membrane concentrated solution, and has the advantages of being stable in operation, high in treatment efficiency, low in operation cost, convenient to maintain and manage, and the like in comparison with the existing treatment method for the garbage leachate membrane concentrated solution.

Disclosed is a method for producing regeneration skeletal materials and regeneration cement with abandoned concrete, which relates to a method for regeneration of the abandoned concrete. The invention resolves the recycling and utilizing problem of the abandoned concrete and the problem of producing secondary pollution in existing treatment process. The method of the invention comprises as follows that firstly, grinding and handling the abandoned concrete, secondly, calcining the abandoned concrete in the condition of 750-800 DEC G, thirdly, separating sandstone materials and grout from the lump materials of the abandoned concrete via mechanical workout, fourthly, obtaining stones, sands and regeneration skeletal materials after screen separation of the sandstone materials which are obtained by separation in the third step, fifthly, mixing the cement paste separated from the third step, silicate cement clinker and thickening time control agent to skive to obtain regenerate cement. The invention has the advantages of saving resource, protecting environment, saving energy, reducing costs, simple technology, and being not easy to make secondary pollution for environment.

The invention provides a treatment method of fused salt chlorination slag. The method comprises the following steps: leaching fused salt chlorination slag by water or a dilute acid solution; then, extracting and back-extracting the leaching liquid by using a blank organic phase I as an extractant and an alkaline solution I as a back-extractant so as to obtain a back-extract I; after adjusting the acidity of the back-extract I by acid, extracting and back-extracting the back-extract I by using a blank organic phase II as the extractant and an alkaline solution II as the back-extractant so as to obtain a residual extraction solution II and a back-extract II; adding a scandium precipitator to the residual extraction solution II and filtering and calcining to obtain scandium oxide; and mixing the back-extract II and a thorium and uranium precipitator, and filtering to obtain a thorium and uranium enriched substance. Compared with existing treatment of fused salt chlorination slag, the method provided by the invention not only extracts scandium with high additional value, but also recovers thorium and uranium in waste residue, so that radioactive contamination is eliminated. Meanwhile, chemical materials used in the treatment method provided by the invention are simple and easy to obtain, and the method is lower in cost and simple in process.

The invention discloses a fused salt heat treatment method for rubbish incineration fly ash, and belongs to ash treatment methods. The method solves the problems that the treatment temperature is high, the energy consumption is large and poisonous trace elements cause secondary pollution through existing treatment methods for the rubbish incineration fly ash. The method includes the steps of preparing mixed fused salt, carrying out fusing heat treatment, detecting the content of heavy metal and extracting and recovering the heavy metal. According to the method, chlorides, sulfate and partial heavy metal in the fly ash can be dissolved out through the fusing, heat storing and reacting characteristics of the fused salt, processes are relatively simple, reaction conditions are mild and easy to control, leaching of the heavy metal in the fly ash can be effectively controlled in an environment, the treated fused salt can be recycled, deep enrichment and recovery of the dissolved heavy metal can be carried out, the harm level of treated residues is greatly lowered, building material utilization and secure landfill of the treated residues can be conveniently carried out, secondary pollution is effectively reduced, the resource utilization efficiency is improved, and light reduction, harmlessness and resource utilization of the rubbish incineration fly ash can be realized synchronously.

The invention related to a treatment process of livestock died of epidemic diseases. The invention solves problems which disease the transmission and the environmental pollution caused by a improper treatment of existing livestock died of epidemic diseases while existing treatment ways have a high cost and a low energy utilization rate. The process comprises following steps: step 1: livestock died of epidemic diseases will be cut up by a chopping machine; step 2: chopped livestock are cooked under high temperature in a closed container in order for the homogenization of dead livestock; step 3: solid organic matters, biological oil and water after high-temperature cooking are separated by a separator; step 4: solid organic materials separated in step 3 are delivered to a charring furnace for the high-temperature, anaerobic and closed charring to form charcoal; step 5: water separated in step 3 is delivered to a biogas digester for biogas fermentation to create biogas; step 6: biological oil separated in step 3 is used as the heating fuel of the high-temperature cooking in step 2 and the charring in step 4. The complete process system in the invention has a good closure, reducing risks in the disease transmission; reducing the consumption of fuel provided externally.

The invention related to a processing apparatus of livestock died of epidemic diseases. The invention solves problems that disease transmission and environmental pollution caused by improper treatment of existing livestock died of epidemic diseases while existing treatment ways have high cost and low energy utilization rate. The apparatus comprises a shredder and a high temperature cooking kettle connected with the shredder, characterized in that the outlet port of the high temperature cooking kettle is connected with a separating apparatus for separating solid organic matter, bio-oil and water; the solid organic matter outlet of the separator is connected with a carbonization furnace; the bio-oil outlet of the separator is connected with a burner that provides thermal energy for the high temperature cooking kettle and the carbonization furnace; the water outlet of the separator is connected with a methane tank. The whole system of the invention has good sealing property, little contact with outside, which reduces the risk of disease propagation. The apparatus employs an inner cycle energy supply mode, and takes the bio-oil separated during processing as fuel, which not only reduces fuel consumption of external supply, and reduces the risk of disease propagation by not outputting the bio-oil as a kind of product.

The invention relates to a comprehensive treatment method of acidic etching waste water. Tail water treated by the existing treatment method can not conform to the standard. The method comprises the following steps: firstly adding oxydol to an acidic etching waste liquid to be treated for breaking and regeneration; then adding 98% concentrated sulfuric acid, distilling by heating, and absorbing the distilled steam with clean water to obtain dilute hydrochloric acid; dissolving residues after the distillation in a solution to generate a mother solution, throwing nano filter membranes and reverse osmosis membranes for concentration and separation, cooling and crystallizing the condensed mother solution, rinsing with water, and drying to obtain a copper sulfate crystal product. The method comprehensively uses the resources of the acidic etching waste liquid, produces the industrial dilute hydrochloric acid and copper sulfate products, ensures that the discharged waste water conform to the standard, improves the resource recovery rate of copper, and also raises the distillation speed.

The invention discloses an integrated treatment method for high-salinity and high-concentration refractory organic wastewater resulted from cellulose ether production. The method comprises the steps of (1) carrying out pretreatment on to-be-treated wastewater through coagulating sedimentation and fenton reaction in sequence; (2) carrying out biochemical treatment on fenton reaction effluent through cellulase hydrolysis, anaerobic treatment, first-stage contact oxidation and second-stage contact oxidation in sequence, feeding cellulose to carry out degradation, anaerobic treatment, first-stage contact oxidation and second-stage contact oxidation processes on the wastewater in the cellulose hydrolysis process, adding a salt-tolerant fungicide of producing the cellulose ether to carry out strengthened treatment on the wastewater; and (3) carrying out deep treatment on second-stage contact oxidation effluent through the fenton reaction and finally discharging the effluent. Compared with an existing treatment method, the integrated technology has the characteristics of being high in pertinence, economic and environment-friendly; and problems that the wastewater is high in salinity, high in concentration and refractory are solved for enterprises that produce the cellulose ether.

The invention provides a treatment system for cabinet-wood corrosion prevention. The technical problems that existing treatment equipment is too simple in structure, is provided with no blanking device, needs to be manually operated and low in treatment speed are solved. The treatment system for cabinet-wood corrosion prevention comprises a rack, a driving shaft and a driven shaft are vertically arranged at the two ends of the rack correspondingly, the driving shaft is connected with a power mechanism capable of driving the driving shaft to rotate, and a diving chain wheel is fixedly arranged on the driving shaft; a driven chain wheel corresponding to the driving chain wheel is fixedly arranged on the driven shaft, a transmission belt is arranged between the driving chain wheel and the driven chain wheel, and a plurality of mounting blocks are fixedly arranged on the transmission belt; and fixed rings are fixed to the mounting blocks, storage mechanisms for storing wood are detachably arranged on the fixed rings, and a soaking device, a shaking device and a blanking device are further arranged on the rack in sequence. The treatment system has the beneficial effect of being high in treatment speed.

The invention relates to a skin-touch matte washing and brightening treatment agent for synthetic leather. The skin-touch matte washing and brightening treatment agent comprises the following components: modified polyurethane resin, cyclohexanone, dimethyl benzene, butyl acetate, nano-elastic powder, silicon dioxide matting powder, aminosilicone and castor oil. The invention further relates to a preparation method of the skin-touch matte washing and brightening treatment agent for synthetic leather. Compared with the existing treatment agent for ordinary synthetic leather, the skin-touch matte washing and brightening treatment agent for synthetic leather, which is disclosed by the invention, has excellent fog degree and degree of blackness and further has unique skin-touch hand feeling after water washing and graining treatment, the bottom of a surface channel is foggy, the top layer is bright, the bright-fog contrast effect of the leather surface is unique, and the leather treated by using the treatment agent has the advantages of natural luster, clear color and luster, smooth hand feeling, strong true leather effect and excellent comprehensive effects.

The invention provides a washing treatment method for heavy metal contaminated soil. The method comprises the following steps: mixing the heavy metal contaminated soil and water, sieving the heavy metal contaminated soil with water, feeding the sieved soil to a washing tank, injecting a washing solution, performing circulation stirring, detecting the washed soil till the soil is qualified, dehydrating the qualified soil which is treated in the previous step, adding borrowed soil to the dehydrated soil, and then performing backfilling. The method is simple to operate, adopted reagents are common and available, the implementation cost is low, the removal rates of Cd, Zn, Pb and Cu in the soil can respectively reach 65.1, 47.5, 43.2 and 35.1 percent, the removal rates are superior to that inthe existing treatment technology, and the method is flexible to use, can achieve the effects of improving the physical and chemical properties of soil and enhancing the soil fertility through addition of organic fungi-manure to the treated soil according to the requirements, overcomes the deficiency of long phytoremediation cycle on the heavy metal contaminated soil, and is low in environmental risk.

The invention discloses a method for preparing recycled cement by using waste concrete. The method is specifically carried out according to the following steps: 1 preparing raw cement powder from waste concrete, limestone, clay, iron powder and coal; 2 calcining the raw cement powder prepared in the step 1 twice to prepare a cement clinker; and 3 taking gypsum powder and mixing the cement clinker obtained in the step 2 with the gypsum powder, so as to obtain the recycled cement. By using the method for preparing the recycled cement by using the waste concrete, the problems that the existing treatment mode of waste concrete is high in cost and not environment-friendly are solved; a new way for recycling the waste concrete is also provided; the cost is reduced; and the environment protection is facilitated.

The invention relates to a treatment method for direct flotation water of bauxite, aiming at solving the problems that the existing treatment method is not thorough in the treatment of the mineral separation backwater of bauxite, high in cost, complex in treatment process, and available in secondary pollution. The treatment method adopts a water treatment system which consists of a main water system, a first water treatment passageway and a second water treatment passageway. The treatment method comprises the following steps of: firstly, producing tailings pulp and concentrate pulp by the main water system; respectively carrying out water treatment on the tailings pulp and the concentrate pulp by a double-passageway pH valve balancing purifying method; and keeping the pH value balance of the water in a circulating water tank. The treatment method adopts three water treatment systems such as the main water system, the first water treatment passageway and the second water treatment passageway, so that the problems that the existing treatment method is not thorough in the treatment of the mineral separation backwater of bauxite, high in cost, complex in treatment process, and available in secondary pollution can be solved.

The invention belongs to the field of wastewater treatment, and in particular relates to a method for treating cellulose acetate butyrate production wastewater. The method solves the technical problems of complex flow, high running cost and large sludge quantity of an existing treatment process. For solving the technical problems, the invention provides the method for treating the cellulose acetate butyrate production wastewater and the method comprises the steps of 1) treating the cellulose acetate butyrate production wastewater in an adjusting tank for 12-16h, and then treating the wastewater in an immobilized photosynthetic bacteria tank for 46-52h; 2) settling the effluent of the immobilized photosynthetic bacteria tank in a primary settling tank for 2-3h; 3) treating the supernate obtained after settling in the primary settling tank in an anaerobic tank for 20-28h; 4) treating the effluent coming from the anaerobic tank in an aerobic tank for 20-28h; 5) settling the effluent coming from the aerobic tank for 2-3h in a secondary settling tank, and then discharging the supernate reaching standards through a discharge opening or recycling the supernate. The method disclosed by the invention has the advantages of good treatment effect and low running cost, and can stably realize up-to-standard discharge.

The invention relates to a treatment method of hexavalent chromium ion containing industrial wastewater for innocent treatment of industrial wastewater, which overcomes the deficiency that existing treatment methods of hexavalent chromium ion containing wastewater are high in cost and easy to cause secondary pollution. The technical scheme is that the treatment method comprises the following steps: by taking FeC13.6H2O and FeSO4.7H2O as raw materials and ammonium water as a precipitator, quickly stirring, aging at high temperatures, washing, and drying to prepare magnetic solid particles; preparing polyacrylamide flocculant liquor, putting the magnetic solid particles in the prepared polyacrylamide flocculant liquor, stirring at a high speed, quickly settling the magnetic solid particles under an applied magnetic field, and drying the precipitate to prepare modified magnetic particles; adding the modified magnetic particles into the hexavalent chromium ion containing wastewater, adjusting the pH to 6 by an acid, and stirring and separating, wherein the upper layer is a dechromed clean liquid; and adding alkali liquor into the modified magnetic particles in the lower layer, stirring and separating, and repeatedly using the modified magnetic particles. The method is economical and practical, free from secondary pollution and quick in settling velocity, and hexavalent chromium and the modified magnetic particles can be recovered.

The invention relates to a method for utilizing enhanced pretreatment to promote the anaerobic digestion of excess sludge, belonging to the technical field of solid waste treatment. The method comprises the following steps of gravity concentrating excess sludge in urban sewage treatment plants, and then adding certain amount of sodium hypochlorite, stirring the sodium hypochlorite fast with the excess sludge, and then feeding the mixture into an ultrasonic reactor to perform ultrasonic treatment. With the coaction of the ultrasonic and the sodium hypochlorite, the bacterial cell wall structure in the sludge is damaged, the inclusion of the cell is discharged, the content of soluble organic substance in the water is increased, after certain time of treatment, the sludge is fed into an anaerobic digestion reactor to perform subsequent medium temperature anaerobic digestion; the biomass gases generated by the anaerobic digestion are comprehensively utilized through a gas collection device. The concentration of SCOD (soluble chemical oxygen demand) in the sludge liquid phase is improved by about 27 times after the treatment, the biomass gas yield is increased by 54.4%, and the content of methane in the biomass gas is improved by about 10%, so that the energy consumption of the ultrasonic treatment is reduced greatly. With the adoption of the method provided by the invention, for the sewage treatment plants with different sizes, a good effect can be obtained by performing corresponding reconstructions on the existing treatment facilities.

The present invention provides a pharmaceutical composition and a treating method for colorectal cancer which is difficult for a surgical treatment, comprising an anti-A33 human antibody and a chemotherapy agent in combination. Based on the present invention, a pharmaceutical composition and a treating method comprising the combination of anti-A33 human antibody with CPT-11 (irinotecan) can exhibit a certain degree of antitumor effect on a patient with colorectal cancer who is found recurrence after previously-initiated therapy and/or a patient with colorectal cancer who is difficult to be cured by existing treatments for colorectal cancer.