49results about How to "Realize environmentally friendly processing" patented technology

The invention relates to the field of plant processing and recycling, in particular to a bamboo product recycling device. The technical problem to be solved is to provide the bamboo product recyclingdevice. The bamboo product recycling device comprises a deoiling and softening mechanism, a lifting transferring mechanism, a wire removing mechanism, a control screen and a hooking picking mechanism;the wire removing mechanism is arranged on the right side of the top of the outer surface of the deoiling and softening mechanism; the lifting transferring mechanism is arranged at the upper left part in the wire removing mechanism; and the control screen is arranged in the front right middle of the wire removing mechanism. According to the device, after summer sleeping mats are subjected to deoiling and heating softening, braided wire rubbing off is carried out, and then bamboo chips are recycled one by one; and the quality of the recycled bamboo chips is greatly improved, and meanwhile, bottom fabric and covered edges can be recycled in a unified manner, so that the summer sleeping mats are treated in an environment-friendly manner, and the discarded summer sleeping mats have beneficialusage.

The invention relates to the technical field of automobile baking finish and provides an automobile baking finish house. A baking finish operation space is formed in a house body of the automobile baking finish house. The house body is provided with an air inlet and an air outlet. A temperature control mechanism is installed in an air supply cavity. A first filtering device is arranged in a first filtering cavity. An air supply fan communicates with the first filtering cavity. A filtering hole plate, a second filtering device and a grating plate are arranged in the baking finish operation space. A static pressure chamber is formed between the second filtering device and a top plate of the house body. An automobile operation space is formed between the second filtering device and the grating plate. A waste gas channel is formed between the grating plate and a bottom plate of the house body. A precipitation cavity communicates with the waste gas channel. A third filtering device is arranged in the precipitation cavity. An exhaust cavity communicates with an air outlet of an exhaust fan. A fourth filtering device is arranged in the exhaust cavity. Air in the exhaust cavity is discharged to the air outlet after passing the fourth filtering device. The automobile baking finish house provides stable and clean airflow for automobile baking finish, the paint spraying effect can be improved, waste gas is subjected to dust removal and filtering treatment, and environmental protection reaches the standard.

The invention discloses an industrial waste gas incineration treatment system. The system comprises a heat storage type thermal incinerator, an acid-alkaline adsorption mechanism, a buffering tank mechanism and an explosion-proof fan; a gas inlet of the acid-alkaline adsorption mechanism is connected with a waste gas source to be treated; a gas inlet of the buffering tank mechanism is connected with a gas outlet of the acid-alkaline adsorption mechanism. According to the system provided by the application, necessary countermeasures are taken against hazard factors in a using process of the heat storage type thermal incinerator, so that the overall treatment process is safe and reliable. The industrial waste gas incineration treatment system has the characteristics that the investment is low; the occupied area is small; the mounting period is short; the requirements on working conditions are low; waste gas can contain a plurality or organic components; the treatment air volume range islarge; the purifying rate is high; full-automatic control is realized; the operation is simple; the operating cost is low. The industrial waste gas incineration treatment system has good structural design and high-quality equipment configuration; the purposes of environment-friendly treatment of VOCs in industrial waste gas, energy conservation and emission reduction, and up-to-standard emission of exhaust are achieved.

The invention discloses a recovery device for cathode and anode materials of a lithium ion battery. The structure of the recovery device comprises a motor bottom case groove, a polar plate winding drum, a grinding roller, a clamping shaft frame, a beam plate, a side ring slot vertical plate, a drawer plate cut-off cabinet and a heat exchange bottom groove. The recovery device achieves that the polar plate winding drum and the drawer plate cut-off cabinet are matched to pull out the cathode and anode material rolled plates of the lithium ion battery, the stretched surface enters the polar platewinding drum and the upper and lower sliding surfaces of the grinding roller to press and rotate a surface-grinding cleaning block layer, the effects of eliminating and cleaning the thickness of an upper additive and a lower additive and sweeping powder particles on the surface of an iron-copper incineration plate are formed, a cathode and anode material plate recycling and outputting effect is formed, and after the cathode and anode material plates of the battery are pulled out, the splitting hydrolysis operation of the lithium battery is supported, the free state of organic matters with chemical properties can be decomposed and ionized, the cathode and anode plates of the lithium ion battery taken out from a terminal can be forged, remelted and deformed, the recycling utilization rate is high, the pollution degree of the battery is low, and the environment-friendly treatment is achieved.

The invention provides a waste gas collecting and processing device, and a workpiece cleaning system. The waste gas collecting and processing device comprises an accommodating groove (1; 7) configuredto contain a cleaning fluid; an air blowing opening (3) is formed in a first side wall of the accommodating groove (1, 7), an air suction opening (6) is formed in a second side wall of the cleaning tank (1, 7), the first side wall and the second side wall are oppositely arranged, and the air blowing opening (3) and the air suction opening (6) are higher than cleaning liquid; an air blowing component (10) and an air suction component (21) are respectively communicated with the air blowing port (3) and the air suction port (6); and an air curtain layer (4) is formed in an area between the air blowing port (3) and the air suction port (6) in the accommodating grooves (1; 7) in a state that the air blowing component (10) and the air suction component (21) are turned on. According to the wastegas collecting and processing device, waste gas in a tank body can be prevented from escaping, environment-friendly treatment of the waste gas can be achieved, and the automatic cleaning efficiency is improved; and moreover, a pollution-free and safe operation environment is provided for operators.

The invention relates to the field of tail gas treatment, and discloses a method for comprehensively utilizing low-temperature chlorination tail gas. The method comprises the following steps: (a) sequentially acid-pickling and filtering the low-temperature chlorination tail gas to obtain a waste hydrochloric acid solution with the concentration of 10-20 wt% and solid particles; (b) concentrating the waste hydrochloric acid obtained in the step (a) to obtain a concentrated hydrochloric acid solution with the concentration of 22-28 wt%; and (c) leaching the titanium-containing material and the concentrated hydrochloric acid obtained in the step (b), and roasting the solid material to obtain the artificial rutile of which the TiO2 content is greater than 88 wt%. According to the method, wasteacid obtained after low-temperature chlorination tail gas treatment is used for leaching titanium-containing materials after the purification concentration is increased; the titanium-containing component in the titanium dioxide is enriched, the titanium resource enrichment efficiency is improved, the obtained artificial rutile can be used as a high-quality titanium-containing raw material for producing high-temperature chlorinated titanium dioxide, comprehensive utilization of resources is achieved, the comprehensive cost of tail gas treatment is reduced, environment-friendly treatment of tail gas is achieved, operation is easy, and the comprehensive cost of low-temperature chlorination production is reduced.

The invention belongs to the field of heavy metal pollutant treatment and particularly relates to an environment-friendly treatment method of medical garbage.By the adoption of coal powder, high-dielectric heavy metal in the medical garbage is reduced into non-toxic low-dielectric heavy metal under the high-temperature condition, the low-dielectric heavy metal is sealed up in a final product glass body object, exhausted smoke is separated, collected and treated again, and the medical garbage can be treated in a complete environment-friendly mode really.Meanwhile, heat generated by combustion of the coal powder and the medical garbage can serve as a heat source of a heating boiler, and energy sources can be distributed reasonably and applied in an environment-friendly mode.

A fuel-free device for oil-sludge segmented drying, pyrolysis, incineration and secondary combustion of garbage sludge is composed of a quench cooler, a hot gas inlet, a multifunctional integrated furnace, a gas outlet, a denitrator, a desulfurizer and an electrostatic dust collector. The quench cooler is connected with and communicates with the hot gas inlet through a connecting pipe. The hot gasinlet is arranged on one side of the upper portion of the multifunctional integrated furnace and communicates with the multifunctional integrated furnace. The gas outlet is arranged on one side of the upper portion of the multifunctional integrated furnace and communicates with the multifunctional integrated furnace. The multifunctional integrated furnace is connected with and communicates with the denitrator through a connecting pipe. The denitrator is connected with and communicates with the desulfurizer through a connecting pipe. The desulfurizer is connected with and communicates with theelectrostatic dust collector through a connecting pipe. The multifunctional integrated furnace is connected with and communicates with the quench cooler through a connecting pipe. Multiple function areas are arranged in the multifunctional integrated furnace, drying, pyrolysis, incineration and secondary combustion are integrated, and environment protection treatment of garbage and the like is perfectly achieved by cooperating with the tail gas purification function.

The invention discloses wastewater treatment equipment capable of achieving sequential dosing and a working method of the wastewater treatment equipment, and particularly relates to the technical field of sewage treatment. The wastewater treatment equipment comprises an equipment base, wherein an equipment rack is fixedly arranged at the top of the equipment base, a first chemical dosing treatment tank, a second chemical dosing treatment tank and a third chemical dosing treatment tank are sequentially and fixedly arranged in the equipment rack from left to right, fixing frames are fixedly arranged on the inner walls of the middles of the first chemical dosing treatment tank, the second chemical dosing treatment tank and the third chemical dosing treatment tank, and wastewater inlet pipes are fixedly arranged at the bottom of the first dosing treatment tank, the second dosing treatment tank and the third dosing treatment tank. The first dosing treatment tank, the second dosing treatment tank and the third dosing treatment tank are matched with the wastewater inlet pipe and the connecting pipe to form a wastewater treatment system, dosing is implemented by using the dosing inlet pipe, three times of continuous wastewater dosing treatment operation on wastewater is realized, and a stirring rod on a rotating shaft stirs and mixes wastes and drugs, so that the drug reaction treatment quality is improved.

The invention discloses a bio-organic foliar fertilizer, and relates to the technical field of foliar fertilizers. The bio-organic foliar fertilizer is prepared from, by weight, 0.2-0.4 part of carbonyl diamide, 25-40 parts of livestock urine, 30-50 parts of animal waste, 15-30 parts of straw powder, 0.3-1.2 parts of a biological microbial agent, 0.2-0.8 parts of trace elements and 0.2-0.6 parts of a traditional Chinese medicine extracting solution. The bio-organic foliar fertilizer does not contain hormones, pesticides, humic acid and the like, and has raw materials easy to obtain and a goodfertilizer effect; the foliar fertilizer also has the function of biological sterilization; nitrogen element, molybdenum element, copper element, manganese element, iron element and chlorine element are added in the foliar fertilizer; the fertilizer is conductive to the growth of the crops and increases the yield of the crops.

The invention provides a soil heavy metal in-situ sensing monitoring, adsorption transfer and precipitation recovery system. The system comprises a reaction chamber group, a treatment tank and a precipitation pump. The treatment tank is connected to the reaction chamber group through a pipeline, and the precipitation pump is respectively connected to the treatment tank and the reaction chamber group through pipelines; the reaction chamber group comprises a plurality of reaction cavities with the same structure, and the reaction cavities are connected through pipelines; the reaction cavities are internally equipped with filter membranes, on which a plurality of enzyme membrane biosensors are loaded, and the enzyme membrane biosensors are connected to a controller through circuits. The soilheavy metal in-situ sensing monitoring, adsorption transfer and precipitation recovery system provided by the invention can realize in-situ real-time monitoring, does not need pretreatment on a soil sample, is simple to operate and low in operation cost, can provide continuous analysis, and meets the actual requirements of rapid monitoring.

A vehicle-mounted movable household and medical waste treatment device with a tail gas treatment system arranged horizontally is characterized by comprising a vehicle, an induced draft fan, a horizontal adsorber, a horizontal deduster, a first connecting pipe, a horizontal dehydrator, a horizontal quenching desulfuration and deacidification device, a second connecting pipe, a horizontal secondary combustion chamber, a pyrolyzing furnace, a water pump, a third connecting pipe, a fourth connecting pipe, a fifth connecting pipe and a liquid storage tank, wherein the liquid storage tank is arranged on the vehicle; the horizontal adsorber arranged on the liquid storage tank is connected with the induced draft fan through the corresponding connecting pipe; the horizontal adsorber is connected with the horizontal deduster through the fifth connecting pipe; the horizontal deduster is connected with the horizontal dehydrator through the first connecting pipe; the horizontal dehydrator is connected with the horizontal quenching desulfuration and deacidification device through the fourth connecting pipe; the horizontal quenching desulfuration and deacidification device is connected with the liquid storage tank through the third connecting pipe and connected with the secondary combustion chamber through the second connecting pipe; the secondary combustion chamber is arranged on the upper portion of the pyrolyzing furnace; and one end of the water pump is put in the liquid storage tank, and the other end of the water pump is connected with the horizontal quenching desulfuration and deacidification device. The vehicle-mounted movable household and medical waste treatment device is novel in structure, the tail gas treatment system is arranged horizontally, the overall height is decreased, and operation and vehicle transportation are facilitated.

The invention discloses a graded degradation treatment method for plastic bags. The graded degradation treatment method comprises the following steps: S1, collecting and bundling the plastic bags, and then carrying out preliminary chopping operation to obtain plastic fragments; S2, placing the plastic fragments in a stirrer, and conducting stirring and cleaning operation after a cleaning agent is added; S3, after the plastic fragments are sieved and water is filtered, placing the plastic fragments into a drying box for drying operation; S4, placing the dried plastic fragments into a high-temperature smelting furnace for smelting operation, and cooling to obtain plastic blocks; S5, crushing and then grinding the plastic blocks to obtain plastic powder; S6, adding degradation liquid into the plastic powder, and reacting in a sealed container for 7-10 days to obtain mixed degradation particles; S7, adding a coloring agent into the mixed degradation particles, and stirring for 3-5 minutes at the rotating speed of 100-200 r/min to obtain colored particles; and S8, mixing the colored particles with cement powder, and stirring for 20-30 minutes at the rotating speed of 200-300 r/min.

The invention provides a negative-pressure hot smoke de-oiling device. The negative-pressure hot smoke de-oiling device comprises a high-temperature gas chamber, a hot smoke gas inlet pipeline, a negative-pressure chamber and a hot smoke gas generation device, wherein the high-temperature gas chamber is provided with a space capable of containing a porous oiled part; one end of the hot smoke gas inlet pipeline is communicated with the high-temperature gas chamber; the negative-pressure chamber is separated from the high-temperature gas chamber; the hot smoke gas generation device is arranged at the other end of the hot smoke gas inlet pipeline; a position, at which the porous oiled part is placed, in the high-temperature gas chamber is communicated with the negative-pressure chamber; an air inducing device is communicated with the negative-pressure chamber so as to enable the negative-pressure chamber to be kept in a negative-pressure state. Under the action of forced flowing of high-temperature hot smoke gas of which the temperature and the oxygen content are adjustable in the porous oiled part, the porous oiled part with a complicated structure is subjected to high-temperature de-oiling treatment, so that the thorough cleaning is realized.