366results about How to "Increase evaporation area" patented technology

An evaporation device for increasing evaporation from a surface of a body of liquid, comprises at least one evaporation element having at least one evaporation surface wettable by the liquid and at least partially exposable to wind when wetted, so as to allow evaporation of the liquid from the evaporation surfaces whereby the total evaporation area of the surface of the body of liquid is increased.

A land-type solar seawater desalinating apparatus with capillary evaporation function is composed of seawater tube, seawater pump, seaweed removing unit, fresh water condensing plate and its cooling trough, capillary evaporator, sealed transparent casing, seawater distributing tube, concentrated saline collector, fresh water collector, etc.

[Summary][Object] To provide a hydrophilic porous layer for a fuel cell that improves a sub-zero temperature starting ability of the fuel cell.[Solving means] A hydrophilic porous layer comprising electrically conductive material—hydrophilic material aggregates each including hydrophilic materials and electrically conductive materials that intimately contact to one another, the hydrophilic materials being mutually connected to one another to form in the hydrophilic materials a continuous transport path for water, the electrically conductive material—hydrophilic material aggregates forming therebetween a transport path for water vapor, which is characterized in that when it is above −40° C., a water transport resistance Rwater of the water transport path is larger than a water vapor transport resistance Rgas of the water vapor transport path.

The invention relates to a multistage double effect distillation seawater desalination technology with heating seawater by solar energy. The technology comprises the following steps: seawater is delivered to a high cistern by a seawater pump; the seawater in the high cistern is delivered to a system for water supply through a water supply tube and a condenser inlet tube; the seawater is heated to a certain temperature by adsorbing latent heat of steam in an evaporator through all condensers of the system, and enters the evaporator after being heated to a designed temperature by a rapid heater with solar energy; the seawater enters the evaporator, becomes superheated water and is gasified rapidly and partially because a pressure in the evaporator is controlled to be lower than a saturation vapor pressure corresponding to a temperature of hot seawater; and a part of ungasified hot seawater enters a next stage evaporator and a part enters heat-collecting tubes at two sides of the evaporator. The heat-collecting tubes are provided with annular imbibition films, and the hot seawater flows from top to bottom after entering the heat-collecting tubes. In a flow process, the hot seawater is delivered to upper half parts of inner cavities of the heat-collecting tubes because of capillary imbibition actions of the imbibition films. The hot seawater is evaporated to steam because the heat-collecting tubes have a high temperature under the sunlight, the steam rises along the inner cavities of the heat-collecting tubes and enters the condenser to obtain fresh water which flows into a fresh water tank and then is output by a fresh water tube. Unevaporated concentrated seawater enters a concentrated water tank and is ouput by an inlet / outlet tube.

The invention discloses a super-hydrophobic porous membrane as well as a preparation method thereof. A micro molding technology and a phase separation technology are combined, a membrane scraping bottom plate on which a membrane casting solution is scraped is placed in a water bath at the preset temperature for phase separation membrane formation, a formed membrane material is stripped, and the super-hydrophobic porous membrane is obtained. The membrane scraping bottom plate is a grooved soft template produced with a reverse mold process, the super-hydrophobic porous membrane produced throughthe grooved soft template comprises micron-size surface bulges which are consistent in size and arranged regularly, and the distance between adjacent surface bulges is micron-sized. The surface morphology of the membrane material is reconstructed, the super-hydrophobic porous membrane with multiple scales is prepared while additional modifiers are not added, and the super-hydrophobic porous membrane can be applied to a membrane distillation technology, has the advantages of high hydrophobicity, pollution resistance, wetting resistance and the like and thus has high salt resistance, and a novelmembrane production technology is provided for industrialization of membrane distillation and is low in cost and prone to mass production.

The invention relates to the field of heat dissipation, in particular to a soaking plate and a manufacturing and application method thereof. Heat generated by a heat source can be transferred to an external environment through a radiator more quickly to lower the working temperature of the heat source, so that the heat source can be operated more safely, efficiently, stably and enduringly, in particular for a graphics card with high heating quantity and a chip of a calculation accelerating card. The soaking plate enhances the efficiency of a liquid sucking core, can suck more working mediums, enables the working mediums to flow back smoothly, and meanwhile, improves the overall structural intensity of the liquid sucking core and the socking plate to prevent deformation of the soaking plate; the soaking plate greatly improves the heat dissipating performance through more condensers extending from the side surface, and is provided with a sealing piece mounting structure at the bottom for matching with a sealing piece to use; and as the heat can be transferred from the heat source to the radiator through liquid-state metal, when the use efficiency of the radiator is improved, the harm caused by leakage of the liquid-state metal is prevented, and the protecting effect on the heat source and the radiator is achieved.

An evaporative scent burner comprises a bottle, which is used to accommodate the essential oil, with its top provided with a bottle mouth, a gypsum evaporative base, with its bottom provided onto the bottle mouth of above-mentioned bottle and its top designed with an enlargement surface, a braided wire, which head is connected to the gypsum evaporative base while the bottom of the braided wire will fall inside the bottle to absorb essential oil. The advantages of the present invention include: A reinforcement base, which is built-in the gypsum evaporative base and constructed of rigid materials of strong toughness. The screw notch of reinforcement base is provided with a punching hole, where braided wire can cross through and the braided wire head can be fastened. Besides, this reinforcement base is available with a ring-type wall to separate braided wire and gypsum evaporative base, so as to prevent the gypsum evaporative base from breakdown or strip for a leak-proof efficiency.

A material grinding and conveying module comprises a conveying platform composed of grid bar assemblies, a grinding device arranged above the conveying platform and a supporting frame. A first motor drives a first driving mechanism to drive the conveying platform to do reciprocating synchronous circular motion to bear and propel materials to advance; the grinding device comprises a grinding platform and a second driving mechanism; a second motor drives the second driving mechanism to drive the grinding platform to do reciprocating type synchronous circular motion perpendicular to the pushing direction of the materials to grind and scrape the materials; the second motor alternately performs forward rotation and reverse rotation, and the forward rotation time is equal to the reverse rotationtime. A drying chamber comprises a material grinding and conveying module, and the number of the material grinding and conveying module is one or more than one which are stacked. The grinding platform conducts grinding in the forward direction and the reverse direction, materials can be more evenly distributed on the conveying platform, the evaporation area is increased, and the drying efficiencyis improved.

The invention belongs to the technical field of polymer composite materials, and particularly relates to a solar evaporator with a hollow structure and a preparation method and application thereof. According to the solar evaporator provided by the invention, the interior of the solar evaporator is of a hollow structure, the exterior of the solar evaporator is a shell layer of a two-layer structure, and the two-layer structure is composed of a porous polymer skeleton inner layer and an outer layer formed by a photo-thermal material. Under the irradiation of simulated sunlight (wherein one sunlight intensity is 1 KW / m<2>), the maximum value of the evaporation rate of the solar evaporator can reach 1.476 kg / m<2> / h, and the maximum value of the evaporation efficiency of the solar evaporator can reach 92.9%.

The invention discloses an air humidifier with a purification function. The air humidifier comprises a shell body, wherein a water tank is arranged at the lower part in the shell body, and an evaporator part and a water distribution structure are further arranged in the shell; the evaporator part is located above the water tank, and the lowest position of the evaporator part is higher than a highest liquid level in the water tank; and a fan assembly is arranged at the upper end of the shell body, an air inlet is formed in the side wall of the shell body, an air outlet is formed in the upper part of the shell body, and the air outlet is arranged above the fan blades of the fan assembly. The air humidifier aims to solve the problems that the humidification rate in a unit volume is not high and the humidification effect is not easy to control in an existing humidifier.

The invention discloses an integrated solar energy overall production device for seawater desalting, comprising a heat collecting and diaphragm transferring distiller, a heat exchanger, a blower, a cyclone separator, a temperature sensor and so forth, the distiller consists of a connecting box, a vacuum tube plugged on the connecting box, a seawater input tube inside the vacuum tube and a saturate vapor output tube, the internal side wall of the vacuum is provided with a wet diaphragm; with using the utility model, the heat collecting temperature of solar energy can be controlled within a low heat range from 40 to 60 DEG C, the light-heat exchanging rate can be increased; the side wall at the upper end of the seawater input tube is provided with a water distribution hole, the seawater is sprayed to the wet diaphragm through the water distribution hole, so the processes of heat collecting, diaphragm transferring distillation and micro negative pressure distillation can be conducted simultaneously, a diaphragm distilling area of seawater can be increased, the invention solves the problems where the utilization rate of solar energy light-heat is lower, the production efficiency is low, the clear water is easy to be polluted., etc, the efficiency can be largely increased, the cost is decreased.

The invention relates to a preparation device and a production method of traditional Chinese medicine pills. The preparation device comprises a decoction decocting device for decocting decoction, a precipitating device for separating decoction from decoction dregs in decoction in a precipitating way, a concentrating and stirring device for concentrating the decoction and mixing the pill raw materials, a vacuumizing device for vacuumizing the concentrating and stirring device and a pill forming device, wherein a liquid outlet arranged at the bottom of the decoction decocting device is communicated with an upper container of the precipitating device through a pump body and a fourth pipeline, a third valve body arranged at the lower side of the precipitating device is communicated with the concentrating and stirring device through a fifth pipeline, a fourth valve body arranged at the lower side of the precipitating device reflows into the decoction decocting device through a sixth pipeline, and a material inlet end of the pill forming device is arranged under a material falling valve. The preparation device of the traditional Chinese medicine pills is reasonable in design and high in degree of automation, not only can prepare drug in the family, but also can be applied to continuous drug preparation in the pharmaceutical factory, and is high in production efficiency.

The invention discloses a reverse osmosis concentrated seawater processing system and a method. According to the method, the reverse osmosis concentrated seawater processing system is adopted; reverse osmosis concentrated seawater is delivered through a security filter successively for filtering, pH value is adjusted, pressure is increased, and obtained pretreated water is delivered through a nanofiltration membrane element, a resin softening device, and a heating tank so as to obtain a heat material liquid; the heat material liquid is delivered through a membrane distillation element so as to obtain fresh water and a concentrated material liquid; the concentrated material liquid is subjected to treatment via bipolar membrane electrodialysis so as to obtain an acidic solution and an alkali solution. The method is high in softening efficiency; membrane distillation operation temperature is low; evaporation area is large; the quality of obtained fresh water is high; internal recovering of steam latent heat is realized; influence of concentration on membrane distillation is low, so that deep condensation is capable of obtaining the concentrated material liquid beneficial for high efficiency operation of bipolar membrane electrodialysis, the value of the obtained acidic solution and the alkali solution is higher than that of solid salt. Compared with the prior art, the method possesses following advantages: energy is saved; the production process is safer, and is more friendly to the environment; the obtained acid and alkali can be used for nanofiltration scale inhibition and resin regeneration, so that the adding amount of chemical agents of the whole system is reduced, and cost is reduced.

An exhaust gas disposal device comprises a shell, partition plates, a mixing cavity, a distributing cavity and a tail gas disposal module. The exhaust gas disposal device comprises a mixing device erected in the mixing cavity, and thus the mixing cavity is divided into a first cavity, a second cavity and a third cavity. The mixing device comprises a mixing pipe and a spinning disk installed on the mixing pipe, wherein the spinning disk comprises a plurality of fins which stretch into the first cavity in a protruding manner and are arranged in the circumferential direction. The exhaust gas disposal device further comprises a jet limiting cylinder fixed to the mixing pipe, and the jet limiting cylinder is used for enabling a urea nozzle to lead an atomized urea solution into the mixing pipe. Urea is evenly distributed on the pipe wall of the mixing pipe through centrifugal force generated by rotational flow, the urea evaporation area is increased, and the evaporation rate is increased. In addition, the distributing cavity is used for improving the distribution uniformity of urea liquid drips entering the distributing cavity from the mixing cavity, and thus the risk of urea crystallization is reduced.

The invention discloses an on-site calibration device of an airborne tritium monitoring instrument. The on-site calibration device of the airborne tritium monitoring instrument comprises an air processor, a bubbling unit, a transmission instrument, an aspirator pump and a recovery unit, all of which are sequentially connected, wherein the air processor is used for filtering and drying inlet air, the bubbling unit is used for bubbling tritiated water to form saturated tritium flow, the transmission instrument is used for being connected with a calibrated detection instrument and measuring the activity and concentration of the tritium flow generated on site, the aspirator pump is used for pumping the tritium flow into the recovery unit for recovery after the activity and concentration of the tritium flow generated on site are detected, and the recovery unit is used for cooling and recovering the recovered tritium flow. The ranges of the activity and concentration of the tritium flow generated by the on-site calibration device of the airborne tritium monitoring instrument in a bubbling mode depend on the total activity of the tritium flow for bubbling and can meet the calibration of most existing nuclear facilities using the measuring span of the tritium monitoring instrument. The uncertainty of the synthesis standard of the activity and concentration of the bubbled tritium flow is less than or equal to 10 percent, and the recovery rate of the tritiated water vapor by the recovery unit is more than 99 percent.

Drying equipment with a grinding function for a material conveying device comprises a heat supply module, a drying chamber and the material conveying device arranged in the drying chamber. The dryingchamber is provided with a heat source inlet, a heat source outlet, a feeding port and a discharging port. A heat outlet point of the heat supply module is arranged at the heat source inlet and used for providing a heat source for the drying chamber. The material conveying device is used for providing a platform for flatly laying materials and pushing the materials; the material conveying device is provided with a material grinding device, the material grinding device is driven by a first driving device to do reciprocating motion, and a certain angle is formed between the material grinding device and the pushing direction of the materials, so that the materials on the platform are ground, flattened, extruded, sheared and scraped. In the material conveying process, the grinding device carries out grinding, smoothing, extruding, shearing and scraping actions on materials on the platform, the evaporation area of the materials is increased, drying is carried out more efficiently, and the equipment is also suitable for the materials which are high in water content and cannot be formed.

The invention discloses a plate-pipe composite heat-exchange-type evaporative condenser. The plate-pipe composite heat-exchange-type evaporative condenser comprises a fan, a water pump, a water distributor, and a water collection pond and further comprises a plate-pipe composite heat exchanger composed of connection among multiple plate-pipe composite heat-exchange sheets, a water inlet header and a water outlet header. The plate-pipe composite heat-exchange sheets comprise heat-transfer plate sheets and coil pipes formed by machining of a heat exchange pipe. Placement grooves are arranged in the heat-transfer plate sheets and matched with the coil pipes in terms of shapes. The coil pipes are arranged in the placement grooves. Heat conduction bonding layers are filled with the gaps between the coil pipes and the placement grooves. Compared with the prior art, the plate-pipe composite heat-exchange-type evaporative condenser has following beneficial effects: the heat conduction bonding layer enables the heat transfer plate sheets to be in full contact with the coil pipes such that the coil pipes have the finned effect through the heat transfer plate sheets and the effective heat exchange area can be effectively increased; the heat transfer plate sheets can introduce cooling water to form a continuous waterflow surface and increases the evaporation area of cooling water; and with an increased effective heat exchange area and an evaporation area of cooling water, heat exchange efficiency is raised and size of a condenser can be reduced.

The invention relates to a sub-boiling distillation method for high-purity hydrochloric acid. The sub-boiling distillation method comprises the following steps: taking hydrochloric acid from a fluorocarbon alkane production device as a raw material, carrying out membrane type distillation operation in a determined sub-boiling distillation device, controlling process parameters such as a preheating temperature, a heating temperature, a condensing temperature and a circulating flow rate to prepare the high-purity hydrochloric acid with concentration greater than 35.0% and metal ion content smaller than 1ppb, wherein indexes of the metal ions satisfy Semi-C8 standards proposed by the Semiconductor Equipment and Material International). The sub-boiling distillation method can be used for solving a problem of removing metal ions in super clean high-purity hydrochloric acid, and also can be used for effectively improving the distillation rate at the same time.

The perfume of the present invention consists of the extractive liquid from leaf, steam, peel, flower or fruit of one or several natural fragrant plants. The extractive liquid is obtained with the raw material and through cleaning, crushing, pulping, sequeezing, deposition, filtering and other steps. A device with micro fan for ventilation and evaporating bank to increase evaporating area is provided. The perfume from natural plant seeds out scent and makes the riders and driver light and amused.

The invention relates to a sheet vaporizing air cooler, which comprises: a heat transmission element, a fan, a box, and a spray device, wherein the top of box has wind inlet and wind outlet through to the chamber of box; the wind inlet is mounted with sheet heat transmission element, above which the spraying device is mounted; the wind outlet is mounted with wind guider. The heat transmission element is sheet beam; the inlet sheet beam uses leeward film distributing method that the gravity direction of spray water is the same with wind direction; the surface of sheet beam at the wind inlet forms water film by sprayed water, to strengthen the heat transmission, with high efficiency.

The invention relates to a single-side water-proofing and dirt-resisting and single-side 3-dimensional moisture-absorbing and quick-drying process for terylene / chinlon fabric. The process is characterized in that a polyester-polyether hydrophilic finishing agent DM-3741 is firstly used for carrying out hydrophilic finishing to the terylene / chinlon fabric, so as to enable the terylene / chinlon fabric to have excellent hydrophilicity, then a one-way wet guiding agent DM-3420 is used for full bottom printing of the front side of the fabric, drying is performed, then a one-way wet guiding agent dot matrix is printed on the reverse side of the fabric, and drying, baking, water washing, dewatering and drying are performed. Thus, the single-side water-proofing and dirt-resisting and single-side moisture-absorbing and quick-drying effects can be achieved. The process provided by the invention has the advantages that the operability is strong, the fabric treated with the process is excellent in washing resistance and comfortableness during wearing; after 30 times of washing, the effects of water proofing, dirt resisting, moisture absorbing and quick drying are hardly lowered, so that customer requirements are satisfied, and the process has remarkable significance in improving product wearing properties, added values and the like.

The invention discloses a spraying type solution evaporation and concentration method, belonging to the technical field of solution evaporation and concentration. The solution evaporation and concentration method in the invention comprises the steps of: (1) heating a solution to be concentrated in a heat exchanger to a temperature higher than a boiling temperature; (2) fast evaporating to obtain the solution concentration as required through atomizing dispersion type flash evaporation by a spraying type solution concentration evaporator; (3) carrying out gravity vapor-liquid separation and solution foam capture on the generated secondary vapor, and then carrying out condensation separation by using a surface condenser; (4) removing noncondensable gas by using a vacuum pump; and (5) discharging a finished product from a discharge port on the lower part of the spraying type solution concentration evaporator, and leading the finished product to enter a finished production storage tank. The spraying type solution evaporation and concentration method disclosed by the invention is suitable for evaporating and concentrating various solutions, particularly for evaporating and concentrating materials, such as caustic soda and other various alkali solutions, which have large concentration ratio and large property variation along with the concentration variation.

The invention discloses an improved waste lubricating oil regenerating and processing device, comprising an evaporator which is provided with a closed heating interlayer and has a closed shell body of a combined revolving body, a rectification tower is arranged on a connecting port thereof, a central rotating shaft equipped with a scraper and an injector is disposed in the evaporator, an oil guide pipe is communicated with the injector, the central line of a spray head of the injector is vertical to the vertical face of a support, a flow guide device rising continuously and spirally from bottom to top is arranged in the heating interlayer evenly along the wall of an inner liner, two heaters are disposed in a heating boiler, an oil outlet of an oil pump is connected with a primary heater by a pipeline, an oil outlet of the primary heater is connected with an oil inlet of the heating interlayer, an oil outlet at the upper part thereof is connected with an oil inlet of the secondary heater by a pipeline, and an oil outlet of the secondary heater is connected with the oil guide pipe of the evaporator. The device can supply heat to a waste lubricating oil film in the evaporator to realize the constant temperature, and has advantages of large heat radiating area, uniform heat supply, preventing the waste lubricating oil from cracking, simple and reasonable structure, reliable performance, low power consumption, fuel saving, having no need of high temperature-resistant oil pump when in conveying, economy and practicality.

The invention discloses a refining device and method of high purity silicon, and relates to a refining device and method of silicon. The invention provides the refining device and method of high purity silicon, which are low in cost, efficient, simple in process and suitable for industrialized popularization. The device is provided with a medium-frequency induction melting furnace, a lifting device, a plasma melting furnace, a vent plug device, a vacuum system and a graphite die for pouring. The method comprises the following steps: placing a silicon material in a crucible, and starting the melting furnace to heat the silicon material after vacuumizing; improving the power of the melting furnace after the silicon material is melted, and preserving the heat of the silicon liquid at 1600-1850 DEG C; introducing a working gas for melting; starting a melting device, transferring an arc-striking device after striking the arc and carrying out plasma melting on the surface of the silicon liquid; shutting down the melting device after melting, dropping a vent plug to the bottom of the crucible, and shutting down the vent plug device to stop ventilation when the vent plug drops to the bottom of the crucible; and pouring the silicon liquid to the die for pouring to obtain a high purity silicon ingot.

The invention provides a preparation method of a wood-based evaporation-hydrovoltaic cooperative power generation device with a sandwich structure. The preparation method comprises the following steps: respectively preparing uniformly dispersed PVA and carbon black dispersion liquid; uniformly mixing the two dispersion liquids according to a certain proportion to obtain PVA carbon black mixed dispersion liquids with different concentrations; uniformly coating the mixed dispersion liquids with different concentrations on the front surface and the back surface of a clean beech chip for later use; coating the back surface of the beech chip with a silver electrode by a blade coating method; placing the beech chip on the water surface in the mode that the included angle between the back face of the beech chip and the water surface is 45 degrees, and then obtaining the wood-based evaporation-water hydrovoltaic cooperative power generation device of the sandwich structure. The device has low cost, strong light absorption capacity, and the beech chip along the wood growth direction is used as a substrate, the sufficient and continuous supply of water in an evaporation layer and a photo-thermal layer can be guaranteed, the photo-thermal efficiency is high, the power generation mode is spontaneous, the performance is stable, solar energy and surrounding environment heat are fully used, and output power and fresh water output are increased.

The invention discloses a microwave rotating film concentration device, comprising a sealing tank body (1), a rotating evaporator (2), a microwave device (3), a solution feeding tube (4), a concentrated liquid discharging tube (5), condenser (6), a microwave shielding device (7), a stirring motor (8) and a vacuum system; wherein the evaporating surface of the rotating evaporator (2) is conical or round, the angle a between the axis of the evaporator and the horizontal plane is 0 to 90 degree, the rotating evaporator (2) adopts a magnetic stirring device to be connected with the external stirring motor (8), which is arranged in the center of the sealing tank body which is provided with a cover which can be opened and closed, the cover is provided with a sight glass (9). The concentration device solves the problems of the present equipments in the process of concentrating extraction liquid, such as the low evaporating speed, the high concentrating temperature, the decomposition of feed solution caused by long-term heating, decompression operation being impossible because of the blasting boiling of feed solution, the low energy utilization ratio, the large size of equipment, and the equipment being difficult to be cleaned, thus the invention has a wide applied prospect.

The invention discloses a minitype demonomerization tower, and belongs to the technical field of material purification units before spinning. The whole minitype demonomerization tower is a stainless steel container, the periphery of a tower body is coated with a carbon fiber heat-preservation layer, two glass view windows are arranged on the middle positions of the tower body, a material inlet is formed at the top end of the tower body, a vacuum extraction opening and a vacuum meter displaying vacuum degree are respectively arranged on the left side and the right side of the material inlet, and the material inlet is connected with a material guide tube arranged in the middle of the tower body. The material guide tube is divided into an inner layer and an outer layer. An umbrella-shaped conical surface is arranged on the position, on the upper portion of the interior of the tower body, of the material guide tube. Semi-oval plate surfaces are arranged below the conical surface, the upper portions of the semi-oval plate surfaces are connected with an outer material guide tube, and the lower portions of the semi-oval plate surfaces are connected with an inner material guide tube. A liquid storage barrel is arranged on the lower portion of the tower body, a liquidometer, glass view windows and a safety valve are arranged on the liquid storage barrel, and a material outlet is formed below the safety valve. The minitype demonomerization tower is simple in structure, the carbon fiber heat-preservation layer is accurate in temperature control, heat preservation is lasting, the semi-oval plate surface increases the solution evaporation area, and demonomerization is enabled to be complete.

The invention provides a high and low temperature thermal-humidity test chamber which comprises a test chamber body module, an electric chamber body module and a refrigerating system, wherein the electric chamber body module is arranged on the back surface of the test chamber body module; and the test chamber body module is connected with the electric chamber body module by a fast connection buckle. An inlet air ducting device and a return air ducting device are arranged on the two sides of a test room; each of the air ducting devices consists of a plurality of adjustable air ducting blocks distributed in an array manner, the air speed and the air quantity of the whole face can be adjusted by adjusting the air speed and the air quantity by every point on a single face, so that the uniformity of the air quantity and the air speed inside the test room can be ensured, and therefore, the uniformity of temperature and humidity inside the test room is ensured, and the accuracy of a testing result is ensured further.

The invention relates to a slurry or powder continuous drying system. The slurry or powder continuous drying system can be applied to evaporation collection on phosphorus in the phosphorus slurry and slags, residual liquid treatment of calcium oxide or calcium chloride and benzoyl chloride, drying of chemical products, comprehensive recycling of three wastes and the like. The slurry or powder continuous drying system comprises a drying host which comprises a rotating shaft and a plurality of layers of annular chambers; the plurality of layers of annular chambers are formed up and down and matched with the rotating shaft through a center through hole in a flexible sealing mode; scrappers which are distributed in the annular chambers respectively are fixed on the rotating shaft; a gap is formed between the two adjacent annular chambers which are connected through a discharging channel in a sealing mode; the annular chambers are formed in a heat conduction liquid container; the top layer of annular chamber is provided with a material inlet and an air outlet; the bottom of the bottom layer of annular chamber is provided with a discharging hole. The slurry or powder continuous drying system is suitable for continuous drying of slurry and powder, the production efficiency is high, and the environment-friendly, safe and energy-saving effects are achieved. The slurry and the powder are large in volatilization area through evaporation layer by layer and accordingly the evaporation efficiency of volatile matter is high and meanwhile the recycling rate of the volatile matter is high.

The waste lubricating oil regenerating apparatus is one evaporator, which has one outer casing, one inner container with one combined rotating body, one distilling tower, one heating sandwich with oil inlet and oil outlet, one central rotation shaft with oil hole mounted through bearing on the bottom of the inner container, one oil pipe connected to the oil outlet in the bottom of the evaporator, one scraper mounted on the central shaft and fitting the inner wall of the inner container, one sprayer in the upper part of the scraper and communicated with the oil path of the central shaft, one heater in the lower part of the evaporator, one slag draining port in the bottom of the evaporator, and one motor to drive the central shaft. The present invention has constant temperature heating, great evaporating area, less cracking of the lubricating oil and high heat efficiency.