688results about How to "Increase evaporation rate" patented technology

Containers for providing vapor phase reactant from liquid sources include bubbler designs and designs in which carrier gas flows over the liquid surface. Among the bubbler arrangements, a bypass conductance is provided to release excess pressure from the gas volume inside the container, or an enlarged bubbler tube is provided with a volume sufficient to accommodate all possible liquid backflow without having the liquid exit the container. Among the overflow designs, flow dividers provide a tortuous path for the gas to increase the time exposure of carrier gas packets to the evaporating liquid surface. The flow dividers can be microporous to encourage capillary action, thereby increasing the evaporating surface. The tortuous gas flow path can be separated from the liquid phase by a breathable semi-porous membrane that permits vapor phase reactant to pass through but prohibits liquid from passing in the other direction.

A closed multi-room fluidized bed sludge drying method is provided, which is a sludge drying method having the advantages of simple equipment structure, convenient operation, strong sludge adaptability, high thermal efficiency, safety, continuity, stability, etc. After the mechanically dewatered sludge is mixed with the back-mixed sludge, the mixture is dried room by room in an inert particles multi-room fluidized bed dryer (3). The first room and the second room of the inert particles multi-room fluidized bed dryer (3) adopt inert particles (f) as heat storage medium. Gas from a cyclone separator (5) goes through a spray tower (7) and returns into an air heating unit (4) through a circulating fan (10). Part of dried sludge (e) at the lower part of the cyclone separator (5) enters the inert particles multi-room fluidized bed dryer (3) through the back-mixing in a mixer (2). Waste liquid from the bottom of the spray tower (7) enters a waste liquid circulating pool (8), with part of waste liquid circulating into the spray tower (7) and part into a sewage treatment system.

The disclosure relates to a probiotic delivery system that can be consumed as a snack-food or added to a food product. In particular, the disclosure describes a crisp and tasty treat that comprises viable probiotic microorganisms preserved in a vacuum dried matrix of sugars, proteins, and polysaccharides. The probiotic remain viable within the treat for a longer time without the need for additional moisture barrier coating. The probiotic also remain viable in the animal gastrointestinal tract.

Provided is an in-situ precleaning method for use in conjunction with epitaxial processes that utilizes temperatures at or below those typically utilized during the subsequent epitaxial deposition under pressure and ambient conditions suitable for inducing decomposition of semiconductor oxides, such as native oxides, from exposed semiconductor surfaces. The reduced temperature and the resulting quality of the cleaned semiconductor surfaces will tend to reduce the likelihood of temperature related issues such as unwanted diffusion, autodoping, slip, and other crystalline stress problems while simultaneously reducing the overall process time. The combination of pressure, ambient gas composition and temperature maintained within the reaction chamber are sufficient to decompose semiconductor oxides present on the substrate surface. For example, the reaction chamber may be operated so that the concentration of evolved oxygen within the reaction chamber is less than about 50%, or even less than 10%, of the equilibrium vapor pressure under the cleaning conditions.

The presence of trace molecules in air is often determined using a well-known device called an ion mobility spectrometer. Such devices are commonly utilized in the fields of explosives detection, identification of narcotics, and in applications characterized by the presence of very low airborne concentrations of organic molecules of special interest. The sensitivity of such instruments is dependent on the method of gas sampling utilized. The vortex sampling nozzle consists of an intake gas flow and a separate coaxial heated, emitted gas flow that is deflected to move with a circular motion. A heated vortex sampling nozzle can greatly improve the sampling efficiency for low volatility target molecules, particularly when the sampling needs to be performed at a distance from the air intake and the vapor pressure of the target molecules is very low. Additionally, the vortex air may contain one or more additional substances that promote vaporization, combine with the target molecule, or provide a known marker in the ion mobility time-of-flight spectrum.

A formula dispersing apparatus that increases the throw, volume and efficiency of formula distribution through aerodynamic surfaces is described. The shape of the ring airfoil in the utilization of the Coandà effect allows for efficient distribution of a formula or formula mixture into a defined space.

Compositions, methods, apparatuses, kits, and combinations are described for permanently or temporarily re-designing, decorating, and/or re-coloring a surface. The compositions useful in the present disclosure include a décor product that is formulated to be applied and affixed to a surface. If desired, the décor product may be substantially removed from the surface before being affixed thereto. If a user desires to remove the décor product, the décor product is formulated to be removed by a number of methods including, for example, vacuuming, wet extraction, chemical application, and the like. If the user desires to affix the décor product to the surface in a permanent or semi-permanent manner, the décor product may be affixed to the surface by applying energy thereto in the form of, for example, heat, pressure, emitted waves, an emitted electrical field, a magnetic field, and/or a chemical. The décor product may also be utilized in the form of a kit or in conjunction with a design device, such as a stencil, to control the application of the décor product to create, for example, a pattern on the surface.

A method of encapsulating an organic device including flash evaporating a getter layer on the substrate is disclosed. The getter layer comprises an alkaline earth metal, such as barium. The getter layer serves to protect the active components by absorbing surrounding moisture and gases.

A method of removing a water-comprising rinse/cleaning material from the surface of a device which includes high aspect ratio features (an aspect ratio of 5 or greater) where sidewalls of the feature are separated by 50 nm or less without causing stiction between the feature sidewall surfaces. The method relies on the use of a low surface tension drying liquid which also exhibits a high evaporation rate. The method also relies on a technique by which the drying liquid is applied. Increasing the evaporation rate of the drying liquid and application of the drying liquid in the form of a vapor helps to eliminate stiction.

One embodiment of the invention provides a spray booth that comprises a spray booth housing having a ceiling and side walls that define an interior for holding an object to be sprayed. A pressurized air plenum is disposed above the ceiling and is adapted to supply air into the interior. A filter media is used to filter air from the plenum before entering into the interior. At least one fan is disposed in the interior below the filter media. The fan is operable to locally increase air flows in the vicinity of the object to increase evaporation rates associated with a spray application on the object, and to enhance air flow over the object during a dry or a cure cycle.

The invention discloses a solar seawater desalination device and method based on light-absorbing boiling. The device includes a condensing lens, a lens bracket, a steam outlet, a condenser, a water feeding pump, a seawater pool, a fresh water collecting tank, a water feeding port, a concentrated brine discharge port, a distillation pool, to-be-distilled seawater, a light-absorbing material, and a glass partition plate; the condensing lens is fixed at the upper end of the distillation pool through the lens bracket; the upper end of the distillation pool is sealed through the glass partition plate; the top end of the distillation pool is equipped with the steam outlet, and the lower end of the distillation pool is equipped with the concentrated brine discharge port and the water feeding port; the water feeding pump allows the to-be-distilled seawater to successively pass through the condenser and the water feeding port from the seawater pool and then flow into the distillation pool; the to-be-distilled seawater in the distillation pool is covered with the light-absorbing material; the steam outlet is connected with the condenser and the fresh water collecting tank successively; incident light is condensed through the condensing lens, then is incident and penetrates through the glass partition plate, and is projected to the light-absorbing material. The device and the method adopt the principle of light condensing local boiling, take boiling gas production as the primary, combine and promote evaporation, and increase the production rate of fresh water.

An electrode for use in a fuel cell consists of a porous plastic substrate, a conductive layer and a catalyst layer, in which the substrate is hydrophilic. Preferably the substrate has a water wicking rate no less than 40 mm per 600 s. Such an electrode may be used in a fuel cell, with an electrolyte chamber (8) defined between two opposed electrodes (11, 12), the electrodes having the catalyst layers (5) facing away from the electrolyte in contact with respective gas chambers (7, 9). Preferably the electrolyte is maintained at a negative pressure during operation.

The invention discloses a conic nuclear power plant waste resin drying device. The conic nuclear power plant waste resin drying device comprises conic dryer body equipment used for waste resin vacuum drying, a hot oil unit used for heating and cooling a conic dryer, an air exhausting and condensation system used for maintaining the vacuum degree in a dryer body and condensing steam, a nitrogen purging system used for protecting the system and washing a washable filter, a washing and dewatering system used for dewatering waste resin and washing system pipelines, and a resin barreling system used for simulating a nuclear island SRTF station. The provided conic nuclear power plant waste resin drying device is safe, reliable, easy to operate and control, reasonable in structure configuration, high in drying efficiency and large in resin volume reduction ratio.

The invention discloses a method and a device for efficient photo-thermal water evaporation, belonging to the technical field of water evaporation. The device comprises a water conveying channel, a floating/heat insulation layer, a water-rich porous material layer, a water-poor porous material layer and a photo-thermal conversion material layer, wherein the floating/heat insulation layer floats the whole device on a water surface, connects a water body with the device through the strong water absorption characteristic of the water conveying channel and provides enough water for the device; thewater-rich porous material layer adopts a porous material layer with strong water absorption, so water can be dispersed into the water-rich layer from the water conveying channel and expanded to thewhole device; the water-poor porous material layer is a relatively weak water-absorbing material; and the photo-thermal conversion material layer is a material with high photo-thermal conversion capability. Water is subjected to one-step rapid water conveying and water dispersion through the water conveying channel and the water-rich porous material layer; then the amount of water in contact withthe photo-thermal material is further reduced through the water-poor layer; and finally, a trace amount of water can be locally and efficiently heated on the photo-thermal material, and a water evaporation rate is increased.

The invention discloses an underground water multi-phase extraction restoration device and method. The underground water multi-phase extraction restoration device comprises an underground well, water pumping equipment and gas extraction equipment, wherein the underground well comprises a main well and a plurality of inclined wells; the main well is arranged on the ground; the bottom of the main well is immersed into a pollution plume; the inclined wells are arranged at an aeration zone; the water pumping equipment comprises a water pumping pump, a water pumping pipe and a water pumping pump head; the water pumping head is arranged on the ground; the water pumping pipe is connected with the water pumping pump and extends into the region, immersed into the pollution plume, of the main well; the water pumping pump head is arranged in the part, immersed into the pollution plume, of the water pumping pipe; the gas extraction equipment comprises a gas extraction machine and a gas extraction pipeline; the gas extraction machine is arranged on the ground; one end of the gas extraction pipeline is connected with the gas extraction machine; the other end of the gas extraction pipeline is connected with a sub gas extraction pipeline extending deep into the inclined wells, wherein the water pumping equipment pumps underground water from the pollution plume; the gas extraction equipment extracts pollution gas onto the ground surface from the aeration zone; the restoration efficiency can be effectively improved; in addition, the pollution gas in the aeration zone in underground water pollution restoration process can be exhausted.

Embodiments relate to liquid air freshener systems that allow fragrances to evaporate through use of a wicking element where fluid moves by capillary action towards the emanating surface, as well as the fragrance stabilizing compositions used therein. Cyclomethicone-based liquid compositions, preferably clear, provide an improved rate of evaporation of perfume materials from the air freshener device emanating surface and allow the use of fragrance materials with a wide range of characteristics. Embodiments utilize cyclomethicone in combination with other solvents specifically to increase solubility, enhance performance, maintain consistent fragrance character and maximize the range of aromatic materials that can be used.