47results about "Evaporating devices" patented technology

A liquid evaporation system for evaporating clean water from a reservoir of wastewater includes a liquid evaporator to evaporate and separate water vapor from the wastewater in a confined space, an air blower to supply air to the liquid evaporator, and a wastewater heating system arranged to collect heat to heat the wastewater in the reservoir.

A reservoir evaporation system for evaporating fluid from an open reservoir of effluent containing a contaminant includes a fluid evaporator, an air pump, and an air supply conduit functionally connecting the fluid evaporator with the air pump. The fluid evaporator includes a vessel adapted to be positioned in an operative position partially submerged on the top surface of the effluent in the reservoir with a lower chamber submerged in the effluent and an upper chamber extending above the top surface of the effluent. In operation, air from the air pump mixes with the effluent inside the fluid evaporator and subsequently is discharged through exhaust openings. A fluid discharge pipe can also simultaneously discharge aerated effluent back down into the reservoir. Fluid is thereby separated from the effluent in the lower chamber by evaporation in a controlled manner that minimizes spread of contaminants to surrounding environments by wind.

The invention relates to a seawater desalination plant to be installed atop a barge and designed to float on the sea surface in order to draw seawater from the sea and to perform desalination, as well as to a method for installing a seawater desalination plant to be installed on a barge, involving loading the seawater desalination plant to be installed on a barge onto a heavy cargo transport vessel, or loading the desalination plant together with a power generation plant onto a heavy cargo transport vessel to be towed by a tugboat for installation at the seaside of a region with a water shortage or a shortage of electricity, or of an island.

A floating salt farm in which its purpose is to produce crystallized salt and bittern at offshore locations.

A double liquid distribution device is suitable for a fractionating or wash column comprising a high collector tray connected to a manifold support via at least two longitudinal liquid downflow ducts. The manifold support supports at least two series of transverse tubular manifolds and feeds liquid respectively to the first series of manifolds via a first longitudinal duct and to the second series of manifolds via a second longitudinal duct. Each manifold includes distribution orifices in its under face suitable for distributing the liquid onto the top face of the packing bed. The two longitudinal liquid downflow ducts are connected together in a low portion by a communication device fitted with a valve having controlled opening suitable for allowing the liquid to be transferred between the two longitudinal ducts in controlled manner.

A solar-powered system includes a support portion; and an evaporation portion having a pumping layer and a photothermal layer. The support portion pumps a fluid to the evaporation portion, the pumping layer evaporates the fluid based on solar power; and the photothermal layer is insulated from the pumping layer.

The invention disclosed herein comprises novel methods and devices for water purification. The invention comprises the use of solar powered water purification units comprising, wherein said units may be portable, and comprise a vapor condensing unit, a water collection unit, a filter, a water inlet, and a vaporization unit. The water purification units comprise components for collecting solar energy, including but not limited to solar panels. The devices may optionally include an inflatable component enabling the device to be used on water as well as on solid surfaces.

The invention discloses a low-temperature evaporation device and process. The device includes a housing, a roller shaft and a soaking band; a liquid inlet and a liquid outlet are formed in the housing; the roller shaft includes an upper roller shaft body, a lower roller shaft body, a tightening roller shaft body, a driving roller shaft body and a supporting piece connected to the housing; the upper roller shaft body, the lower roller shaft body, the tightening roller shaft body and the driving roller shaft body are distributed parallelly in the housing in the same direction; the soaking band penetrates through the upper roller shaft body, the lower roller shaft body, the tightening roller shaft body and the driving roller shaft body to form a closed loop; the lower roller shaft body is completely or partially soaked under the liquid level of a to-be-evaporated feed liquid, it is ensured that the portion, on the lower roller shaft body, of the soaking band is in contact with the to-be-evaporated feed liquid, and therefore a layer of liquid membrane is formed on the outer surface of the soaking band when a liquid material is in contact with the outer surface of the soaking band. By designing the soaking band for penetrating through the whole device body vertically, the superficial area of an available liquid membrane per unit volume of an evaporator is large, and the evaporationefficiency of the evaporator of equipment is greatly improved. By designing the soaking band for circularly rotating, the liquid membrane can be conveniently maintained on the surface of the soaking band, and energy consumption for forming the membrane is reduced.

A solar vapor generator system and method are provided. In some embodiments, the system has near perfect energy conversion efficiency in the process of solar vapor generation below room temperature. Remarkably, when the operation temperature of the system is below that of the surroundings, the total vapor generation will be higher than the upper limit that can be produced by the input solar energy.

The present invention, the floating salt farm, is a system situated at offshore locations for producing crystallized salt and bittern through the evaporation of seawater. The energy storage tank, which is a floating salt farm component, is a storing component for accumulating electricity generated from various energy sources. A plurality of photovoltaic panels is fixed on the buoyant foundation situated at offshore locations or a barge, which is a movable structure.

A purification system can provide for efficient heating of liquid via film heating, which, rather than heating a large volume of liquid, can heat a thin layer of liquid thus reducing the amount of energy required to evaporate the liquid. Film heating can enable evaporation of liquids using less energy than other methods. In addition, when liquids (e.g., seawater) having dissolved solids (e.g., salts) are heated, both the liquid and the solids must be heated. As evaporation occurs, the concentration of solids increases and more energy must be supplied to the liquid in order to cause evaporation. Because purification system can heat only a layer of liquid, less energy is required to heat the solids, which can allow for higher energy efficiencies in purifying liquids. These efficiencies can lead to decreased cost of potable water. Related apparatus, systems, techniques, and articles are also described.