69 results about "Evaporation pond" patented technology

Adsorptive membranes with sponge-like structures for direct recovery of lithium from geothermal brines and recycling of water from geothermal evaporation ponds are disclosed. The membrane surfaces are functionalized with task-specific chemicals capable of selective separation of lithium through host-guest complexation mechanism. The sponge-like structure provides high surface area resulting in an enhanced lithium adsorption capacity. The technology disclosed here aims to reduce the time required for lithium enrichment by evaporative concentration of geothermal brines and address the water loss problem thereof through enhanced solar-driven recycling of water.

The utility model relates to the technical field of water treatment, and discloses a water system of a gas turbine power plant, which comprises a raw water tank, a raw water pretreatment system, a first water tank, an ultrafiltration system, a second water tank, a primary reverse osmosis system, a secondary reverse osmosis system and a fresh water tank, the output end of the primary reverse osmosis system is connected with a concentrated water reverse osmosis system, and the output end of the concentrated water reverse osmosis system is respectively connected with an evaporation pond and a fresh water tank; the output end of the secondary reverse osmosis system is connected with a second water tank; the raw water pretreatment system, the ultrafiltration system, the first-stage reverse osmosis system and the second-stage reverse osmosis system are used for treating wastewater step by step, the first water tank, the second water tank and the fresh water tank are respectively used for storing different treated water, and the evaporation pond is used for storing tail-end wastewater; the tail end wastewater is naturally evaporated in the evaporation pond, remaining solid salt crystals are treated, the wastewater amount is reduced through the evaporation pond and the multiple filtering devices, the wastewater is treated through natural evaporation of the evaporation pond, and discharge of the wastewater is avoided.

In some embodiments, a method may include reducing the microbial load in contaminated water of water recycle loops. These water recycling loops may include pulp and paper mills, cooling towers and water loops, evaporation ponds, feedstock processing systems and / or non-potable water systems. The methods may include providing a peracetate oxidant solution. The peracetate solution may include peracetate anions and a peracid. In some embodiments, the peracetate solution may include a pH from about pH 10 to about pH 12. In some embodiments, the peracetate solution has a molar ratio of peracetate anions to peracid ranging from about 60:1 to about 6000:1. In some embodiments, the peracetate solution has a molar ratio of peracetate to hydrogen peroxide of greater than about 16:1. The peracetate solution may provide bleaching, sanitizing and / or disinfection of contaminated water and surfaces. The peracetate oxidant solution may provide enhanced separation of microbes from contaminated water.

The invention relates to the technical field of heavy salt water treatment, and provides a short-process evaporation pond concentration reduction method and system.The method comprises the following steps that S1, waste water of an evaporation pond is subjected to primary treatment through a sand filtration system and a composite scale inhibitor; s2, concentrating the wastewater subjected to primary treatment by using a primary concentration system, and concentrating the wastewater in a secondary section concentration system; s3, after the wastewater is concentrated, water produced by the second-section concentration system returns to a water inlet of the first-stage concentration system, water produced by the first-stage concentration system enters a second-stage reverse osmosis filtration system, and water produced by the second-stage reverse osmosis filtration system reaches the standard and is discharged or recycled; wherein a membrane material in the primary concentration system is a modified polysulfone membrane. According to the method, short-process evaporation concentration reduction is achieved through the sand filtration system, the composite scale inhibitor and the multi-stage membrane filtration system, the method is simple and convenient, and low-pressure high-power concentration of the wastewater can be achieved.

The utility model provides an arid area saline-alkali land treatment structure, which is characterized in that saline-alkali land is divided into a plurality of planting areas and a saline-alkali water collection and treatment area, each planting area comprises a planting layer, a water drainage and salt guide layer, a permeation-resistant air layer and an original layer, and the water drainage and salt guide layers are respectively positioned at the upper part of the permeation-resistant air layer and inside the original layer; the drainage salt guide layer, the permeation-resistant gas layer and the original layer are all in an inverted V shape with the high middle and the low two sides, and the hydraulic gradient of the slopes on the two sides is 1%-2%. The saline-alkali water collecting and treating area is composed of an alkali discharge channel, a filtering and collecting tank, an electro-adsorption tank, a water storage tank and an evaporation tank, the alkali discharge channel comprises an alkali discharge channel slope, an alkali discharge channel bottom surface and a water level sensor, and the hydraulic gradient of the alkali discharge channel bottom surface is 3%-5%. A filtering and collecting tank, an electro-adsorption tank, a water storage tank and an evaporation tank are arranged at the lowest-gradient end of the bottom surface of the alkali discharge channel. According to the utility model, a planting area layered improved structure is combined with a saline-alkaline water collection, treatment and storage integrated structure, so that the salt content of soil is reduced, and the recycling of saline-alkaline water is realized.

The rate of evaporation in an evaporation pond containing contaminated produced or process water from a hydrocarbon production operation is increased by pumping water from just beneath the surface of the pond through a pipe extending around the periphery of the pond. The water is dispensed around the periphery of the pond from ports in the pipe and then trickles down into the pond water. The pond has a black plastic lining, with a border region that is not submerged. The water from the pipe trickles down across the un-submerged black lining that is at an elevated temperature due to radiative solar heating, and energy is thereby imparted to the water to increase the rate of evaporation.

The invention belongs to the technical field of high-concentration brine concentration, and particularly relates to a zero-energy-consumption automatic seawater concentration and collection method and battery application. The method comprises the following steps: proportionally adding a surfactant into seawater, uniformly mixing to obtain to-be-concentrated seawater, adding the to-be-concentrated seawater into an evaporation pond made of a hydrophobic material, evaporating, and collecting liquid drops seeping from the surface of the evaporation pond to obtain concentrated seawater; the adding amount of the surfactant in the seawater to be concentrated is smaller than a critical value of wetting the hydrophobic material by the surfactant. According to the method, self-triggering type automatic collection of the concentrated seawater based on the target concentration is achieved, the production efficiency is greatly improved, and the labor cost is reduced. The concentrated seawater obtained by the method is high in concentration precision, contains a surfactant, can meet the requirement of a high-performance battery when being used as an electrolyte, can prolong the cycle life of the battery, and meets the commercial application requirement.

The invention relates to the field of desulfurization wastewater treatment, in particular to a wind-energy synergistic evaporation device and method for desulfurization wastewater. The device comprises an evaporation device, an outlet of the evaporation device is connected with an inlet of the evaporation pond; a first inlet of the evaporation device is connected with an outlet of the evaporation pond through a submersible pump; a second inlet of the evaporation device is connected with an outlet of the cleaning device; and the submersible pump and the cleaning device are electrically connected with the automatic control device. The invention solves the problems of low evaporation rate, dependence on a large-area evaporation pond and manual maintenance in the prior art, and has the advantages of high efficiency, energy conservation, high automation degree and low maintenance cost.

The utility model discloses a rotating wheel type wind-light coupling interface evaporator, and relates to the technical field of evaporators. According to the technical scheme, the device comprises a rotating shaft, the rotating shaft is installed on a support and driven by a motor to rotate, a plurality of sheets are arranged on the rotating shaft, solar heat absorption coatings are arranged on the two side faces of each sheet, a saline water spraying device is arranged on one side of each sheet or a saline water pool is arranged below each sheet, and part of the sheets are immersed in saline water. According to the rotating wheel type wind-light coupling interface evaporator, on one hand, the area of an evaporation interface is effectively increased, on the other hand, the evaporation rate of the interface is improved, finally, the evaporation capacity is improved, the pool building investment and the occupied land area of an evaporation pool are effectively reduced, and the purpose of increasing yield and efficiency is achieved.

The invention discloses a mine strong brine zero discharge treatment method based on temperature control reversible adsorption and bipolar membrane recycling coupling, and the method specifically comprises the following steps: step 1, filling an adsorption column with an MOF-808-EDTA adsorbent, and then introducing mine strong brine into the adsorption column to adsorb salt ions to obtain produced water and a saturated adsorbent; 2, performing thermal desorption regeneration on the saturated adsorbent to obtain a high-concentration regenerated liquid and a regenerated adsorbent; and 3, introducing the high-concentration regenerated liquid into a salt chamber of a bipolar membrane electrodialysis system BMED, and decomposing the high-concentration regenerated liquid into acid produced by an acid chamber, alkali produced by an alkali chamber and fresh water produced by the salt chamber under the action of an electric field. The problems that in the prior art, an evaporation pond method has leakage pollution, and a mechanical evaporation crystallization method and a deep well filling method are high in operation cost are solved. The invention further discloses a mine strong brine zero discharge treatment system based on temperature control reversible adsorption and bipolar membrane recycling coupling.

The utility model relates to the technical field of wastewater treatment, and discloses a wastewater explosion elimination treatment device which comprises a sedimentation tank and an evaporation tank, a mounting frame is fixed at a top tank opening of the sedimentation tank, a stirring mechanism, a first liquid level meter and a pH value tester are arranged on the surface of the mounting frame, a second liquid level meter is arranged at a top tank opening of the evaporation tank, and the first liquid level meter is connected with the second liquid level meter. The stirring mechanism comprises a supporting plate mounted on the surface of the mounting frame, a motor support is fixed to the upper surface of the supporting plate, a driving motor is fixed to the upper surface of the motor support, and the output end of the driving motor penetrates through the motor support and extends to the position below the motor support; and a stirring rod is movably mounted on the surface of the supporting plate and located under the driving motor in a penetrating manner. Unmanned control is achieved in the wastewater treatment process, safety and reliability are achieved, concentrate obtained after treatment is collected and treated in a centralized mode, and the environment cannot be harmed.

The utility model relates to the technical field of wastewater treatment devices, in particular to a toilet paper production wastewater zero-discharge treatment device which comprises an evaporation pond and further comprises a wastewater evaporation part, a wastewater treatment part, a wastewater treatment part and a wastewater treatment part, and the wastewater treatment part comprises a heating unit mounted at the bottom of the evaporation pond and a base plate mounted above the heating unit in a lifting manner; the scraping frame assembly comprises a material receiving bin and an L-shaped side supporting plate which are installed at the pool edges of the two sides of the evaporation pool, and a scraping plate used for moving in a reciprocating mode along the horizontal plane is installed between the material receiving bin and the L-shaped side supporting plate; the arranged heating unit is matched with the liftable base plate, so that impurities can be solidified on the base plate and lifted to the pool surface; meanwhile, impurities on the base plate can be scraped through the matched scraping frame assembly, the problem that scaling at the bottom of the pond is not easy to clean can be solved, the device can continuously and effectively scrape solidified impurities, a good treatment environment of the evaporation pond is kept, practicability is high, and the structure is reliable and stable.

An evaporating system for evaporating liquid in an evaporation pond is provided. The system includes a body having a bottom portion configured to be situated inside the liquid in the pond and an upper portion extending upward outside the liquid; at least one conveyor mounted on said body and including an evaporation surface, the conveyor is configured to move the evaporation surface along a rotary path extending between the bottom portion and the upper portion; wherein the evaporation surface includes a mesh having a plurality of pores each of which configured to entrap a droplet of liquid; and wherein the conveyor is configured to continuously rotate the evaporation surface along the rotary path, between the bottom portion in which pores entrap droplets of liquid from the evaporation pond and the upper portion such that the droplets evaporate when traveling along the rotary path.

The invention belongs to a detection system and method, and particularly relates to a dynamic anti-seepage detection system for an in-situ leaching uranium mine evaporation pond and a construction method. The in-situ leaching uranium mine evaporation pond dynamic anti-seepage detection system comprises an evaporation pond, and a detection optical cable is arranged below the evaporation pond. The method has the remarkable effects that the heating and temperature sensing optical cables are laid below the evaporation pond according to fixed intervals, when a leakage accident occurs, the temperature of a leakage point can change obviously, the leakage point can be found out in time, the solution state of the evaporation pond can be mastered accurately in real time, and leakage information can be early warned in time through the laying path of the temperature sensing optical cables; and the absolute safety of the radioactive water body in the evaporation pond is ensured.

The application discloses a kind of desert concentrated salt water solar salt local climate improvement system, belong to ecological engineering and the cross technical field of climate improvement.System includes the large-area solar salt evaporation pond group arranged in inland desert area, the wind tunnel acceleration evaporation distribution arranged along prevailing wind direction, and the ecological gain area of downwind direction.The present application utilizes the super-high evaporation capacity of inland desert area, and the large amount of water vapor generated during the solar salt process is transported to the downwind desert area through the wind tunnel acceleration distribution, continuously increases the local atmospheric water content and air relative humidity, triggers local rainfall increment, so that the annual precipitation of downwind area exceeds the survival threshold of desert vegetation, and promotes the natural recovery of native vegetation.At the same time, large-area evaporation water surface absorbs solar radiation heat, combined with vegetation carbon fixation, forms a significant carbon sink effect.

This invention discloses a solar greenhouse salt-making device, specifically relating to the field of salt production technology. It includes an evaporation tank, a translucent top cover, capillary suction blocks, and a fan. The translucent top cover is detachably connected to the evaporation tank and completely covers its opening. An inlet pipe is located at the end of the evaporation tank furthest from the top cover, allowing brine to enter the tank. The capillary suction blocks are placed inside the evaporation tank, with their bottoms submerged in the brine. The capillary action of the blocks causes the brine to move to their top. A ventilation hole is located on the side wall of the evaporation tank near the top cover, situated at the top of the capillary suction blocks. A fan is fixedly installed within the ventilation hole and electrically connected to a wind power generation device. This invention improves brine evaporation efficiency, shortens the salt-making production cycle, and increases economic benefits.

The invention discloses a sea water desalination device based on wave power generation, which comprises a shell, a power generation module and a sea water desalination module, the shell comprises a forecabin, the power generation module and the sea water desalination module are arranged in the forecabin, the power generation module comprises a support, a linear reciprocating mechanism and a generator, the support is connected in the forecabin in a manner of swinging back and forth, and the linear reciprocating mechanism is connected with the generator. The seawater desalination module comprises a distillation component, a pressurizer and a reverse osmosis membrane component, the distillation component is fixedly connected with the support and comprises an evaporation pond and a primary desalination water storage pond, a condensation top plate inclining towards the primary desalination water storage pond is arranged above the evaporation pond, and the reverse osmosis membrane component is arranged above the condensation top plate. A heater is arranged in the evaporation pond, a water outlet of the preliminary desalination water storage pond is connected to a pressurizer through a pipeline, the pressurizer supplies water to the reverse osmosis membrane component for reverse osmosis purification, and the generator provides electric energy for the heater and the pressurizer. The structure is compact, and convenient arrangement and application are facilitated.

The invention relates to a fire simulator and an evaporation rate regulation and control method. The fire simulator comprises an evaporation pond and a steam outlet; the hydraulic assembly is arranged at the bottom of the evaporation pond and comprises a top plate and a hydraulic column connected with the top plate; the porous medium module is arranged in the evaporation pond, a liquid fuel layer is formed between the punching supporting plate and the top plate, and the porous infiltration layer is located on the side, away from the top plate, of the punching supporting plate. The radiation type heater is positioned above the porous infiltration layer; the first temperature sensor is located in the porous medium module; the mass sensor is arranged at the bottom of the outer side of the evaporation pond; the shooting module is located on the outer side of the evaporation pond and detects the liquid level parameter of the porous infiltration layer, and the liquid level parameter is the interval height between an evaporation interface in the porous infiltration layer and the top plate; and the processing module controls the jacking pressure of the hydraulic column and the incident radiation flux of the radiation type heater according to the temperature parameter, the liquid level parameter, the quality parameter and the target evaporation rate until the porous infiltration layer evaporates the liquid fuel according to the target value.

The utility model discloses a treatment device for high sulfate radical wastewater, and relates to the technical field of wastewater treatment. The device comprises a filter tank and an evaporation tank, a separation assembly is arranged in the evaporation tank, and a recovery assembly is further arranged in the filter tank; the partition assembly comprises a plurality of partition plates fixedly connected into the evaporation pond at equal intervals, and a water inlet pipe penetrates through the center of the surface of each partition plate. According to the utility model, the internal space of the evaporation pond is divided into a plurality of layers through the partition plates, and high sulfate radical wastewater is uniformly distributed in each layer of space through the water inlet pipe and the water outlet shell to be evaporated and crystallized, so that the liquid level height of the wastewater is reduced, the evaporation rate of the wastewater is increased, and the problem that the existing evaporation rate is slow is solved; meanwhile, tail gas of the evaporation pond is guided into the recovery pipe through the flow converging device, the tail gas is guided into the filtering pond through the recovery pipe, waste heat is used for preheating the high-sulfate-radical wastewater, and the problem that existing waste heat is not convenient to recover is solved.

The invention relates to increasing the rate of evaporation in an evaporation pond containing contaminated produced or process water from a hydrocarbon production operation. Water from just beneath the surface of the pond is pumped through a pipe extending around the periphery of the pond. The water is dispensed around the periphery of the pond from ports in the pipe and then trickles down into the pond water. The pond has a black plastic lining, with a border region that is not submerged. The water from the pipe trickles down across the un-submerged black lining that is at an elevated temperature due to radiative solar heating, and energy is thereby imparted to the water to increase the rate of evaporation.

This disclosure relates to a seawater desalination method and corresponding seawater desalination products, belonging to the field of seawater desalination technology. The seawater desalination method includes: real-time acquisition of environmental parameters of a hot water storage tank used for heating stored seawater, the temperature of a phase change thermal storage temperature control layer corresponding to the phase change thermal storage temperature control layer disposed on the outside of the hot water storage tank, and the outlet temperature corresponding to the outlet of the hot water storage tank; determining the heating mode of the hot water storage tank based on the environmental parameters, the temperature of the thermal storage temperature control layer, and the outlet temperature; in the heating mode, obtaining air-condensed freshwater using a membrane humidifier connected to the outlet and a condenser connected to the membrane humidifier; and transporting the seawater discharged from the membrane humidifier to an evaporation tank to obtain seawater condensed freshwater. Embodiments of this disclosure can achieve seawater desalination.

The invention belongs to standard test gas generation devices, and particularly relates to a stable-airflow multi-volatile organic compound standard gas generation device and method.The device comprises a plurality of horizontal-flow type evaporation ponds which are connected in parallel, and evaporation pond bodies in the horizontal-flow type evaporation ponds are of continuous U-shaped groove structures; comprising an organic matter liquid tank and a continuous airflow channel, a water / oil bath heater is used for generating VOC gas saturated steam, the concentration of the volatile organic compound saturated steam is controlled in a water / oil bath temperature control mode, and volatile organic compound gas to be diluted with controllable concentration, temperature and flow is finally formed through conveying of the continuous airflow channel; synthetic air conveyed by the synthetic air supply device and a plurality of to-be-diluted volatile organic compound gases enter the gas collecting row and are discharged through the discharge pipeline, and a mass flow controller, a temperature sensor and the like are arranged in the process to control the dilution ratio, the carrier gas flow and the gas flow temperature of the plurality of VOC gases.

The invention disclosed herein includes apparatus and a method for enhancing the evaporation rate of leachate from leachate evaporator ponds. The HIAP apparatus and method promotes enhances evaporation by providing heat from high powered industrial heat lamps that direct heated air and heat energy across the air / leachate liquid interface of the evaporator pond surface to increase the evaporation rate of leachate from the evaporator pond.

The invention discloses a device and method for evaporating wastewater of an in-situ leaching uranium mining evaporation pond under extreme conditions, and relates to the technical field of in-situ leaching uranium mining wastewater treatment.The device comprises a plurality of plastic-coated steel wire ropes, evaporation materials are hung on each plastic-coated steel wire rope, the plastic-coated steel wire ropes are evenly fixed to the evaporation pond, and the evaporation materials are arranged in the evaporation pond; the bottom of the evaporation material enters the wastewater in the evaporation tank; a photo-thermal qualitative change material is attached to the bottom of the evaporation pond, the side wall of the evaporation pond and the evaporation material; surfactants are attached to the interior of the evaporation pond and the evaporation material. And a fluxing agent is dissolved in the evaporation pond. According to the method, an evaporation material is selected, the wastewater treatment capacity of the in-situ leaching uranium mining mine is improved, a photo-thermal qualitative change material and a wind-thermal qualitative change material are adopted, light energy and wind energy in the environment are fully utilized, meanwhile, a surfactant is adopted, the siphon rate of the rapid evaporation material to wastewater is increased, and the water content is increased.

The invention discloses a reverse osmosis membrane anti-pollution device in seawater desalination, which comprises a pretreatment module, a front desalination module, a mixed disinfection tank and a rear desalination module, the pretreatment module, the mixed disinfection tank and the rear desalination module are sequentially connected, the front desalination module is connected in parallel between the pretreatment module and the mixed disinfection tank, and the rear desalination module is connected in parallel between the front desalination module and the mixed disinfection tank. According to the invention, two modes of evaporation desalination and reverse osmosis membrane desalination are adopted to desalinate the seawater, the seawater desalination efficiency is improved, the mixed disinfection tank is additionally arranged in front of the reverse osmosis filter assembly, and the mixed disinfection tank is used for mixing the seawater treated by the front desalination module and the seawater pretreated by the front desalination module. High-temperature seawater in the evaporation pond and pretreated normal-temperature seawater are mixed and subjected to secondary sterilization and disinfection, so that the seawater is always kept at the optimal filtering water temperature of about 25 DEG C, the optimal desalination efficiency of a subsequent filtering assembly is ensured, and biological pollution of ultrafiltration and reverse osmosis filtering assemblies can be reduced.

The present invention belongs to the technical field of wastewater evaporation. The present invention discloses an evaporation pond floating evaporation system, including a circular evaporation pond and a floating atomizer. The floating atomizer is fixed inside the circular evaporation pond through a circled center module. The circled center module tows the floating atomizer through a primary traction rope, so that the floating atomizer can move freely under the action of wind within a circled circle with a radius of the released length of the primary traction rope; the floating atomizer adopts a fixed-point circle, so that the floating atomizer can be affected by wind and move within a circular range. With the help of wind power, a smaller power is used to make the mist liquid fly a longer distance, and the floating atomizer close to the coastal position area reduces the power during the spraying process, so that the flight distance of the mist liquid can be controlled under the action of wind to avoid flying too far into the shore and invading the soil.

The application discloses a method for removing alkali metal elements from high-alkali coal, which comprises the following steps: 1) obtaining coarse crushing particles by coarsely crushing the high-alkali coal; 2) obtaining a swelling slurry by mixing and stirring the coarse crushing particles with a swelling agent and a promoter; 3) obtaining a grinding slurry by mixing and grinding the swelling slurry with water and a grinding aid; and 4) obtaining low-alkali coal and waste liquid by performing solid-liquid separation on the grinding slurry. 5) passing the waste liquid into a solar evaporation pond to obtain alkali metal salt and circulating liquid. The application can achieve the effect of deep alkali removal, and the coal obtained after alkali removal by the method of the application has an alkali metal content lower than 0.5% and meets the requirements of MT / T1074-2008.

The efficient, stable and compact hot water flash evaporator comprises a shell, and the lower end of a first hot water inlet pipe penetrating through the top wall of the shell is fixedly connected with a liquid distribution pipe; the liquid distribution pipe is connected with a hot water spray head, and a deflection baffle is arranged at the part, close to the right side wall, of the shell; a foam catching net is arranged between the deflection baffle and the right side wall of the shell; a steam outlet is formed above the foam catching net; a superheated water eliminating pipe orifice is formed in the right side wall of the shell below the foam catching net in a penetrating manner, and a superheated water eliminating spray head is arranged at the left end of the superheated water eliminating pipe orifice; a first hot water outlet pipe is arranged at the bottom of the shell; a heat exchange plate pile is arranged in the shell and below the liquid distribution pipe; according to the flash evaporator, hot water entering the flash evaporation space is subjected to spraying flash evaporation, inter-plate liquid film evaporation and pool water flash evaporation in sequence, the retention time of the hot water in the flash evaporation space is prolonged, and the flash evaporator has the advantages of being efficient, capable of saving energy, stable in operation, compact in structure size and the like.

The invention discloses an evaporation tank system, a control method thereof and a post-treatment plant, which are used for evaporating non-radioactive wastewater, can be suitable for the situation of large fluctuation of wastewater output, and can reduce the influence of a strong wind environment on the wastewater treatment process. The evaporation pond system comprises at least one evaporation pond (1), a liquid lifting device (5), a wind power measuring device (7) and a controller (6). The evaporation pond (1) is used for containing waste liquid. The liquid lifting device (5) is arranged in the evaporation pond (1) and is used for lifting the waste liquid in the evaporation pond (1) into the air when being started. The wind power measuring device (7) is arranged near the liquid lifting device (5) and used for detecting wind direction and wind speed information near the liquid lifting device (5) and transmitting the wind direction and wind speed information to the controller (6). The controller (6) is electrically connected with the liquid lifting device (5) and the wind power measuring device (7) and used for controlling starting and stopping of the liquid lifting device (5) according to the wind direction and wind speed information near the liquid lifting device (5).

The utility model provides an evaporation pond structure, aims to solve the problem that an impermeable membrane material on a slope surface of a pond body is easy to tear, improves the impermeability of an evaporation pond, and relates to the technical field of evaporation ponds. The evaporation pond structure comprises an evaporation pond body, a first anti-seepage membrane material layer is laid in the evaporation pond body, the upper end of the first anti-seepage membrane material layer is fixed to a cofferdam of the evaporation pond body, and the slope of the inner wall of the cofferdam is arranged in the gradient direction of the slope. The first impermeable membrane material layer is provided with at least one first arch slope structure which is sunken towards the interior of the slope surface and extends in the transverse direction of the slope surface, a groove formed by the inner side of the first arch slope structure in a sunken mode is a cavity, and an upper protection layer is laid on the first impermeable membrane material layer. According to the utility model, the possibility of environmental pollution caused by leakage of the evaporation pond can be reduced.