65 results about "Total dissolved solids" patented technology

The invention provides an ice making method and system, an intelligent electric appliance, a storage medium and a program product. The ice making method is used for the ice making device and comprises the steps that water quality parameters of ice making water are obtained, and the water quality parameters at least comprise a total dissolved solid value; determining target control parameters in the ice making process according to the water quality parameters; and controlling the ice making device to operate based on the target control parameter so as to form ice blocks. The method has the advantages that the water quality parameters are introduced to serve as the decision basis of ice making control, so that the ice making process can be adaptively adjusted according to different water quality conditions. According to the method, the fine control capability of the ice making process is improved, so that ice block products better meeting the expected quality can be obtained, and the consistency and stability of the ice making effect are improved.

A water path system, comprising a partition plate (721), a booster pump (75), a raw water tank (72), a purified water tank (73), a water purifier (74), a total dissolved solids meter (96), and a concentrated water valve. The water purifier (74) is provided with a water inlet end (23), a concentrated water outlet end (24), and a purified water outlet end (25). The partition plate (721) partitions an inner bottom surface of the raw water tank (72), such that the raw water tank (72) is divided into a raw water tank (7211) and a concentrated water tank (7212). An input end of the booster pump (75) is communicated with the raw water tank (7211) by means of a pipe. An output end of the booster pump (75) is communicated with the water inlet end (23) by means of a pipe. Two ends of the concentrated water valve are respectively communicated with the concentrated water tank (7212) and the concentrated water outlet end (24) by means of pipes. The purified water outlet end (25) is communicated with an input end of the purified water tank (73) by means of a water outlet pipe. The total dissolved solids meter (96) is arranged on the water outlet pipe. The total dissolved solids meter (96) is used for detecting a liquid flowing through the water outlet pipe. The water path system can utilize concentrated water for recycling, thereby effectively saving water resources.

A water faucet and water purification equipment with mineralization are provided. The water faucet includes: a body; an obtaining module, arranged at the body and configured to obtain a PH value and / or a Total Dissolved Solids (TDS) value of water; and a display module, arranged at the body and configured to display the PH value and / or the TDS value. A waterway is arranged in the above body. The obtaining module is arranged in the water faucet, and can obtain a PH value and / or a TDS value of water input to the water faucet and obtain a PH value and / or a TDS value of water output from the water faucet. After obtaining the PH values and / or the TDS values of the water input to and output from the water faucet, the obtaining module inputs the values to the display module, the display module displays the PH value and / or the TDS value.

A water faucet and water purification equipment with mineralization are provided. The water faucet includes: a body, a water faucet filter element, an obtaining module, and a display module. The body is provided with a mineralization waterway; the water faucet filter element and the obtaining module are arranged at the mineralization waterway; the obtaining module is configured to obtain a PH value and / or a Total Dissolved Solids (TDS) value of the mineralization waterway; the display module is arranged at the body and is configured to display the PH value and / or the TDS value obtained by the obtaining module. Water in the mineralization waterway is mineralized through the water faucet filter element. After the obtaining module obtains the PH value and / or the TDS value, the PH value and / or the TDS value is displayed through the display module, to achieve visualization of water quality of the water faucet.

The present application provides a water purification device control method, a water purification device, and a medium. The water purification device comprises a reverse osmosis filter assembly and a booster water pump corresponding to the reverse osmosis filter assembly. The booster water pump comprises an impeller and a motor for driving the impeller. The method comprises: acquiring a total dissolved solids value of water in pipes of the water purification device; determining a target control parameter of the motor on the basis of the total dissolved solids value; and controlling the motor on the basis of the target control parameter, such that the rotational speed of the motor is positively correlated with the total dissolved solids value.

A composition for use in well stimulation operations, the composition comprising a saline fluid, the saline fluid comprising between 50,000 ppm and 70,000 ppm total dissolved solids; a polymer, the polymer operable to react with a crosslinker to increase a viscosity of the saline fluid; a zirconium-containing crosslinker, the zirconium-containing crosslinker operable to react with the polymer, and a chelating agent, the chelating agent comprises diethylenetriaminepentaacetic acid (DTPA), wherein the DTPA is present in an amount between 0.1 wt. % and 0.4 wt. %.

The invention relates to an alkaline ionized water preparation device with multi-stage pretreatment and reverse osmosis functions, and belongs to the technical field of alkaline ionized water preparation.The alkaline ionized water preparation device with the multi-stage pretreatment and reverse osmosis functions comprises a backwashing assembly, and the backwashing assembly comprises a first storage bin, a second storage bin and a third storage bin; and one side of the top of the storage bin I is fixedly communicated with a pretreatment assembly. Through a five-stage purification system of a PP cotton filter plate, a stainless steel filter screen plate, an activated carbon filter, a high-efficiency filter and a reverse osmosis membrane, stepped interception from large particles to tiny colloids is realized by the first four stages of pretreatment mechanisms; and the reverse osmosis membrane further intercepts inorganic salts, heavy metals and microorganisms of which the molecular weight is less than 100Da, so that the TDS value (total dissolved solids) of the primary purified water is reduced to be less than 50mg / L, and a foundation is laid for the preparation of the high-quality alkaline ionized water.

An icemaking appliance(100) and method for reducing total dissolved solids (TDS) includes determining, via a sensor(184) configured to determine TDS in water at the icemaking appliance(100), a magnitude of TDS at or above a threshold level, and opening a valve(180) positioned to selectively flow water from the icemaking vessel through an outlet conduit(131) to selectively flow water from an icemaking vessel through the outlet conduit(131). A conduit(124,132) fluidly couples an upper reservoir(110), the icemaking vessel, and a lower reservoir(120) in serial flow arrangement. A pump(170) selectively flows water from the lower reservoir(120) to the upper reservoir(110) and the icemaking vessel. A heat exchanger system selectively operates to remove heat from the icemaking appliance(100) to generate ice. A controller(200) selectively operates the valve(180), the pump(170), and the icemaking vessel.

A composition for use in well stimulation operations, the composition comprising a saline fluid, the saline fluid comprising between 50,000 ppm and 70,000 ppm total dissolved solids; a polymer, the polymer operable to react with a crosslinker to increase a viscosity of the saline fluid; a zirconium-containing crosslinker, the zirconium-containing crosslinker operable to react with the polymer, and a chelating agent, the chelating agent comprises diethylenetriaminepentaacetic acid (DTPA), wherein the DTPA is present in an amount between 0.1 wt. % and 0.4 wt. %.

There is described a system (12) for estimating a total dissolved solids (TDS) concentration in boiler water, comprising: a sensor (14) having a transmitter configured to transmit a radio frequency or microwave signal into the boiler water and a receiver configured to receive a reflected signal from a reflection of the radio frequency or microwave signal by the boiler water; and an analysis module (16) configured to determine a conductivity value of the boiler water based on the reflected signal and to determine a TDS concentration of the boiler water based on the conductivity. A steam boiler including the system is also described.

A system and method for increasing total dissolved solids (TDS) concentration and pH of water is provided herein. The water is processed using a variety of filtration and purification methods, including carbon filtration, water softening, reverse osmosis, and electrodeionization. After filtration and purification, the water is pumped into a mineral infusion chamber, including a plurality of bioceramic components. At least one TDS sensor monitors the TDS concentration of the water stream, and a flow rate out of the mineral infusion chamber is controlled by a flow control valve based on sensor data produced by the at least one TDS sensor.

The invention discloses a scale thickness prediction method, device and equipment, a medium and a product. The scale thickness prediction method comprises the steps that an operation data set of a cooling water system in a to-be-predicted machine room is acquired, and the operation data set comprises water hardness, total dissolved solids, the pH value, the water flow velocity, the water temperature and the operation duration; inputting the operation data set into a scale thickness prediction model to obtain a predicted water pipe scaling thickness output by the scale thickness prediction model; the incrustation thickness prediction model is obtained by taking an initial fuzzy neural network as a basic model and performing global optimization training on parameters of the basic model by adopting a Zhuang Gracula tenuifolia optimization algorithm. According to the technical scheme, the accuracy of the scaling thickness of the machine room water pipe can be improved.

This invention relates to the field of wastewater treatment technology and discloses a wastewater treatment method and apparatus. The wastewater treatment method of this invention includes the following steps: classifying the wastewater into primary, secondary, and tertiary water categories based on the total dissolved solids (TDS) content. Adjusting the water quality parameters of the tertiary water categories, and then allocating the tertiary water categories into various subcategories based on the adjusted parameters. First, the wastewater undergoes preliminary screening and classification, with the water having the highest TDS content designated as primary water, the second highest as secondary water, and the lowest as tertiary water. Further adjustment is then made to the tertiary water category with the lowest TDS content, changing the water quality parameters to create various subcategories with different parameters. Each subcategory can be applied to different scenarios, further improving the wastewater recycling rate and applicability.

The invention discloses a freeze crystallisation and separation method including arrangement therefore which includes the steps of selective temperature regulation to foster the growth of water ice and salt crystals, segregated by their density and wherein ice crystals float, while salt / mineral crystals sink after mixed slurry was deposited at the lower end of the tank and internal filtration pipes places to filter brine and Low TDS (total dissolved solids) water preventing crystals entering the flow; and of multi-function tank (MFT) separation incorporating a heat recovery mechanism using compressor discharge gas to melt the ice, optimising energy efficiency and reducing overall power consumption. Inlet brine flow is controlled by measurement of Low TDS water extraction quality to control the Low TDS water floating level and subsequent brine layers. The outlet brine or concentrate and solid slurry discharge is controlled based on the fraction of the Low TDS water outlet volume.

A reverse osmosis filtration system including automatic flushing of a filter membrane to prevent total dissolved solids TDS creep.

A method for producing an injection water for a reservoir includes receiving a brine that is produced based on a reverse osmosis of water, performing a separation of the brine, producing a concentrated brine based on the separation of the brine, and producing, based on the concentrated brine, the injection water suitable for use in maintaining a reservoir pressure. Performing the separation of the brine includes performing at least one of a filtration, a membrane distillation, or a forward osmosis. The concentrated brine has a lower sulfate level and NaCl level and a higher total dissolved solids (TDS) level than the brine.

The invention relates to the technical field of functional materials, in particular to a composite material for preparing hydrogen-rich water and a preparation method and application thereof, and the composite material is prepared by mixing tourmaline and forsterite according to the mass ratio of (1: 9)-(4: 6), grinding and sintering at high temperature. The material has the beneficial effects that when the material is in contact with water, the material can synergistically and continuously release high-concentration hydrogen molecules (the hydrogen value can reach more than 3000ppb), the escape of the high-concentration hydrogen molecules is effectively slowed down, and the shelf life of hydrogen-rich water is remarkably prolonged. Meanwhile, the material can emit far infrared rays of 4-16 microns, so that the treated water is weakly alkaline (pH is about 8.5) and low in total dissolved solid content (TDS is about 20), and a small molecular group water structure is formed. The invention further provides a preparation method of the material, and the preparation method is simple in process and environmentally friendly. The composite material can be widely applied to preparation of health-care drinking water and functional drinks or used as a filling material of a water treatment filter element, and has the advantages of high efficiency, stability, integration of multiple functions, safety and convenience.

The present invention relates to a mineral control and ionisation system for purifying seawater comprising: a seawater or raw water influent inlet pipe; an ozone generator for injecting ozone into the water inlet pipe; a solids filtration assembly formed by a first filter configured to remove suspended solids and settleable solids in the water, humic and fulvic acids, various volatile organic compounds, fats and proteins, and agrochemicals, and to eliminate odour and colour in the water; a second organic cation resin filter configured to negatively recharge the cation resin and sequester 45% of all minerals formed by carbonate salts and dissolved solids, and to control the total dissolved solids (TDS) and the total seawater hardness; and a third multimedia filter with bituminous activated carbon configured to remove odour, flavour, chemical residues and colour (crystallisation) that may remain in the water, and to positively recharge the ions in the water. The system also comprises an assembly of magnetic conditioners configured to generate a magnetic field which moves the salts from their equilibrium point and modifies the physicochemical properties of the water; a reverse osmosis module where the levels of electrical conductivity, TDS, total hardness and pH are periodically controlled by reject and recirculation meters; and a UV light and / or ozone and / or quantum alumina exposure means configured to purify water coming from the reverse osmosis module, in compliance with international and Mexican regulations on treated water for human use and consumption. The system further comprises a treated water storage and holding tank configured to prevent the formation of algae, bacteria and cyanobacteria using ultrasonic equipment that emits sound waves at different frequencies, propagating at speeds of 2,000 m / sec, thus preventing blue-green algae growth in the stored water; a magnetic conditioner that controls the minerals in the stored water; an automated control board to

The invention discloses a multi-source index fused underground water ecological threshold grading dynamic early warning method. The method comprises the following steps: constructing an early warning index system including landform, aeration zone lithology, rainfall infiltration supply intensity, underground water level burial depth and TDS (Total Dissolved Solids); dividing the value range of the early warning index into continuous warning levels and assigning values; constructing a judgment matrix, determining a relative weight corresponding to the early warning index, determining a GWES, and carrying out early warning classification on the GWES; and setting a plurality of future early warning scenes to carry out early warning evaluation. According to the multi-source fusion early warning index system, the limitation of traditional single index evaluation is broken through; the GWES is determined through standardized assignment and index weight, so that the relative importance of each early warning index in an ecological system is reflected, the objectivity and ecological correlation of early warning grading are remarkably improved, the subjectivity of manual division is overcome, the data space heterogeneity feature is fully reserved, and the early warning grading efficiency is improved. And the early warning result can reflect the overall trend and the local difference.

The utility model discloses a water purification system capable of reducing the TDS (total dissolved solid) value of head-section water and a water purifier. The water purification system comprises a pressure reducing valve, a composite filter element, a water inlet electromagnetic valve, a booster pump and a reverse osmosis purification unit which are sequentially connected in series along the water flow direction of a raw water pipeline, a wastewater pipeline is arranged on the concentrated water side of the reverse osmosis purification unit; a TDS sensor, a first one-way valve and a pressure sensor are sequentially arranged on the pure water side of the reverse osmosis purification unit in series, and the tail end of the pure water pipeline is used for being connected with a faucet; a first water outlet pipeline is communicated between the TDS sensor and the first one-way valve, the other end of the first water outlet pipeline is connected between the water inlet electromagnetic valve and the booster pump, and a second one-way valve, a water storage container, a backflow electromagnetic valve and a third one-way valve are sequentially arranged in series in the water flow direction of the first water outlet pipeline. The reverse osmosis water purifier can solve the problem of high TDS (total dissolved solids) of head-section water, and can prolong the service life of the reverse osmosis purification unit.

The present application relates to systems and methods for treating high total dissolved solids wastewater. Systems and methods are provided that enable efficient biological treatment of high salt concentration fluid streams (e.g., spent caustic) to reduce the COD concentration in the fluid stream, the method comprising: a) subjecting the wastewater to wet air oxidation to remove an amount of COD from the wastewater and produce a first treated stream comprising a TDS concentration of at least about 10 g / L and a first reduced COD concentration; b) subjecting the first treated stream to a biological process in a bioreactor comprising an amount of biomass and powdered activated carbon therein, wherein the biological process produces a second treated stream comprising at least a second reduced COD concentration.

This application discloses a mixed-bed regeneration wastewater diversion and recycling device and a mixed-bed regeneration wastewater system. The mixed-bed regeneration wastewater diversion and recycling device includes: a three-way diversion valve, an inlet pipe connected to the wastewater pipe of the mixed bed, a first outlet pipe connected to an acid-base neutralization tank, and a second outlet pipe connected to a storage device; a total dissolved solids (TDS) analyzer for detecting the total dissolved solids content discharged from the wastewater pipe of the mixed bed during the replacement stage; and a control system that controls the three-way diversion valve to switch to the first or second outlet pipe based on the comparison result of the detected value and a preset threshold. This application uses a TDS analyzer to detect the total dissolved solids in the wastewater during the replacement stage, and the control system controls the outlet pipe of the three-way diversion valve to be open based on the comparison result of the detected value and a preset threshold, thereby achieving precise diversion and recycling of wastewater of different qualities, thereby improving water resource utilization and reducing wastewater treatment costs.

The embodiment of the invention discloses a water softener control method and device, a water softener and a storage medium, and the method comprises the steps: determining the single-cycle available water supply amount corresponding to each selectable range value of a softened water outlet hardness range through a pre-trained soft water amount prediction model based on the total dissolved solid amount of inlet water of the water softener, the softened effluent hardness range is the hardness change range of effluent of a softening unit of the water softener; determining the salt-saving rate of each selectable range value in the future time period based on the single-cycle available water quantity of the corresponding selectable range value, wherein the salt-saving rate of each selectable range value is the salt-saving rate of each selectable range value relative to the current range value of the softening effluent hardness range; and setting a softened effluent hardness range in the future period of time based on the salt saving rate for each selectable range value. The embodiment of the invention can effectively reduce the regeneration frequency of the water softener.

The invention provides a method and device for evaluating underground water pollution caused by carbon sequestration engineering, and relates to the technical field of carbon sequestration, and the method comprises the steps: setting a plurality of monitoring points in an underground water region of the carbon sequestration engineering, and setting various types of monitoring sensors at each monitoring point, the monitoring sensor comprises a dissolved carbon dioxide sensor, a heavy metal ion sensor, a pH sensor and a total dissolved solid sensor; for any monitoring point, acquiring monitoring data of the monitoring point under a plurality of monitoring indexes based on a monitoring sensor arranged on the monitoring point, and transmitting the monitoring data to a data processing center in real time; and performing groundwater pollution assessment on the received monitoring data of each monitoring point under the plurality of monitoring indexes based on the data processing center to obtain a groundwater pollution assessment score corresponding to the groundwater area. According to the method, it is ensured that the pollution source can be found in time when appearing, and diffusion and aggravation of potential pollution are avoided.

The invention provides a double-threshold (SI, Ca / P) closed-loop device and a double-threshold (SI, Ca / P) closed-loop method taking a hydroxyapatite (HAP) skeletonization window as a core, aiming at rapid prototyping of anammox granular sludge in a high ammonia nitrogen sewage treatment process. The device comprises an SBR (sequencing batch reactor), an online DO / pH / TDS (dissolved oxygen / pH / total dissolved solids) and Ca / P feeding and linkage controller, is matched with a coaxial double-ring microporous injection component to realize short pulse (lagging for 2-10 seconds) of'first calcium and then phosphorus', and is provided with a replaceable sacrificial nucleation cylinder to capture Ca-P microcrystals and reduce scale. The controller adjusts Ca and P pulses and SBR phase time in a linkage mode according to DO, pH, TDS and a manually-input target window (SI = 0.2-0.6, Ca / P = 1.4-1.8); when TDS / pH exceeds a limit value or an excessive mineralization symptom (for example, the HAP peak area in XRD is greater than 15%) occurs, Ca is automatically reduced, and hunger time is prolonged. OCT / FBRM can be selectively accessed, mu t / void ratio or chord length distribution is used as auxiliary triggering, and integration of structure-chemistry-operation is achieved. According to the scheme, anammox granulation is stably and efficiently achieved, an HAP nucleation-growth window is used as a main target, the volume fraction of particles with the particle size larger than or equal to 0.5 mm and larger than or equal to 80% can be obtained within 2-4 weeks, the strength and settleability are remarkably improved, and over-mineralization embrittlement is avoided.

The invention provides a water quality detection circuit, a water quality detection method and a water quality detection device, and belongs to the technical field of water quality detection. And the switch regulation and control module controls the resistor module to be connected with the detection electrode in parallel according to the parallel regulation signal. The oscillation regulation and control module outputs a first square wave frequency under the condition that the resistance module and the detection electrode are connected in parallel. The control module determines total dissolved solid information in water according to the first square wave frequency, and water quality measurement with small conductivity is achieved. The switch regulation and control module controls the resistor module to be connected with the detection electrode in series according to the series adjustment signal. And the oscillation regulation and control module outputs a second square wave frequency under the condition that the resistance module is connected in series with the detection electrode. And the control module determines salinity information in the water according to the second square wave frequency, so that high-conductivity water quality measurement is realized. Through the application, TDS detection and salinity detection are realized, the versatility of water quality detection is improved, and the problem of poor versatility of traditional water quality detection is solved.

The utility model discloses a motor home water level detection device with a water quality TDS test function, which comprises a cylinder rod and a detection mainboard, the detection mainboard comprises an MCU unit U1, an operational amplifier U2 and a plurality of sampling resistors, the plurality of sampling resistors are sequentially connected in series and then are connected between a power supply end VCC and the ground, a connection point of two adjacent sampling resistors is connected with the MCU unit U1, and the MCU unit U1 is connected with the operational amplifier U2. Each sampling resistor is connected with a reed switch in parallel, the reed switches are sequentially distributed in the vertical direction of the barrel rod, a magnetic floater capable of sliding up and down is arranged on the barrel rod, a first platinum electrode and a second platinum electrode are arranged on the barrel rod, and the electric signal end of the first platinum electrode and the electric signal end of the second platinum electrode are connected to the two input ends of an operational amplifier U2 respectively. The output end of the operational amplifier U2 is connected to the MCU U1, and the MCU U1 is used for judging the electric conductivity of the water body according to electric signals collected by the first platinum electrode and the second platinum electrode. The touring car water level detection device can accurately detect the touring car water level and has the water quality TDS testing function.

An icemaking appliance(100) includes a pump(170), a motor(172) operably coupled to an auger(140) of an icemaking vessel(130) to selectively control a rotational speed of the auger(140), and a controller(200) configured to selectively operate a valve(190) positioned at a heat exchanger conduit(189) to selectively flow fluid through the heat exchanger conduit(189). The controller(200) configured to: determine, via a sensor(184) configured to determine total dissolved solids in water at the icemaking appliance(100), a magnitude of total dissolved solids at or above a threshold level; and open the valve(190) to selectively flow fluid in thermal communication with the icemaking vessel(130) to decrease evaporating temperature at an evaporator(181).

This invention discloses a method for controlling the chemical dosing of circulating water to prevent corrosion and scaling, comprising: S1: continuously collecting circulating water samples in real time through an online water quality monitoring probe to obtain measured pH value, water temperature (t), total dissolved solids (TDS), calcium hardness, and total alkalinity, and uploading the data to the control host in real time; S2: calculating the Langerile saturation index (LSI) based on the data uploaded to the control host; S3: classifying the circulating water quality level and judging the circulating water quality based on the LSI; S4: generating a corresponding dosing strategy based on the circulating water quality, and performing dosing according to the dosing strategy; S5: repeating steps S1 to S4 after dosing, which has the advantages of high automation and precise control.

The application provides a water production method, device, medium and purified water dispenser. The method is applied to the field of household appliances. A variable frequency booster pump is used in the method. Soft water quality detection members and soft water temperature detection members are arranged in a water purification system of the purified water dispenser. The current total dissolved solids and the current temperature in the soft water are obtained through the two detection members. According to the relationship among the total dissolved solids, the temperature and the rotating speed of the variable frequency booster pump, the target rotating speed of the variable frequency booster pump corresponding to the current total dissolved solids and the current temperature is determined. Then, the variable frequency booster pump is adjusted according to the target rotating speed. The rotating speed of the variable frequency booster pump is adjusted, so that the stability of the water production flow rate of the water purification system is ensured.