113 results about "Greywater" patented technology

The utility model belongs to the technical field of coal gasification high-pressure flash steam purification, and particularly relates to a coal gasification high-pressure flash steam purification device. The purification section is arranged above the heat exchange section of the hot water tower, high-pressure flash steam subjected to heat exchange with grey water is washed and purified, ammonium salt and ash in the high-pressure flash steam are removed, meanwhile, the flushing device is arranged on the cooler, the tube pass of the cooler is flushed, and the heat exchange efficiency is improved. Ammonium salt and ash attached to the inner wall of the cooler tube pass are flushed, so that the cooler tube pass can be efficiently prevented from being blocked; and the cooled high-pressure flash steam is subjected to gas-liquid separation, so that ammonium salt, ash and moisture in the high-pressure flash steam are greatly reduced, the high-pressure flash steam is purified and fed into a compressor, and the load and damage frequency of the compressor are reduced.

The invention belongs to the technical field of coal chemical industry grey water treatment, and particularly relates to an advanced treatment method and system for coal chemical industry grey water circulating water. The method integrates pretreatment, complexing cracking, fractional crystallization and deep deamination, and is characterized in that a chelating structure of an organic phosphorus dispersing agent and calcium and magnesium ions is thoroughly destroyed through an advanced reduction-advanced oxidation combined process, target ions are released, and the core problems that hardness removal is hindered and phosphorus pollution is caused are solved; then, calcium and magnesium are respectively converted into calcium carbonate and magnesium ammonium phosphate particles for resource recovery by utilizing a secondary crystallization technology, so that the bottlenecks of high alkali liquor consumption and salt accumulation of a traditional high-pH magnesium ion precipitation method are broken through; and finally, the residual ammonia nitrogen is deeply removed by adopting a pollution-resistant PTFE hydrophobic membrane, so that the residual ammonia nitrogen is efficiently and stably removed, and the problem that a traditional polypropylene material membrane system is easy to pollute and block, easy to oxidize and difficult to apply to the field is solved.

Housing equipped with greywater sorting equipment. This housing includes an analysis cell (60) comprising a siphon (80) installed in a greywater outlet pipe. This siphon comprises: - a fixed body (82) equipped with an inlet pipe (90) and an outlet pipe (92) whose axes (94) of revolution coincide, - a plunger (84) interposed between the inlet pipes (90) and outlet pipes (92) to force the greywater to descend to a lower part (110) of the siphon before rising towards the outlet pipe, - a removable base (86) which completely surrounds the lower part, and - a turbidity sensor (124) fixed, without any degrees of freedom, to the siphon to measure the turbidity of the greywater in the lower part (110) of the siphon or between the lower part and an inlet of the outlet pipe. Fig. 2

A grey water reclamation system for a recreational vehicle includes an on-board use that generates grey water having a contamination level, a grey water treatment tank fluidly connected to the on-board uses to collect the grey water and treat the grey water therein to form treated grey water, and a coagulant dispenser and a flocculant dispenser each fluidly connected to the grey water treatment tank and configured to supply a predetermined amount of coagulant and flocculant, respectively, to the grey water treatment tank. The system also includes a grey water supply tank fluidly connected to the grey water treatment tank configured to receive the treated grey water therefrom and supply the treated grey water to a particular on-board use. The predetermined amount of coagulant is based on the contamination level or a turbidity of the treated grey water.

The utility model relates to the technical field of washing towers, and provides an efficient gas washing tower which comprises a main tower body and a gas inlet auxiliary tower body, the gas inlet auxiliary tower body is arranged at the bottom of the main tower body, a supporting frame is fixed on the outer wall of the main tower body, a gas inlet is formed in the outer wall of the gas inlet auxiliary tower body, and a circulating pump is arranged in the main tower body. The washing and dispersing assembly is arranged between the circulating pump and the main tower body, the filtering assembly is arranged at the inlet end of the circulating pump and in the air inlet auxiliary tower body, the washing and dispersing assembly comprises an inner shell, the inner shell is fixed in the main tower body, the circulating pump is fixed in the inner shell, a central pipe is arranged at the top of the inner shell, and the water outlet end of the circulating pump is communicated with the central pipe; a dispersing cover is arranged at the upper end of the central pipe. According to the technical scheme, the problems that in the prior art, if a bubble-covered tray is used, washing high-temperature grey water and synthesis gas are condensed to generate a large amount of dust, so that the bubble-covered tray is easily blocked or stuck, the synthesis gas carries water seriously, and the stable operation of a system is influenced are solved.

The utility model discloses a kind of loading devices of gasification coarse slag, belong to synthetic ammonia technical field.It include installation platform, distributing pipe, ash water collection tank, sludge dredger, vibrating screen, ash water collection basin, first stair and second stair;The bottom end of distributing pipe is equipped with spare discharge gate and dewatering discharge gate, dewatering discharge gate is connected with vibrating screen, ash water collection basin is located just below vibrating screen and it is connected with ash water collection tank by drain pipe;Installation platform is double-layer structure and it is set along front-back, vibrating screen is set in first layer along front-back, spare discharge gate is located just in front of or just behind vibrating screen, ash water collection tank is located left side or right side of installation platform, sludge dredger and drain pipe are set in left-right direction inclination;First stair is set between first layer and ground, it is located on the side of installation platform close to ash water collection tank, and it is set along left-right direction;Second stair is set between second layer and first layer, and it is set along front-back, and it is located on the side of installation platform away from ash water collection tank.

The utility model relates to the technical field of high-flash gas recovery, in particular to a gasification grey water high-flash gas recovery device which comprises a first condenser, a second condenser, a torch and a boiler. And a second treatment pipeline is fixedly communicated between the outlet of the second condenser and the first treatment pipeline. The device is reasonable and compact in structure and convenient to use, gasified grey water high-flash gas sent out by the high-pressure flash tank is condensed by the first condenser and then sent into the boiler for blending combustion of byproduct steam, the gasified grey water high-flash gas can be effectively recycled, the combustible gas byproduct steam rich in the gasified grey water high-flash gas is utilized, and the utilization rate of the byproduct steam is improved. The consumption of torch natural gas is reduced, the release of waste gas is reduced, and the environmental protection pressure is relieved.

This utility model discloses a backwash water concentrate recovery and utilization device, belonging to the field of water treatment technology. It includes a first filtration device, a second filtration device, and a third filtration device. The first, second, and third filtration devices are connected to the inlet of a wastewater collection tank. The outlet of the wastewater collection tank is connected to a wastewater pipe, which is connected to the inlet of a wastewater pump. The outlet of the wastewater pump is connected to a greywater treatment mechanism and also to a water purification mechanism. This utility model, employing the aforementioned backwash water concentrate recovery and utilization device, reduces the operating load and cost of the greywater treatment system, optimizes the water quality balance of the circulating water system, and prevents corrosion or scaling of cooling equipment, thereby ensuring the efficient and stable operation of the water treatment system.

The present invention discloses a modular treatment system and its operational method that enables recovering reuse-quality water from grey water discharged from individual houses and apartments. The present invention serves as a replacement for the existing soak pits where the grey water is disposed of without any treatment, leading to contamination of water environment. The invention integrates anaerobic and aerobic biofilms on natural fibre and various macrophytes to treat greywater effectively. It is particularly suitable for household and community-level applications, offering a sustainable solution to reduce freshwater consumption and mitigate water pollution.

The invention relates to a method for flushing a sanitary unit, comprising the steps of: - supplying greywater from a greywater line (61) into an interior of a greywater container (40); - temporarily storing the greywater in the greywater container (40) under ambient pressure; - conveying the greywater by means of a greywater pump (30) from the interior of the greywater container (40) under ambient pressure to a flushing device (11), the greywater being conveyed through a filter arrangement (50) arranged in the interior of the greywater container (40) to the greywater pump (30) located behind this filter device (50) in the flow direction; - discharging the greywater using overpressure from one or more flushing openings of the flushing device (11) into a sanitary element (10) to be flushed. The invention likewise relates to a sanitary unit having the features necessary for carrying out the method.

The present application provides a coal gasification black water treatment device system and method, which adopts two-stage vortex separation devices for heat recovery and solid-liquid separation, wherein the secondary vortex separation device improves the solid-liquid separation effect by adding a specific composite medicament, and the treated grey water meets the requirements of the subsequent biochemical treatment; the coal gasification black water treatment device system cancels the high-pressure flash evaporation device, low-pressure flash evaporation device, deoxygenation device and sedimentation device required to be arranged in the traditional coal gasification black water treatment device system, and solves the problems of complex existing process flow, large equipment occupation area and low heat utilization rate.

The application provides a grey water PH regulating device, relates to the technical field of PH regulation, and comprises an adjusting tank and a filtering device, a water inlet pipe is fixedly connected to one side of the adjusting tank, a water outlet is fixedly connected to the lower end of the one side of the adjusting tank, a filtering device is arranged on the inner wall of the adjusting tank and corresponds to the position of the water inlet pipe, the filtering device comprises a filtering pipe, the two ends of the filtering pipe are slidably connected with the inner wall of the adjusting tank, mounting plates are fixedly connected to the two ends of the filtering pipe, sliding blocks are fixedly connected to the two sides of the mounting plates, sliding grooves are formed in the inner wall of the adjusting tank and correspond to the positions of the sliding blocks, and the surfaces of the sliding blocks are slidably connected with the inner walls of the sliding grooves. The filtering device, the stirring device and the gas exchange device are designed, so that the problem that the traditional filtering device is inconvenient to disassemble and clean, is easy to cause the mesh holes to be blocked by sundries, affects the water inflow, and has low PH regulation precision is solved.

This utility model discloses a greywater supply system, including a water storage tank. The inlet of the water storage tank is connected to an inlet pipe, and the outlet of the water storage tank is connected to a supply pipe and a return pipe. The supply pipe includes a first automatic valve, a controllable check valve, and a pressure sensor, arranged sequentially downstream of the connection point of the supply and return pipes. The return pipe includes a second automatic valve, located downstream of the connection point of the supply and return pipes. The supply pipe connects to a water usage point, and the return pipe connects to the return port of the water storage tank. This utility model, by installing a pressure sensor and a first automatic valve on the supply pipe and a second automatic valve on the return pipe, allows the pressure sensor to detect water demand. When water demand is present, the second automatic valve can shut off the return pipe, thus preventing water from flowing back through the return pipe and affecting the supply pressure of the supply pipe, effectively ensuring the water pressure at the water usage point.

The invention discloses a rural domestic grey water residue and oil separation efficient integrated pretreatment device, and relates to the technical field of grey water pretreatment, the rural domestic grey water residue and oil separation efficient integrated pretreatment device comprises a treatment box, an inspection well and an observation hole which are connected to the treatment box, and a treatment assembly and an adjusting assembly which are arranged in the treatment box, by combining the triple effects of physical adsorption, chemical catalysis and microbial degradation of the suspended matter filler, the difficultly decomposed organic matters and colloidal impurities in the sewage are deeply treated, the degradation efficiency of difficultly decomposed pollutants is greatly improved, deposition in subsequent links is avoided, the treatment load of a subsequent soil infiltration system is reduced, the stable operation of the whole process is ensured, and the treatment cost is reduced. And the treated grey water flows along the water outlet pipe, finally flows into the water outlet channel and flows out along the water outlet. After pretreatment, the concentration of sewage pollutants is greatly reduced, the system is more adaptive to the purification capacity of a soil infiltration system, an efficient preposed guarantee is provided for an infiltration path of rural domestic sewage resource utilization, and compared with a single cavity in the prior art, the integrated design saves the occupied area.

The invention relates to the technical field of water treatment, in particular to a sewage separation and collection method and system based on a negative pressure source. Comprising a sewage source separation module, a negative pressure collection network, a multistage processing module, an intelligent control center, a safety monitoring module, an energy management module, a management module, a login module, an authority control module, an encryption transmission module, a block chain storage module and a prediction maintenance alarm module. The multi-stage treatment module comprises a black water advanced treatment unit, a grey water ecological treatment unit, a water quality improvement unit and a resource utilization unit; the negative pressure collection network is connected with the sewage source separation module, the multi-stage treatment module is connected with the negative pressure collection network, and the technical problems that in the prior art, when comprehensive intelligent management is achieved, operation and maintenance mostly depend on regular overhaul and post-event treatment, and accurate prediction and active maintenance of the system state are difficult to achieve are solved.

The invention relates to an electro-catalysis assembly for recycling grey water and a water treatment system, and belongs to the technical field of grey water treatment, the electro-catalysis assembly comprises a membrane cylinder, a water guide net pipe, an electro-catalysis membrane and an anode bar, a water inlet end cover is fixed at a water inlet port of the membrane cylinder, a water outlet end cover is fixed at a water outlet port of the membrane cylinder, a water inlet and an anode hole are formed in the water inlet end cover, and a water outlet hole is formed in the water outlet end cover; the closed end of the water guide net pipe is fixed on the water inlet end cover, and the other open end of the water guide net pipe is fixed and communicated with the water outlet hole; the electro-catalysis membrane is wrapped and fixed on the outer side pipe wall of the water guide net pipe; and one end of the anode bar penetrates through the anode hole, extends into the membrane cylinder and is electrically connected with the electro-catalysis membrane through grey water in the membrane cylinder. According to the invention, the electro-catalytic membrane is wrapped and fixed outside the water guide net pipe, and when grey water flows in from the water inlet of the water inlet end cover, the grey water can flow out from the water outlet of the water outlet end cover through the filtration of the electro-catalytic membrane and the guidance of the pipe holes of the water guide net pipe, so that organic matters can be effectively removed, microorganisms can be effectively killed, the membrane pollution can be delayed, and the service life of the membrane can be prolonged.

This invention discloses an air-source-water source composite heat pump system and its operating method, solving the problems of low coefficient of performance and reliance on high-energy-consuming reverse-cycle defrosting methods in existing coupled systems, which are mostly simply set up in series or parallel. It has the beneficial effects of improving the coefficient of performance and ensuring the continuity and stability of industrial heating. The specific solution is as follows: An air-source-water source composite heat pump system includes a photovoltaic waste heat utilization unit: including a duct, the duct being placed on the back side of the photovoltaic module; a municipal greywater waste heat utilization unit: including a municipal greywater waste heat exchanger, the municipal greywater waste heat exchanger being connected to a municipal greywater pipeline; a low-temperature air-source-water source composite heat pump unit: including a photovoltaic-side evaporator, a first greywater-side evaporator, and a first-stage heating condenser located at the end of the duct, the municipal greywater waste heat exchanger being connected to the first greywater-side evaporator; and a high-temperature air-source-water source composite heat pump unit.

Device (200) for cleaning grey water containing particulate material, comprising a container (201) in turn comprising a water entry (202); a slurry exit (204); a cleansed water exit (203); and a sedimentation volume (220). The invention is characterised in that the container further comprises a flocculant provision means, arranged to add a flocculant (212) to grey water entering via the water entry, so that grey water having entered said sedimentation volume after such adding contains said flocculant, in that the flocculant provision means comprises a vertical chute (213) arranged to convey, via gravity, said grey water from an upper part of said container to be released via an open lower end (215) of the chute into said sedimentation volume at a height of at the most 1 m above a bottom (221) of said sedimentation volume, the chute having a cross-sectional area of at least 0.1 m2. The invention also relates to a method.

Provided herein are filtration systems for treating wastewater (e.g, grey water and / or blackwater). The wastewater filtration system can include, one or more inlet pipes, a first container comprising one or more vermifilters, a second container comprising one or more vermifilters and one or more plant species, a filter system and / or one or more outlet pipes. More particularly, the wastewater filtration system provided herein includes a macro-organism and / or microorganisms for primary and secondary treatment of wastewater. In some embodiments, the macro-organism comprises Eisenia fetida. In some embodiments, the macro- organism comprises a plant species. In some embodiments, the microorganism comprises a bacteria species.

The invention relates to the technical field of bypass grey water treatment, in particular to a bypass grey water washing liquid pretreatment method and system based on CO2 softening. The method comprises the following steps: enabling flue gas to be treated to pass through a superfine bubble generator, and injecting into a first reactor according to an initial set flow; adding calcium carbonate seed crystals into the first reactor and stirring to form slurry containing calcium carbonate microcrystals; pumping the slurry into the bottom of a second reactor, and enabling the slurry to pass through a fluidized bed layer at an initial ascending velocity; monitoring bed fluidization quality, and determining whether bed fluidization quality detection is triggered or not; and determining whether to trigger crystallization process efficiency detection according to a bed fluidization quality detection result. By automatically diagnosing root causes of problems such as excessive nucleation, growth limitation or fluidization deterioration and dynamically adjusting parameters such as air inflow and ascending velocity, calcium and magnesium ions are efficiently removed, stable operation of subsequent evaporative crystallization is guaranteed, and controllable production of particle size and purity of a calcium carbonate product is realized.

The invention belongs to the technical field of pressurized gasification devices and water treatment.The device comprises a flash evaporation system and a sedimentation system.The flash evaporation system comprises a high-pressure flash evaporation tank, a saturated hot water tower, a high-flash condenser and a high-pressure flash evaporation separator, the settling system comprises a plurality of settling tanks, and each settling tank comprises a settling tank body A for removing turbidity and a settling tank body B for removing hardness; the high-pressure flash tank is used for treating black water from a gasification furnace and a washing tower, the liquid outlet of the high-pressure flash tank is communicated with a low-pressure flash tank, the steam outlet of the low-pressure flash tank is communicated with a deaerator, an acid gas condenser and an acid gas separator, and the liquid outlet of the acid gas separator is communicated with the settling tank. According to the gasification grey water quality optimization device and the optimization method thereof, the design is reasonable, the structure is simple, safety and reliability are achieved, use is convenient, and the good application and popularization value is achieved.

The present application relates to a kind of waste incineration fly ash continuous water washing dechlorination device, center cylinder partition enclose and form ash-water mixing dechlorination area, stirring system is located in ash-water mixing dechlorination area, fly ash feed pipe is communicated with ash-water mixing dechlorination area;Vertical flow ash-water precipitation area is the annular space surrounded by center cylinder partition outer wall and main body upper inner wall, inclined plate and rectifier plate are located in vertical flow ash-water precipitation area, vertical flow ash-water precipitation area top is communicated with effluent weir, waste water outlet pipe is connected with effluent weir;Conical precipitation area is formed by main body middle part and inverted cone plate, reflection plate is located below center cylinder partition;Ash paste concentration area is formed by ash bucket of main body lower part, rinsing pipe is arranged in ash paste rinsing area, helical blade is arranged in rinsing pipe, cleaning fluid inlet pipe is communicated with rinsing pipe, ash paste outlet pipe is connected with the outlet of rinsing pipe;Gas lift and reflux pipe are connected.Compared with prior art, the present application improves the efficiency of dechlorination and solid-liquid separation, has good environmental safety, is highly integrated, and has strong process adaptability.

A liquid outlet of a vacuum flash evaporator is sequentially connected with an ash water pump, an ash water cooler and an ash water separator, a flocculant inlet pipe is connected with an inlet of the ash water separator of a first ash water recovery pipe, and an outlet of the ash water cooler is further connected with a liquid outlet of the ash water separator through an ash water backwashing pipe. And the ash water cooler outlet pipe, the ash water backwashing pipe, the flocculant inlet pipe and the first ash water recovery pipe are all provided with valves. The ash water backwashing pipe which is parallel to the outlet pipe of the ash water cooler and is connected to the liquid outlet of the ash water separator is additionally arranged, and ash water can be flushed back and forth in the ash water separator through the control valve to prevent the ash water recovery pipeline from being blocked. And the processes of backwashing the grey water and normally entering the grey water separator are seamlessly connected through the valve, so that the continuity of the grey water recovery system is ensured. The ash-water separator is further communicated with a flocculating agent inlet pipe, a flocculating agent is added, high-concentration calcium and magnesium ions are coagulated and precipitated, and the calcium and magnesium ions are prevented from caking on the pipe wall.

A device (1) for the filtration and purification of wastewater, such as grey water, aimed at providing a new clean and safe water source, comprising: a tank (2) for collecting the water to be treated, comprising an inlet or opening (5) for routing the water to be treated and for discharging the water once filtered and purified; a biocarrier container (3), placed inside the tank (2), comprising a plurality of biocarriers containing grown microorganisms, which purify the water; an aeration unit configured to supply oxygen inside the tank in order to promote the aerobic metabolism of the microorganisms and to prevent the appearance of bad odors; and a biocarrier for the growth of microorganisms for the filtration and purification of wastewater.

The invention belongs to the technical field of tobacco production, and discloses a tobacco production waste gas treatment system and a control method thereof.The tobacco production waste gas treatment system comprises peculiar smell treatment equipment, a reclaimed water supply unit and a tap water supply unit, and the peculiar smell treatment equipment comprises a first-section water tank, a second-section water tank, a filler assembly, a first water pump and a water supplementing tank; the input end of the first water pump communicates with the water supplementing tank, the output end of the first water pump is connected to the first-section water tank and the second-section water tank, the filler assembly comprises a material storage part, an overturning unit and a plurality of fillers, the material storage part is fixedly connected to the second-section water tank, and the overturning unit can overturn the fillers in the material storage part to the bottom of the second-section water tank; the water supplementing tank can be selectively connected or disconnected with the reclaimed water supply unit or the tap water supply unit. According to the tobacco production waste gas treatment system and the control method thereof, the water treatment effect can be improved, water resource waste is reduced, and the tobacco waste gas treatment cost is reduced.

This invention discloses a ceramic flat-sheet membrane greywater recycling treatment device, relating to the field of water treatment technology. It includes a frame and a module disposed inside the frame. A fixed pipe is fixed inside the frame, a movable pipe is inserted inside the fixed pipe and sleeved on the outside of the pipe head on the module, and a rotating sleeve is rotatably connected to the outside of the fixed pipe. A spiral groove is formed on the movable pipe, and a fixed shaft is fixed to the rotating sleeve and slidably connected to the spiral groove. A rotating unit is located outside the rotating sleeve. The advantages of this invention are: when a single ceramic membrane is damaged, there is no need to disassemble the entire frame, pressure plate, and piping assembly; only the damaged membrane can be disassembled and replaced individually. This effectively shortens the membrane replacement operation time, significantly reduces equipment downtime for maintenance, ensures continuous and stable operation of the greywater recycling treatment equipment, and effectively improves the overall operational efficiency of wastewater resource treatment.

The invention discloses a hierarchical grey water recycling method and system for a multi-storey residential building, a collecting unit and a water storage unit are buried under the floor of each household to collect and store bath grey water, the bath grey water is used for cleaning the toilet stool of the household, and the redundant grey water can naturally flow to the lower floor to be used for cleaning the toilet stool or collecting the grey water. According to the system, grey water after bathing of each household can be automatically collected and used for flushing the toilet stool of the household, consumption of purified water in municipal water supply by the toilet stool is greatly reduced, redundant purified grey water of each household can naturally flow to the next floor for grey water utilization or directly flow into a municipal grey water official website, the water-saving and energy-saving effects are obvious, and the system is suitable for popularization and application. And due to the arrangement of the water-saving tank, the water-saving modular installation of each household can be conveniently realized, the cost is lower, the construction period is shorter, an impounding reservoir does not need to be arranged under the ground of the building, and the rebuilding construction and transformation of the existing residential building are facilitated.

This utility model relates to a wastewater treatment system, including a base layer and a treatment cylinder installed on the base layer. The treatment cylinder includes an inner cylinder and an outer cylinder fitted outside the inner cylinder. The treatment space between the inner and outer cylinders is divided into at least one wastewater treatment process zone. The internal space of the inner cylinder is divided into an isolated air purification chamber, a sludge chamber, and a greywater chamber. An air purification device is installed in the air purification chamber, which is equipped with a polluted gas inlet and a purified gas outlet. At least one wastewater treatment device is installed on the base layer, and / or at least one process platform is built above the base layer, with at least one wastewater treatment device installed on the process platform. The upper gas layer of each wastewater treatment process zone and the polluted gas outlet of each wastewater treatment device are all connected to the polluted gas inlet. The system has a compact structure and can effectively collect and purify the polluted gases generated during wastewater treatment.

Greywater Quality Monitoring and Filtration Device

This application discloses a drainage structure beneath the initial dam of an ash storage yard, comprising an initial dam, a slope-adhering drainage layer located on the slope front of the initial dam, and a drainage cushion layer located at the slope toe. A drainage pipe is installed at the bottom of the initial dam, with the inlet end of the drainage pipe extending into the drainage cushion layer and the outlet end of the drainage pipe connected to a recovery tank. The beneficial effects of this application are: compared to a normal initial dam drainage layer, this drainage structure ensures that ash water and seepage from the ash storage yard are not discharged or leaked, while also lowering the seepage line within the initial dam, ensuring dam stability. The overall structure is simple, reliable, easy to construct, and low in cost.