Water re-cycling and re-generation system

Abstract

The present invention discloses a water re-cycling and re-generation system[1] for recycling of water from waste water and generation of water from atmospheric air. The water re-cycling and re-generation system[1] of the present invention comprises of filtration chamber[2], hot water chamber[3], cold water chamber[4] and generated water chamber[5] integrated parallelly thereby forming an unitary structure, a Peltier refrigeration system[6], plurality of pump motors[7] and power supply[8] characterized in that a. the filtration chamber[2] having an inlet[9] and outlet[10] adapted to receive waste water through the inlet[9]; b. the Peltier refrigeration system[6] adapted to receive the filtered water using a DC pump[15]; c. the generated water chamber[5] comprises of coiled copper tube[17] with inlet[18] and outlet[19] adapted to receive the cool water from the cold water chamber[4]; d. the power supply[8] adapted to supply power to the Peltier refrigeration system[6] and the motors[7] upon activation.

Description

FIELD OF THE INVENTION:The present invention generally discloses a water making equipment. More particularly, the present invention relates to a water re-cycling and rc-gcncration system for recycling of water from waste water and generation of water from atmospheric air. BACKGROUND OF THE INVENTION:Water scarcity is a serious problem in many parts of the world. In fact, it has been found that a significant portion of the global population live under conditions of severe water scarcity during at least some months of the year.In the context of potable water, scarcity is caused and / or exacerbated by a variety of factors which may increase demand for potable water, such as an increasing population, urbanisation and industrialisation. As a result of these and other factors, the rate of depletion of existing water sources may exceed the rate of replenishment thereof. Furthermore, in the future, it is likely to become even more challenging to supply the potable water requirements of growing populations.There are reports available in the state of art revealing the existence of devices or systems which is capable of supplementing potable water resources.US4812237A discloses a closed water purification and recycle system processes domestic wastewater to produce potable water for cooking, drinking and dishwashing and water suitable for general household use, such as washing clothes and personal hygiene. The system consists of septic tanks, a biological sand filter, an ultrafilter, a disinfection unit, pumps, valves, water quality and quantity sensors to monitor and control the process. The system also includes an incinerator toilet to eliminate the need for toilet flush water. Water for cooking, drinking and dishwashing is produced by a still using some of the recycled water for feed. The quality of the recycled water is monitored to assure the product water is suitable for the intended uses. Water thus produced is stored until reused. The system will be automatically shut down if the final product water quality does not meet specifications. Blowdown containing concentrated salts from the still is evaporated and incinerated in the incinerator toilet to maintain a satisfactory concentration of salts in the recycled water. The system equipment is designed and sized to allow unattended operation between inspections, scheduled periodically, at which time routine maintenance is performed and makeup water is added to the system to replace water lost to evaporation.WO1996011170A1 discloses a system for reuse of waste water for drinking and other purposes. The system comprises storage of waste water, prefilter, UV-filter, sand filter, RO-filter, storage of purified water, cooling unit, related pipe work and access means. The scale, processing and siting will be subject to the demands and physical requirements on the system. CN107780465A discloses a kind of air water machine, with the condensation dehumidification system including compressor, evaporator and condenser, the lower section of the evaporator is provided with the header tank collected and dripped outside evaporator, described condensation dehumidification system and header tank are located in housing, there is air inlet and air outlet on described housing, have in housing from air inlet and flow through the blower fan that evaporator and condenser be finally provided with driving air flow from the air flow channel of air outlet discharge, the air flow channel ; Heat exchanger is additionally provided with described housing, all or part of air that evaporator is flowed to from air inlet is exchanged heat with flowing to all or part of air of condenser from evaporator by described heat exchanger. Due to setting heat exchanger, the air for blowing to evaporator is changed into from the low-temperature condition after the cold wind heat exchange of evaporator blowout, so substantially increasing the efficiency that water droplet is formed outside evaporator by the normal temperature state of prior art. WO2021224812A1 discloses an atmospheric water generator, to a condensation arrangement for an atmospheric water generator, and to a process for extracting water from air. The generator disclosed herein comprises a coolant chilling unit, a condensation arrangement, and a water holding and / or filtration arrangement which cooperate to extract water from air and store and / or filter the same for use.CN212052996U discloses an atmospheric water generator, including shell, total heat exchanger, evaporimeter, silica gel runner, driving motor, condenser, first water-collecting device, second water-collecting device and water purification case. The wet air in the environment enters the total heat exchanger and the evaporator from the first air inlet of the shell and then is cooled to the dew point temperature, the moisture in the wet air is separated out in a liquid state and flows into the first water collecting device, the air flows through the silica gel rotating wheel to further adsorb the moisture in the air, and the dry air is discharged. Meanwhile, air in the environment enters the condenser from a second air inlet of the shell, is heated to a preset temperature and then flows through the silica gel rotating wheel in a second direction to take away moisture adsorbed on the silica gel rotating wheel, then enters the total heat exchanger and exchanges heat with relatively low-temperature air entering from the first air inlet so as to be reduced to a dew point temperature, and moisture in the air is separatedout in a liquid state and flows into the sccond water collecting device. The collectcd water is filtered and sterilized and then is conveyed to a water purifying tank for drinking. However, the above disclosed system either docs water recycling or water re-generation. Further, they are expensive and complicated to use. Furthermore, they consume more power to complete the process.Thus, there exists a need in the state of art for an alternative system that overcomes the limitations.Hence, an attempt has been made to fabricate a less power consuming system that does water re-cycling and re-generation overcoming the above said drawbacks.OBJECT OF THE INVENTION:The main object of the present invention is to fabricate a water re-cycling and generating system.Another object of the present invention is to fabricate a water re-cycling and re-generation system for recycling of water from waste water and generation of water from atmospheric air. Yet another object of the present invention is to fabricate a water re-cycling and re-generation system comprises of a filtration chamber, a hot water chamber, a cold-water chamber, a generated water chamber, a Peltier refrigeration system, plurality of motors, float sensors and power supply.Further object of the present invention is to utilize the fabricated system for recycling of water from waste water and generation of water from atmospheric air thereby eliminating water scarcity and satisfying water requirements of regular household. SUMMARY OF THE INVENTION:The present invention discloses a water re-cycling and re-generation system[1] for recycling of water from waste water and generation of water from atmospheric air. The water recycling and re-generation system[1] of the present invention comprises of filtration chamber[2], hot water chamber[3], cold water chamber[4] and generated water chamber[5] integrated parallelly thereby forming an unitary structure, a Peltier refrigeration system[6], plurality of pump motors[7] and power supply[8] characterized in thata. the filtration chamber[2] having an inlet[9] and outlet

[10] adapted to receive waste water through the inlet[9] and comprises of sponge filter[1 1], pre-sediment filter

[12] , pre-carbon filter

[13] , post-carbon filter

[21] and sediment filter

[14] arranged in order serially in which the waste water is pumped to pass through the filters[1 1,12,13,14] through pump motor[7a] and exit out filtered water through the outlet

[10] ;b. the Peltier refrigeration systcm[6] adapted to receive the filtered water using a DC pump

[15] , circulates the filtered water into aluminium heat sink radiator Peltier cooling systcm

[16] , where one radiator provides hot water and another radiator provides cool water in which the hot water collects into the hot water chamber[3] through pump motor[7b] and the cool water collects into the cold water chamber[4] through pump motor[7c];c. the generated water chamber[5] comprises of coiled copper tnbc[ 17] with inlct

[18] and outlet

[19] adapted to receive the cool water from the cold water chamber[4] through pump motor[7c] into the inlct

[18] of the coiled copper tubcs

[17] and the copper tube

[17] gets cooled and condenses atmospheric air into water dews and collected in the generated water chamber[5] in which the water from the coiled copper tubes

[17] exit out through the outlet

[19] of the copper tube

[17] and collected foireuse;d. the power supply[S] adapted to supply power to the Peltier refrigeration system[6] and the motons[7] upon activation,BRIEF DESCRIPTION OF THE DRAWINGS:TableFigure 1 depicts perspective view of system of the present inventionFigure 2 depicts block diagram of system of the present invention.Figure 3 depicts backside view of system of the present invention.Figure 4 depicts top view of system of the present invention.DETAILED DESCRIPTION OF THE INVENTION:The present invention discloses a Water Re-cycling and Re-generation system[1] for recycling of water from waste water and generation of water from atmospheric air. The Water Re-cycling and Re-generation system[1] of the present invention comprises of filtration chamber[2], hot water chamber[3], cold water chamber[4] and generated water chamber[5] integrated parallelly thereby forming an unitary structure, a Peltier refrigeration system[6], plurality of pump motors[7] and power supply[8], The filtration chamber[2], hot water chamber[3] and cold water chamber[4] has float sensors[20,22,23] for to sense the level of water. The pump motor[7] is selected from a group comprising of 100psi pump motor, 125psi pump motor and 220psi pump motor. The filtration chamber[2], hot water chamber[3], cold water chamber[4] and generated water chamber[5] are made up of material comprising of stainless steel. Characterization in that:The filtration chamber[2] having an inlet[9] and outlet

[10] receives waste water through the inlet[9]. This chamber[2] comprises of sponge filter

[11] , pre-sediment filter

[12] , pre-carbon filter

[13] , post-carbon filter

[21] and sediment filter

[14] arranged in order serially. The waste water is pumped to pass through the filters[1 1,12,13,14] through 125psi pump motor[7a] and exit out filtered water through the outlet

[10] .Post-Carbon Filter: Post carbon filter enhance the taste of the water having maximum pressure up to: 125psi and maximum temperature: 100 F.Pre-Carbon Filter: Prc-carbon filter is used to remove organic impurities and chlorine content in the water. Specification of maximum pressure up to: 125psi and maximum temperature: 100 F. Sediment Filter: Sediment filter is used to removing dirt particles, rust and sand particles in the water. Specification of maximum pressure up to: 125psi and maximum temperature: 100 F.The Peltier refrigeration system[6] adapted to receive the filtered water using a DC pump

[15] , circulates the filtered water into aluminium heat sink radiator Peltier cooling system

[16] , where one radiator provides hot water and another radiator provides cool water. The hot water is collected into the hot water chamber[3] through 100psi pump motor[7b] and the cool water collected into the cold water chamber[4] through 220psi pump motor[7c].The DC pump

[15] is 230VAC to 12V DC SMPS.The generated water chamber[5] comprises of coiled copper tube

[17] with inlet

[18] and outlet

[19] receives the cool water from the cold water chamber[4] through pump motor[7c] into the inlet

[18] of the coiled copper tubes

[17] . The copper tube

[17] then gets cooled and condenses atmospheric air into water dews and collected in the generated water chamber[5]. The water from the coiled copper tubes

[17] exit out through the outlet

[19] of the copper tube

[17] and collected for reuse.The power supply[8] supply power to the Peltier refrigeration system[6] and the motors[7] upon activation. The power supply[8] is Switched Mode Power Supply(SMPS). The SMPS converts AC supply into DC supply. Whereas in the system of the present invention three SMPS are used. Those are,i) SMPS-12V / 50A DC supplies power for one set of Peltier cooling systemii) SMPS-12 V / 30A DC supplies power for another set of Peltier cooling systemiii) SMPS-12V / 10A DC supplies power for the DC pump motors (24V 1.5A 150 psi DC pump motor, 12V 4.5A 150psi DC pump motor, 12V 3A 110 psi DC pump motor), float switches and 12V DC relays.Working of system of the present invention:The waste water is collected in a filter chamber which has sponge filter, as it removes the solid waste and soap oils from the waste water. When this filtered water reaches three litres of the filter chamber, the float switch began to operate and actuates the relay and gives power supply to the 24V 1.5A 150 psi DC pump motor. There, this motor sucks the waste water andpumps it to the sediment RO filter and then it passes to post, pre carbon filters to make it pure and again passed to another sediment filter. The resultant is a re-cycled water. The water from the outlet of the sediment filter is divided into two equal parts and dropped into cold and hot water chamber. When these storage reaches 3 litres of water the float switch began to operate and actuates the 12V DC relay and gives power supply to the motors (12V 4.5A 150psi DC pump motor, 12V 3A 110 psi DC pump motor) and the Peltier's. There, the motors starts sucking the waters in the cold and hot water chamber and pumps it to the heat sink radiators connected in series in which the six Peltier's are attached to it. The heat sink radiators are attached on both the sides of the Peltier's to carry the hot and cold produced by the Peltier's. The Peltier's then begins to produce heat and cold which is absorbed by the heat sink radiator. When the water passed into it, the water absorbs the heat and cold absorbed by the heat sink radiators and again dropped into the respective chamber. The cold water circulates into the copper tubes which is designed in a spiral structure and then dropped into die cold-water chamber. By passing this cold water into the copper tubes, the copper tube starts to absorb the cooling and reaches a certain level of cold temperature. This copper tube is exposed to atmospheric, therefore the condensation takes place and water dews are formed. The resultant water is pure and safe as it is extracted from air. These water dews are collected in a generated chamber and retrieved for later uses. The whole process is incorporated in a mechanical structure which is made up of stainless steel in order to protect it from rust and to increase the mechanical strength.Therefore, it is concluded that the Water Re-cycling and Re-generation system of the present invention a more efficient and suitable system to be used for water re-cycling and regeneration process than the existing systems as it consumes less power and it does both recycling and regeneration of water in same system which subsequently reduce the buying cost of two separate system for users. Further, the resultant water is pure and safe as it is extracted from air and the system merely satisfies the 20% of water necessity of rural people. In one of the preferred embodiments, the present invention shall disclose a Water Re-cycling and Re-generation system[1] for recycling of water from waste water and generation of water from atmospheric air. The Water Re-cycling and Re-generation system[1] of the present invention comprises of filtration chamber[2], hot water chamber[3], cold water chamber[4] and generated water chamber[5] integrated parallelly thereby forming an unitary structure, a Peltier refrigeration system[6], plurality of pump motors[7] and power supply[8] characterized in thata. the filtration chamber[2] having an inlet{9] and outlet

[10] adapted to receive waste water through the inlet[9] and comprises of sponge filter

[11] , pre-sediment filter(12], pre-carbon filter

[13] , post-carbon filtcr

[21] and sediment filter

[14] arranged in order serially in which the waste water is pumped to pass through the filters[1 1,12,13,14] through pump motor[7a] and exit out filtered water through the outlet

[10] ;b. the Peltier refrigeration system[6] adapted to receive the filtered water using a DC pump

[15] , circulates the filtered water into aluminium heat sink radiator Peltier cooling system

[16] , where one radiator provides hot water and another radiator provides cool water in which the hot water collects into the hot water chamber[3] through pump motorJTb] and the cool water collects into the cold water chamber(4] through pump motoric];c. the generated water chamber[5] comprises of coiled copper tube

[17] with inlet

[18] and outlet

[19] adapted to receive the cool water from the cold water chamber[4] through pump motor[7c] into the inietfl 8] of the coiled copper tubes

[17] and the copper tube

[17] gets cooled and condenses atmospheric air into water dews and collected in the generated water chamber[5] in which the water from the coiled copper tubes

[17] exit out through the outIet

[19] of the copper tube

[17] and collected for reuse;d. the power supply[8] adapted to supply power to the Peltier refrigeration system[6] and the motors[7] upon activation.As per the invention, in the Water Re-cycling and Re-generation system[1] of the present invention, the filtration chamber(2], hot water chamber[3] and cold water chamber[4] has float sensors [20,22,23] for to sense the level of water.In accordance with the invention, in the Water Re-cycling and Re-generation systemfl] of the present invention, the DC pump

[15] is 230VAC to 12V DC SMPS.In accordance with the invention, in the Water Re-cycling and Re-generation systemfl] of the present invention, the pump motor[7] is selected from a group comprising of 100psi pump[7c] motor, 125psi pump motor[7a] and 220psi pump motor[7b]. In accordance with the invention, in the Water Re-cycling and Re-generation system[1] of the present invention, the power supply[8] is Switched Mode Power Supply. In accordance with the invention, in the Water Re-cycling and Re-generation system[1] of the present invention, the filtration chamber[2], hot water chamber[3], cold water chamber(4] and generated water chamber[5] are made up of material comprising of stainless steel.Although the invention has now been described in terms of certain preferred embodiments and exemplified with respect thereto, one skilled in art can readily appreciate that various modifications, changes, omissions and substitutions may be made without departing from the scope of the following claims.

Claims

1. A Water Re-cycling and Re-generation system[1] for recycling of water from waste water and generation of water from atmospheric air, the claimed system comprises of filtration chamber[2], hot water chamber[3], cold water chamber[4] and generated water chamber[5] integrated parallelly thereby forming an unitary structure, a peltier refrigeration system[6], plurality of pump motors[7] and power supply[8] characterized in that a. the said filtration chamber[2] having an inlet[9] and outlet[10] adapted to receive waste water through the said inlet[9] and comprises of sponge filter[11], pre-sediment filter[12], pre-carbon filter[13], post-carbon filter[21] and sediment filter[14] arranged in order serially wherein the said waste water is pumped to pass through the said filters[11,12,13,14] through pump motor[7a] and exit out filtered water through the said outlet[10]; b. the said Peltier refrigeration system[6] adapted to receive the said filtered water using a DC pump[15], circulates the said filtered water into aluminium heat sink radiator Peltier cooling system[16], where one radiator provides hot water and another radiator provides cool water wherein the said hot water collects into the said hot water chamber[3] through pump motor[7b] and the said cool water collects into the said cold water chamber[4] through pump motor[7c]; c. the said generated water chamber[5] comprises of coiled copper tube[17] with inlet[18] and outlet[19] adapted to receive the said cool water from the said cold water chamber[4] through pump motor[7c] into the said inlet[18] of the said coiled copper tubes[17] and the said copper tube[17] gets cooled and condenses atmospheric air into water dews and collected in the said generated water chamber[5] wherein the said water from the said coiled copper tubes[17] exit out through the said outlet[19] of the said copper tube[17] and collected for reuse; d. the said power supply[8] adapted to supply power to the said peltier refrigeration system[6] and the said motors[7] upon activation.

2. The Water Re-cycling and Re-generation systemfl] as claimed in claim 1, wherein the said filtration chamber[2], hot water chamber[3] and cold water chamber[4] has float sensors[20] for to sense the level of water.

3. The Water Re-cycling and Re-generation systcm[1] as claimed in claim 1, wherein the said DC pump[15] is 230VAC to 12V DC SMPS.

4. The Water Re-cycling and Re-generation systcm[1] as claimed in claim 1, wherein the said pump motor[7] is selected from a group comprising of 100psi pump motor[7c], 125psi pump motor[7a] and 220psi pump motor[7b].

5. The Water Re-cycling and Re-generation systcm[1] as claimed in claim 1, wherein the said power supply[8] is Switched Mode Power Supply.

6. The Water Re-cycling and Re-generation systcm[1] as claimed in claim 1, wherein the said filtration chambcr[2], hot water chambcr[3], cold water chamber[4] and generated water chamber[5] arc made up of material comprising of stainless steel.