DE102004033152A1 - Photo-mechanical filter water treatment system for swimming pool - Google Patents

Abstract

A swimming pool water cleaning system abstracts water to a photo-mechanical cleaning station prior to return to the pool. Water drawn from the pool is discharged via an overflow weir to a filter (7) with vertical (8) and horizontal (9) filter stages. The filter (7) has an overflow weir outlet (10) to a holding basin (5). The water treatment system further has a duct (11) to a photo-mechanical filter stage (12) discharging to a vertical through-flow filter (8) system and a second overflow (10) to the holding basin (5). The water treatment system further has a reverse osmosis stage (13, 14) downstream from the photo-mechanical filter (12) and a filter system (9) for an incoming rinse concentrate fluid (15) from the reverse osmosis filter (14).

Description

The The invention relates to a cleaning system for the production of permanent natural waters.

In usual Cleaning systems for swimming pools is in a photochemical-mechanical circulation in the pool located water with a circulating pump over a Skimmer sucked into a pipe and after a photochemical UV irradiation over one another line pressed into a sand filter. In the sand filter is the Water mechanically from turbidity cleaned and then over a another line returned to the swimming pool by means of inlet nozzles.

The conventional Cleaning is usually done with the addition of chemical substances (e.g. Chlorine compounds) used in pelvic cleaning.

The Function of the flow the swimming pool takes over the circulation circuit, wherein rough foreign bodies and finer suspended solids are removed.

One The problem is that although optically clear water is generated, but a reduction of parameters such as coliform bacteria, plant nutrients how phosphorus and nitrate are limited. Thereby can the quality the water is not permanently guaranteed in view of these parameters become. An algae growth would adjust within a short time and to a considerable optical impairment lead the water. Also, by doing without the addition of chemical substances a health damage of the human organism, especially during bathing become.

Other conventional Cleaning systems based on reduction processes in a regeneration tank especially in swimming pond systems are limited to the cleaning and the nutrient withdrawal of the bathwater exclusively in that biologically, mechanically and / or photochemically treated Water from the regeneration area directly back to the swimming area supplied will or ever no separation between swimming and regeneration zone.

One The problem is that such a system permanently no adequate water clarity and purity of the swimming area in the The meaning of the swimming pool and bathing water regulation, because the conventional Cleaning system does not withstand changing environmental conditions only by a large dimensioning of individual items that do not look at an average lot size is feasible, approximate can be achieved. The nutrient and pollutant content in the water corresponds to conventional Type of natural water basins approximately the accompanying material content in the water of the regeneration area.

It is a pool complex for swimming and / or bathing and a measuring and control device for ensuring the quality of water for such Pool system described in the publication 100 29 568 A1, the pool complex contains at least one swimming pool, the a water circulation circuit, a water extraction device with a connected measuring and Control device and metering devices for adding disinfectants, such as. Chlorine, are assigned. The circulation circuit essentially contains a water basin downstream of the splash tank and a Sand filter through which the pool water is guided and cleaned and the pool fed again becomes. On the way to the pool, the supply line is interposed Dosing equipment Chemical substances for disinfection while maintaining the for the water quality associated hygienic safety regulations, e.g. DIN 19643 supplied.

For each Pool is provided a pelvic flow, the one Discharge of polluted water from the pool through an overflow in the cache for provides the splash water and with a circulation of the Pool water is achieved by means of a Wasserumwälzanlage. The Water circulation system contains one Water circulation pump, the overflowing, Trapped water through a water treatment plant in the Essentially at least one flushable Contains sand filter, presses and the treated water flows back into the water basin. to After adjustment, appropriate amounts of chemicals are metered in the water circulation circuit given.

One The problem is that the water treatment device preferably Dosing devices for Contains chemicals, The regulated according to the measurement results and / or accordingly be controlled and initiated in advance by presets with fixed values.

For such reprocessing plants, the photochemical-mechanical filter systems for water can be used, which in the document DE 199 50 064 C2 are described. The filter systems contain a filter container in which sand is also introduced as a filter substance, ei NEN inlet and an outlet through which the dirty water to be purified water basin is passed, and a UV radiation disinfection device for disease germs, where the water is bypassed.

One Problem is that the water treatment only up to one can be done to a certain degree. A water quality with a relatively lower Minimum of accompanying substances is not achievable.

It is further associated with a primary Wasserumwälzanlage a pond system, which in the document DE 101 28 930 B4 is described. The pond complex includes a main pond for swimming and bathing and a secondary pond, which is intended to clean the main pond. The water level of the secondary pond is below the water level of the main pond, so that water from the main pond can flow as an overflow to the adjacent pond. The secondary pond contains a concrete-encased bottom seepage filter with a filter layer consisting of a coarse gravel layer, a fine gravel layer, a non-woven layer and a sand layer towards the pond surface. The suctioned through the filter layer and thereby filtered water of the basic precipitating filter is fed back to the main pond via a pump.

One Problem is that here only a rough cleaning of impurities of the water from the main pond by means of the seepage filter in the Secondary pond performed can be.

It is also a method for the biological and biochemical treatment of water, preferably of pool water in the document DE 101 29 663 A1 described. The filter system also contains at least one sand filter, furthermore an ionization device, a downstream activated carbon filter and a titanium oxide granulate cleaning filter with built-in UV disinfection device. The process is carried out by feeding an ionized and ozone-enriched air stream in the activated carbon filter to promote oxidation in the activated carbon filter, and then subjecting the water stream to photochemical and photocatalytic oxidation in a reactor which is exposed to UV-C radiation. Emitter and formed with UV-C radiolucent tubes, the tubes are partially filled with a titanium oxide granules. The titanium oxide granules are held in suspension as they flow through the water. In conjunction with the UV radiation, the catalytic oxidation is triggered. The process-induced ozone generated in the reactor is introduced into an ionization module and dispersed as radicals in the water stream before the activated carbon filter.

One The problem is that the entire cleaning system is too materially and costly.

A nano-filtering device and a reverse osmosis system for treating the water of water basins in a semipermeable membrane filter system for swimming pools is in the document US 5,234,583 described. This eliminates organic and inorganic particles.

The Problem is that due to the existing floating larger accompanying substances in the Water, the membranes are quickly clogged and therefore very often need to be cleaned. Of Further, the concentrate from the rinsing processes of the membrane filter not a closed circuit, but a drain supplied.

Another plant for the treatment of bath water from a swimming pool in the circulation process is in the document DE 202 08 814 U1 The plant has a first filter system for filtering the pool water associated with a swimming pool, a second filter system in the form of a membrane filter for filtering sludge water from the first Fil teranlage and a return of filtrate from the second filter system in the bath water circuit, wherein the first filter system also contains membrane filter and the second filter system is connected to the supply line for bathing water, that the second filter system can be used at least partially for the filtration of bath water.

One Problem is that the arrangement and design of the filter systems is too expensive and only the reduction of toxic Accompanying substances. At the end of the process become the bathwater again added chemical disinfectants.

A system for purifying water, in particular chlorinated bath water in a swimming pool is in the document EP 1 042 237 B1 described. The cleaning system comprises a sand filter assembly, a photochemical treatment UV system, and means for maintaining circulation of water along a tubing and through the filter assembly for filtering the water and means for diverting a first substream from the stream of filtered water through the sand filter assembly and Passing the first substream along a first partial strand and through the UV system for photochemical treatment. There are means for branching a second partial stream of the photochemically treated water from the first partial stream and for passing the prepurified water ent long of the second sub-string of the second sub-stream and therein a membrane filter assembly is present in which dissolved in water compounds such as salts are removed, the filtered concentrate disappears into an outlet.

One Problem is that relatively many flushes of the sand filter device and the membrane filter assembly due to the direct removal of water performed from the pool Need to become as well as the mud concentrate the membrane filter assembly no appropriate use for further direct or indirect training of filtering processes.

Of the Invention is based on the object, a cleaning system for the production permanently natural waters indicate that is designed so that a provision of high quality pure water without the addition of chemicals by means of a mechanically-selective filtration for activation biological repositioning processes in a closed overall circulation system he follows.

The The object of the invention is characterized by the features of the claim 1 solved.

• – einen beckenseparaten fotochemisch-mechanischen Umwälzkreislauf für das in einem Wasserbecken vorhandene Wasser zur Filterung von groben Begleitstoffen,
• – einen Wasservorratsbehälter, dem einlaufseitig ein erster Überlauf aus dem Wasserbecken zugeordnet ist,
• – einen Durchströmungsfilter mit einem vertikalen Durchströmungsfiltersystem und einem horizontalen Durchströmungsfiltersystem, wobei der Durchströmungsfilter auslaufseitig einen zweiten Überlauf zum Wasservorratsbehälter gerichtet aufweist,
• – einen Durchströmungs-Teilkreislauf mit einer fotochemisch-mechanischen Filterstrecke, die vom Wasservorratsbehälter aus zum vertikalen Durchströmungsfiltersystem geführt und dem zweiten Überlauf zum Wasservorratsbehälter zugeordnet ist,
• – einen Umkehrosmose-Teilkreislauf, der nach der fotochemisch-mechanischen Filterstrecke abgezweigt ist und zumindest eine Umkehrosmose-Filteranlage enthält sowie mit dem horizontalen Durchströmungsfiltersystem zur Einspeisung eines Spülungskonzentrats aus der Umkehrosmose-Filteranlage in den Durchströmungsfilter in Verbindung steht, und
• – einen Zulauf zum Wasserbecken, der mit der Umkehrosmose-Filteranlage verbunden ist zur Einspeisung des von der Umkehrosmose-Filteranlage abgegebenen Reinwasserfiltrats, das sich mit dem im Wasserbecken befindlichen Wasser vermischt und dessen Begleitstoffkonzentration ständig minimiert.

The cleaning system for producing permanently natural waters according to claim 1 contains

• A basin-separate photochemical-mechanical recirculation circuit for the water present in a water basin for the filtration of coarse impurities,
• A water reservoir to which a first overflow from the water basin is assigned to the inlet side,
• A flow-through filter having a vertical flow-through filter system and a horizontal flow-through filter system, wherein the flow-through filter has a second overflow on the outlet side to the water reservoir,
• A flow-through partial circuit with a photochemical-mechanical filter section, which is led from the water reservoir to the vertical flow-through filter system and is assigned to the second overflow to the water reservoir,
• - A reverse osmosis subcircuit, which is branched off after the photochemical-mechanical filter section and at least one reverse osmosis filter system and communicates with the horizontal Durchströmungsfiltersystem for feeding a Spülungskonzentrats from the reverse osmosis filter system in the flow filter, and
• - An inlet to the water basin, which is connected to the reverse osmosis filter system for feeding the discharged from the reverse osmosis filter system pure water filtrate, which mixes with the water in the water basin and constantly minimizes the accompanying concentration.

To the water-pooled photochemical-mechanical circulation belong essentially a first circulating pump, at least a first skimmer and at least one first UV irradiation device and at least one flushable first sand filter, whereby from the first skimmer on a line a first UV irradiation device is guided, wherein the first circulating pump between the first UV irradiation device and the first sand filter arranged and over the lines are connected to the two and being from the first one Sand filter from a first return line back leads to the pool, wherein in the end region of the first return line preferably Inlet nozzles for the water to be dispensed are located.

Of the Flow-through component circuit and the reverse osmosis subcircuit are essential parts of a biomechanical selection activator circuit, in which the water reservoir and the flow-through filter are integrated.

Of the Flow filter consists essentially of a regeneration tank, to which at least the filtrate-dispensing end portion of the vertical flow filtration system and the concentrate dispensing end portion of the horizontal flow filtration system belong.

Of the Flow-through component circuit closes the Water reservoir and the flow-through filter and has a photochemical-mechanical filter section between them with a second circulating pump, at least one second UV irradiation device and with at least one flushable second sand filter, leaving from the water reservoir a line is led to the second UV irradiation device, the second circulation pump between the second UV irradiation device and the second sand filter and via lines with the two is connected and wherein the second sand filter is a branching Output line is formed, whose a first branch line leads to the flow filter and a second branch line associated with the reverse osmosis subcircuit is.

The horizontal water surface-related Durchströmungsfiltersystem is a supply line for feeding the flushing concentrate - the Spülkonzentratleitung - from the reverse osmosis Fil assigned teranordnung. The horizontal flow filtration system optionally has one or more source stones (water features, streams or the like) and a second skimmer, which discharges the water of the flow-through filter by means of a second overflow from the regeneration tank into the water reservoir.

The vertical floor-mounted flow filtration system consists end-side of one or more on the ground of the regeneration tank mounted distributors and one the distributor surrounding filter substrate, wherein in the distributors at least one Part of the prepurified water collected from the first branch line and evenly through lateral and upward outlet openings in the outlet openings pressed surrounding filter substrate becomes.

• – 30cm Grobkies, Körnung 32/56mm
• – 30cm Kies, Körnung 16,32mm
• – 10cm Kies, Körnung 8/16mm
• – Feinkies, Körnung 2/8mm sowie
• – einer Schicht Abdeckmaterial.

The filter substrate in the flow-through filter may be an overall layer of grain-graded, washed, fines-free, preferably fine particles of about 80 cm thickness, with the filter substrate optionally constructed in layer order from bottom to top to the water surface.

• - 30cm coarse gravel, grit 32 / 56mm
• - 30cm gravel, grit 16,32mm
• - 10cm gravel, grain size 8 / 16mm
• - fine gravel, grain size 2 / 8mm as well
• - A layer of masking material.

In the fine gravel layer are optionally used reposition plants, At their roots are bacteria, especially root bacteria form a majority cleansing and nutrient conversion in particular of the flushing concentrate spreading in the flow-through filter the reverse osmosis filter system.

Of the Reverse osmosis subcircuit at least closes the flow filter and has a pressure pump and the following reverse osmosis filter system on, wherein the pressure pump at the branching output line the photochemical-mechanical Filter line connected and with the reverse osmosis filter system is connected, from the one hand, the flushing concentrate line to the horizontal surface-related Flow filtration system the regeneration tank and on the other hand, a second return line is led to the pool for feeding pure water filtrate.

Of the Water reservoir may be related to a water supply that is connected to a Control system is connected.

The Water supply can for the water reservoir the following sources of supply: precipitation water, well water, Mineral spring water and other fresh water have.

The Water basin can be used both as a firmly enclosed swimming pool as well as a pond complex with a swimming area as well as a Be formed water reservoir.

The Contains control system preferably a measuring electronics, which is connected to sensors, and a control electronics for predetermined and / or optimal setting of the circuits and their components, in particular the speeds of the pumps and the existing and required amounts of water, filtrate and concentrate to the respective conditions.

The Number of components used (cycles and their subcomponents) are not limited to the specified number. It can the respective number of components depending on the size of the pools and the Amount of water can be varied in order to constantly minimize the disturbing, to be filtered out accompanying substances at least in the water of the water basin to reach.

The predetermined effect of the cleaning system is only achieved by that according to the invention photochemical, mechanical and biological processes are brought together and combined.

further developments and specific embodiments of the invention are described in further subclaims.

The Invention is based on an embodiment explained in more detail by means of several drawings.

It demonstrate:

1 a schematic representation of a first part of the cleaning system according to the invention for producing a permanently natural bathing water in a swimming pool with a photochemical-mechanical circulation,

2 a schematic representation of a second part of the cleaning system according to the invention 1 , the second part with the in 1 The first part shown via the connection points (I, II, III) is in communication, with a biological-mechanical selection activator circuit and

3 a schematic representation of the cleaning system according to the 1 . 2 with filter circuits and in conjunction with a control system (with dashed connection lines).

• – einen beckenseparaten fotochemisch-mechanischen Umwälzkreislauf 4 für das in dem Schwimmbecken 3 vorhandene Badewasser 2 zur Filterung von groben Begleitstoffen,
• – einen Wasservorratsbehälter 5, dem einlaufseitig ein erster Wasserüberlauf 6 aus dem Schwimmbecken 3 zugeordnet ist,
• – einen Durchströmungsfilter 7 mit einem vertikalen Durchströmungsfiltersystem 8 und einem horizontalen Durchströmungsfiltersystem 9, wobei der Durchströmungsfilter 7 auslaufseitig einen zweiten Wasserüberlauf 10 zum Wasservorratsbehälter 5 gerichtet aufweist,
• – einen Durchströmungs-Teilkreislauf 11 mit einer fotochemisch-mechanischen Filterstrecke 12, die vom Wasservorratsbehälter 5 aus zum vertikalen Durchströmungsfiltersystem 8 geführt und dem zweiten Wasserüberlauf 10 zum Wasservorratsbehälter 5 zugeordnet ist,
• – einem Umkehrosmose-Teilkreislauf 13, der nach der fotochemisch-mechanischen Filterstrecke 12 abgezweigt ist und zumindest eine Umkehrosmose-Filteranlage 14 enthält sowie mit dem horizontalen Durchströmungsfiltersystem 9 zur Einspeisung eines Spülungskonzentrats 15 aus der Umkehrosmose-Filteranlage 14 in den Durchströmungsfilter 7 in Verbindung steht, und
• – einen Zulauf 16 zum Schwimmbecken 3, der mit der Umkehrosmose-Filteranlage 14 verbunden ist zur Einspeisung des von der Umkehrosmose-Filteranlage 14 abgegebenen Reinwasserfiltrats 17, das sich mit dem im Schwimmbecken 3 befindlichen Badewasser 2 vermischt und dessen Begleitstoffkonzentration ständig minimiert.

The 1 . 2 and 3 will be considered together below. The cleaning system according to the invention shown there 1 for the production of a permanently natural bathing water 2 in a swimming pool 3 , contains

• - A basin-separate photochemical-mechanical circulation 4 for that in the pool 3 existing bathing water 2 for filtering coarse impurities,
• - a water reservoir 5 , the inlet side, a first water overflow 6 from the swimming pool 3 assigned,
• - a flow filter 7 with a vertical flow filtration system 8th and a horizontal flow filtration system 9 , wherein the flow-through filter 7 on the outlet side, a second water overflow 10 to the water reservoir 5 has directed,
• - A flow-through partial circuit 11 with a photochemical-mechanical filter section 12 coming from the water reservoir 5 out to the vertical flow filtration system 8th led and the second water overflow 10 to the water reservoir 5 assigned,
• - A reverse osmosis subcircuit 13 , after the photochemical-mechanical filter section 12 is branched off and at least one reverse osmosis filter system 14 contains as well as with the horizontal flow filtration system 9 for feeding a flushing concentrate 15 from the reverse osmosis filter system 14 into the flow-through filter 7 communicates, and
• - an inlet 16 to the swimming pool 3 that with the Reverse Osmosis Filter System 14 is connected to the feed of the reverse osmosis filter system 14 discharged pure water filtrate 17 that deals with the in the pool 3 located bathing water 2 mixed and its accompanying concentration constantly minimized.

To the pool-associated photochemical-mechanical circulation loop 4 belongs a first circulating pump 18 , a first skimmer 19 with a line 20 connected to a first UV irradiation device 21 is guided. The circulation pump 18 is between the UV irradiation device 21 and the first sand filter 25 arranged and over the lines 22 and 23 connected with the two. From the first sand filter 25 from performs a first return line 26 to the swimming pool 3 , wherein in the end region of the first return line 26 preferably inflow nozzles 27 for the bathwater to be dispensed 2 are located. A flushing line 28 the first sand filter 25 is to a process 29 guided.

In the cleaning system 1 takes over the basin-associated photochemical-mechanical circulation 4 the function of the flow through the swimming pool 3 , whereby existing impurities, especially larger foreign bodies and suspended matter are removed.

The flow filter 7 consists essentially of a regeneration tank, to which the filtrate-emitting end portion of the ground-based vertical flow filtration system 8th and the concentrate dispensing end portion of the water surface bonded horizontal flow filtration system 9 belong.

The flow-through partial circuit 11 and the reverse osmosis subcircuit 13 are parts of a biological-mechanical selection activator cycle 51 into the water reservoir 5 and the flow-through filter 7 are integrated.

In the flow-through partial circuit 11 that will be in the water reservoir 5 located water 30 with a second circulation pump 31 at a suction pressure of 0.5 - 1 bar over the line 32 aspirated and after a photochemical UV irradiation by means of a second UV irradiation device 33 over the wires 34 and 35 in a second sand filter 36 pressed. In the second sand filter 36 becomes the water 30 of the water reservoir 5 mechanically cleaned of accompanying turbidities. Subsequently, after the branching output line 37 on the one hand in a first branch line 38 a part of the pre-cleaned water 30 in the vertical ground-based flow filtration system 8th of the regeneration tank 39 of the flow-through filter 7 distributed, on the other hand via a second branch line 40 the other part of the prepurified water 30 for the reverse osmosis subcircuit 13 provided.

• – 30cm Grobkies, Körnung 32/56mm
• – 30cm Kies, Körnung 16,32mm
• – 10cm Kies, Körnung 8/16mm
• – Feinkies, Körnung 2/8mm.

The vertical flow filtration system 8th consists of one or more on the bottom of the regeneration tank 39 lying distributors 41 in which the pre-purified water 30 from the first branch line 38 collected and evenly through lateral and overhead outlet openings in the filter substrate surrounding it 42 is pressed. The filter substrate 42 is a total layer of grain-graded, washed pebbles without fines with a thickness of about 80cm. The filter substrate 42 may in the vertical flow filtration system described herein 8th from bottom to top in layer order as follows:

• - 30cm coarse gravel, grit 32 / 56mm
• - 30cm gravel, grit 16,32mm
• - 10cm gravel, grain size 8 / 16mm
• - fine gravel, grain size 2 / 8mm.

In the upper layer of fine gravel reposition plants are used, at their roots Bak form (root-space bacteria), which provide much of the purification and nutrient conversion. The processed nutrients are absorbed by the plants and converted into biomass. With a bulk material of your choice, the upper fine gravel layer is covered. The cover material has a purely optical function and is normally assigned to the given design effect. Furthermore, thereby the maximum water level of the regeneration tank 39 be set.

That for the reverse osmosis subcircuit 13 branched, provided prepurified water from the line 40 is via a pressure pump 43 at a pressure of 7 - 15 bar in the reverse osmosis filter system 14 pressed. The pre-cleaned water is in the reverse osmosis filter system 14 is intensively cleaned by the reverse osmosis process and is delivered via the second recirculation line 54 discharged and over the inlet 16 as pure water filtrate 17 the swimming pool 3 fed. This is due to a required flushing of the reverse osmosis filter system 14 resulting flushing concentrate 15 passes through the flushing concentrate line 44 into the horizontal water surface bonded flow filtration system 9 of the regeneration tank 39 ,

The horizontal surface-bound water flow filtration system 9 may contain one or more source stones (water features, streams, etc.) and a second skimmer 45 , which is the water of the flow filter 7 through the pipe of the overflow 10 into the water reservoir 5 dissipates. To the horizontal flow filter system 9 can also the flushing concentrate line 44 be calculated, wherein the exiting flushing concentrate on the surface side of the filter substrate of the flow-through 7 is distributed.

That in the reverse osmosis filter system 14 resulting pure water filtrate 17 passes through the second return line 54 in the inflow 16 for the pool 3 , Preferably, there are the feed 16 and the overflow 6 on opposite sides of the swimming pool 3 for better mixing of the fed pure water filtrate 17 with the existing bath water 2 in the pool 3 , The resulting surplus discharge of the bath water 2 in the pool 3 finds over the first overflow 6 into the water reservoir 5 instead of.

Possible water losses in the cleaning system 1 be in the water reservoir 5 about a water supply 46 that have a regulatory system 47 can be controlled, balanced. The possible excess of water, caused for example by high rainwater precipitation, accumulates in the water reservoir 5 and can through the line 48 a third overflow 49 in the process 29 be dissipated. Furthermore, the rinse water of the sand filter 25 . 36 over the wires 28 . 50 in the process 29 dissipated.

In place of the process 29 can the nutrient-enriched water 30 from the water reservoir 5 also be delivered to an irrigation system for vegetation areas.

The following is the summary of the operation of the cleaning system according to the invention in summary 1 explained in more detail.

In the first stage pool-associated photochemical-mechanical recirculation loop 4 it will be in the pool 3 located bathing water 2 with a first circulation pump 18 with a suction pressure of 0.5 - 1 bar over a first skimmer 19 in a line 20 aspirated and after a photochemical UV irradiation by means of a first UV irradiation device 21 over the wires 22 and 23 in a first sand filter 25 pressed. In the first sand filter 25 becomes the bathwater 2 mechanically cleaned of turbid substances and then over the line 26 back in the pool 3 by means of inlet nozzles 27 recycled. The flushing line 28 of the first sand filter is to the process 29 guided.

That in the second-stage Biosafety Selection Activator cycle 51 belonging water reservoir 5 located water 30 becomes in the flow partial circuit 11 pre-filtered. A part (about 85%) of it is directly over the vertical ground-based Durchströmungsfiltersystem 8th in the filter substrate 42 of the regeneration tank 39 and thus into the root area of the reposition plants. The water then runs into the water reservoir 5 over the second overflow 10 back and the circulation in the flow partial circuit 11 to be continued.

In the regeneration tank 39 Be the over the reverse osmosis subcircuit 13 added accompanying substances - nutrients and pollutants - via the flushing concentrate line 44 degraded by a conversion into biomass. The remaining amount of water from the outlet pipe 37 in the amount of about 15% of the circulation capacity of the flow-through partial circuit 11 be over the second branch line 40 the reverse osmosis subcircuit 13 through the pressure pump 43 fed. Approximately 80% of the water from the second branch line 40 flow to the reverse osmosis filter system 14 via the flushing concentrate line 44 into the horizontal water surface bonded flow filtration system 9 wherein the mud concentrate is substantially above the filter substrate 42 is distributed for absorption by the reposition plants. The remaining about 20% of the water from the second branch line 40 be as pure water filtrate 17 over the inlet 16 in the pool 3 guided and helps as a result of mixing with the existing bathing water 2 to constantly mince its accompanying substances.

The invention makes it possible that the nutrients and pollutants from the bathwater 2 targeted by the first overflow 6 into the water reservoir 5 removed and from there from the regeneration basin 39 over the flow-through partial circuit 11 fed and controllable against incoming pure water filtrate 17 from the inlet 16 is exchanged. There is therefore a selection with the goal, which takes place in the bath water 2 unwanted accompanying substances from the swimming pool 3 filter out and targeted the biodegradation process in the biological-mechanical selection activator cycle 51 supply. The process is realized in that in the reverse osmosis subcircuit 13 On the one hand, ultrapure pure water filtrate (so-called permeate water) for the swimming pool 3 and on the other hand, rinse concentrate 15 with supply to the horizontal flow filtration system 9 will be produced.

The biological-mechanical selection activator cycle 51 forms the basis for the reverse osmosis subcircuit 13 as part of a wholeness cleaning system 1 without draining the flushing concentrate 15 in the process 29 can be performed and the pool 3 the pure water filtrate 17 is supplied as so-called permeate water. On the contrary, the feed of the flushing concentrate 15 into the flow-through filter 7 its filter properties are stimulated and improved, thus increasing the environmental friendliness of the overall filter system.

The invention with the biological-mechanical treatment of the flushing concentrate 15 combined with a permanent reduction of nutrients and pollutants in the regeneration basin 39 Also prevents a continuous increase in the concentration of unwanted accompanying substances of the water 30 in the water reservoir 5 ,

The invention thus also opens the possibility that in areas with relative water scarcity or fluctuating water supply the permeate water is permanently available as drinking water. Since it does not matter from which sources the water supply 46 into the water reservoir 5 takes place, via the cleaning system according to the invention 1 accordingly also drinkable water from precipitation water, well water oa. be provided if necessary.

The invention thus ensures a permanently clear and clean bath water 2 in the pool 3 without water loss in the entire cleaning system 1 , A possible water loss results exclusively from splashing water loss during bathing or from natural evaporation.

The water basin 3 may optionally be designed both as a firmly enclosed swimming pool as well as a swimming pond system with a swimming area and as a water reservoir.

Preferably it may be appropriate the first filling already make the water basin with permeate water. Thus be the causes of Germination and algae formation and water turbidity avoided from the start and provided a largely independent of changing environmental influences water.

About a regulatory system 47 can the interaction (in 3 dashed lines) of the individual components in the circuits by means of a measuring electronics 52 and a control electronics 53 both predetermined and optimally adjusted and adapted to the respective conditions.

The Invention allows it, high quality pure water especially without the addition of chemical To provide substances in a closed loop system.

1

cleaning system

2

bath water

3

water basin

4

photo chemical mechanical circulating

5

Water reservoir

6

First overflow

7

Flow filter

8th

vertical Flow filtration system

9

horizontal Flow filtration system

10

Second overflow

11

Flow-through component circuit

12

Photo chemical mechanical filter section

13

RO Partial circuit

14

Reverse osmosis filter system

15

flushing concentrate

16

Intake

17

Reinwasserfiltrat

18

First circulating pump

19

first skimmer

20

management

21

First UV irradiation device

22

management

23

management

24

management

25

first sand filter

26

First Return line

27

inlet nozzles

28

purge line

29

procedure

30

water

31

Second circulating pump

32

management

33

Second UV irradiation device

34

management

35

management

36

second sand filter

37

output line

38

First branch line

39

regeneration pool

40

Second branch line

41

distributor

42

filter substrate

43

pressure pump

44

Flushing concentrate line

45

second skimmer

46

water replenishment

47

control system

48

management

49

Third overflow

50

management

51

Bio-mechanical Selektionsaktivator cycle

52

measuring electronics

53

Control / regulation electronics

54

Second Return line

Claims (14)

Cleaning system ( 1 ) for the production of permanently natural waters ( 2 ), comprising - a basin-separate photochemical-mechanical circulation circuit ( 4 ) for in a water basin ( 3 ) existing water ( 2 ) for the filtration of by-products, - a water reservoir ( 5 ), the inlet side, a first overflow ( 6 ) from the water basin ( 3 ), - a flow-through filter ( 7 ) with a vertical flow filtration system ( 8th ) and a horizontal flow filtration system ( 9 ), wherein the flow-through filter ( 7 ) on the outlet side a second overflow ( 10 ) to the water reservoir ( 5 ), - a flow-through partial circuit ( 11 ) with a photochemical-mechanical filter section ( 12 ) from the water reservoir ( 5 ) to the vertical flow filtration system ( 8th ) and the second overflow ( 10 ) to the water reservoir ( 5 ), - a reverse osmosis partial circuit ( 13 ), which after the photochemical-mechanical filter section ( 12 ) is branched off and at least one reverse osmosis filter system ( 14 ) and with the horizontal flow filtration system ( 9 ) for feeding a flushing concentrate ( 15 ) from the reverse osmosis filter system ( 14 ) into the flow-through filter ( 7 ), and - an inlet ( 16 ) to the water basin ( 3 ) with the reverse osmosis filter system ( 14 ) is connected to the feed of the reverse osmosis filter system ( 14 ) discharged pure water filtrate ( 17 ), which is in the water basin ( 3 ) water ( 2 ) and constantly minimizes its concentration of accompanying substance. Cleaning system according to claim 1, characterized in that the water-chamber-associated photochemical-mechanical circulation ( 4 ) a first circulating pump ( 18 ), at least a first skimmer ( 19 ) and at least one first UV irradiation device ( 21 ) and at least one flushable first sand filter ( 25 ), whereby the first skimmer ( 1 ) from a line ( 20 ) to a first UV irradiation device ( 21 ), wherein the first circulating pump ( 18 ) between the first UV irradiation device ( 21 ) and the first sand filter ( 25 ) and via lines ( 22 . 23 ) is connected to the two and wherein the first sand filter ( 25 ) from a return line ( 26 ) back to the pool ( 3 ), wherein in the end region of the return line ( 26 ) preferably inlet nozzles ( 27 ) for the water to be dispensed ( 2 ) are located. Cleaning system according to claim 1 or 2, characterized in that the flow-through partial circuit ( 11 ) and the reverse osmosis subcircuit ( 13 ) to a biological-mechanical selection activator circuit ( 51 ), in which the water reservoir ( 5 ) and the flow-through filter ( 7 ) are integrated. Cleaning system according to claim 1 to 3, characterized in that the flow-through filter ( 7 ) essentially from a regeneration tank ( 39 ), to which at least the filtrate-emitting end region of the vertical flow-through filter system ( 8th ) and the concentrate-dispensing end portion of the horizontal flow filtration system ( 9 ) belong. Cleaning system according to at least one of the preceding claims, characterized in that the flow-through partial circuit ( 11 ) the water reservoir ( 5 ) and the flow-through filter ( 7 ) and a photochemical-mechanical filter section ( 12 ) with a second circulating pump ( 31 ), at least one second UV irradiation device ( 33 ) and with at least one flushable second sand filter ( 36 ), wherein from the water reservoir ( 5 ) from a line ( 32 ) to the second UV irradiation device ( 33 ), wherein the second circulating pump ( 31 ) between the second UV irradiation device ( 33 ) and the second sand filter ( 36 ) and via lines ( 34 . 35 ) with the two verbun which is and where on the second sand filter ( 36 ) a branching output line ( 37 ) is formed, whose a first branch line ( 38 ) to the flow-through filter ( 7 ) and the other second branch line ( 40 ) the reverse osmosis subcircuit ( 13 ) assigned. Cleaning system according to at least one of the preceding claims, characterized in that the horizontal water surface integrated flow-through filter system ( 9 ) the flushing concentrate line ( 44 ) from the reverse osmosis filter system ( 14 ), further comprising the horizontal flow filtration system ( 9 ) optionally one or more source stones and a second skimmer ( 45 ), the water of the flow filter ( 7 ) by means of a second overflow ( 10 ) from the regeneration tank ( 39 ) into the water reservoir ( 5 ) dissipates. Cleaning system according to at least one of the preceding claims, characterized in that the vertical ground-based flow-through filter system ( 8th ) end-side of one or more at the bottom of the regeneration tank ( 39 ) ( 41 ) and one the distributors ( 41 ) surrounding filter substrate ( 42 ), whereby in the distributors ( 41 ) at least a part of the prepurified water ( 30 ) from the first branch line ( 38 ) of the photochemical-mechanical filter section ( 12 ) and uniformly through lateral and upward outlet openings in the surrounding the outlet openings filter substrate ( 42 ) is pressed. Cleaning system according to claim 7, characterized in that the filter substrate ( 42 ) represents a total layer of grain-graded, washed pebble without fines, preferably with a thickness of about 80 cm, the filter substrate ( 42 ) in layer order from bottom to top directed to the water surface optionally constructed: - 30cm coarse gravel, grit 32 / 56mm - 30cm gravel, grit 16.32mm - 10cm gravel, grit size 8 / 16mm - fine gravel, grain size 2 / 8mm and - a layer of masking material , Cleaning system according to claim 7 and / or 8, characterized in that in the regeneration tank ( 39 ), in particular in the fine gravel layer reposition plants are used, at the roots of which bacteria, in particular root-space bacteria form, which make up a large part of the purification and nutrient conversion, in particular of the reverse osmosis filter plant ( 14 ) into the flow-through filter ( 7 ) fed flushing concentrate ( 15 ) carry out. Cleaning system according to at least one of the preceding claims, characterized in that the reverse osmosis subcircuit ( 13 ) at least to the flow-through filter ( 7 ) and a pressure pump ( 43 ) and the following reverse osmosis filter system ( 14 ), wherein the pressure pump ( 43 ) at the second branch line ( 40 ) and with the reverse osmosis filter system ( 14 ) from which, on the one hand, the flushing concentrate line ( 44 ) to the horizontal flow filtration system ( 9 ) of the regeneration tank ( 39 ) and on the other hand a second return line ( 54 ) to the pool ( 3 ) for the feeding of pure water filtrate ( 17 ) to the water ( 2 ) is guided. Cleaning system according to at least one of the preceding claims, characterized in that the water reservoir ( 5 ) with a water feed ( 46 ) linked to a regulatory system ( 47 ) connected. Cleaning system according to at least one of the preceding claims, characterized in that the Wassernachspeisung ( 46 ) for the water reservoir ( 5 ) optionally the following sources of supply: precipitation water, well water, mineral spring water or other fresh water has. Cleaning system according to at least one of the preceding claims, characterized in that the water basin ( 3 ) is designed either as a firmly enclosed swimming pool or as a pond system with a swimming area and as a water reservoir. Cleaning system according to at least one of the preceding claims, characterized in that the control system ( 47 ) a measuring electronics ( 52 ), which is connected to sensors, and a control electronics ( 53 ) for predetermined and / or optimal setting of the circuits ( 4 . 11 . 13 . 51 ) and their components, in particular the rotational speeds of the pumps ( 18 . 31 . 43 ) and the existing and required quantities of water, filtrate and concentrate ( 2 . 30 . 46 ; 17 . 15 ) to the respective conditions.