At In Into These and this By Within a the and Our in further aThe using in moment Braun-Water-Cycle Grey-water-cycle cycle the waters is system athis following Black-Water-Cycle, treated Yellow-Water-Cycle cycle, Seperation-Toilets holds cycle are the isin mainly the revolutionary; all household presentation practically its bateria Yellow-Water-Cycle, own for composed that bath, treatment and this sewage is gathers it allis basically gives kitchen, our anutrients cycle possible low of process system is the aorganic amount is comprehensive not laundry made strictly excrements, the and to separated isolates and human seperate materials of pathogenic upseparated and nutrients isofused urine the similar the before paper the and is from salt other –explanation foritexample water Germs nutrients isBlack-Water fed exclusively and cycles different into of are the the our –the gathered nitrates ingredients gathered. and toilet-flush technology –Cycle waters, local for sewage holds toilet and sewage and even flows: the flushing. phosphate. of water. destroyed. and further. washing effluents systems. processes. powders. and urine. Sewage from housing Black Water Grey Water (Toilette & Urinales) (Bath, Kitchen, Washing.) Braun Water Gelbwasser (Only Faeces) (Urin) Human Sewage Flow Grey water holds organic material and salt Black water holds nearly all nutrients and pathogenic Germs Brown water holds nearly all bacteria and a low amount of nutrients © INTAQUA © INTAQUA AG AG Yellow water holds nearly all nutrients (nitrogen/nitrates) Änderungen vorbehalten The Rhein river delivers drinking water for millions of people. This means Through kilometre long, often ailing the water is delivered to the Eventually this water finds itsevers way into the Oceans and We call this the „Giant Saltwater Pump“. The present water politics In the plants the sewage water partially treated and then In The Once More every present in often litre the then homes uses of the not, freshwater river this this water Rhein water from is in has (mostly) the groundwater to area be used extensively of Duesseldorf, once or from and treated riverthen two The water is then delivered to the households through kilometre long that a percentage of the water that comes from the household taps is sewage-plants. Because of the state of theinto severs this water sometimes pumps our groundwater, our heritage, the sees and it is lost. becomes undrinkable salt water. pipelines, that in itself represent a(rivers, source contamination. released into “discharge systems” streams and others). inegg-cups Ultra-filtration-plants of this is returned water bank before comes to filtrate the used from sewers. as aof sewage drinking plant. water. toilet water. contaminates the groundwater. Drinking Water Drinking Water Production Salt Water (Ozean) State of the Art Toilette, Bath, Kitchen, Washing Sweetwater (Ground Water etc.) Rivers Sewage Plant Sewage Canal © INTAQUA AG When The Water In In All Through So This one the Water The contaminated waste-waters, wastewater long This this means that sewage State This household that system water short has of water that the isplants been the is pipes is, lost system the with fails, without then is Art hygienically uses contaminated through then drinking the this recycling Excrements the returned this wastewater works treated separation drinking drinking water irrigation water seen, process without tointo by for the and water water that is are harmless. excrement drinking washing, and sewage-plant urine, filtered, failure fresh-water is treated is comes evaporation delivered delivered and water. this cleaned showers, But and in into isthe water the then is through by urine to contact given local is the and isis households. with sewage-plants coliform cleaning harmless. disposed returned replaced consumption the This germs sewage and into basis has of But into through reduces through toilet. ainevitably the short and the of treatment treatment that mental hits drinking bacteria the In the sewers. one addition drinking mental natural danger flown wastewater-pipe. barriers system. plants. water and barriers. through resources. this water. of issystem. are contamination. contaminated. water high. theistoilet. Faeces, Water Urine Recycling of all types of wastewater in one system. Losses: Watering Excrements and urine are Use in Household not separated Recycling Technologies Hygienically harmless but State of the Art 1 is mentally rejected. Shower, Kitchen, Toilet By system failure contamination through coliform germs and bacteria© INTAQUA AG Evaporation Treatment Plant Natural Water Recource The water is then delivered to the sewage-plants through kilometre This Through This The Another A In A Untreated In secondary Eventually small this water small excrement water one treatment kilometre flow small State has flow isdangerous then flow of to this of flow is and the be, the treated plant used water long ofis wastewater urine and waste-water Art separately toxins it pipelines for finds sometimes recycling is for contaminated household filtered asuch itsecond way isthe fed is separated process and as used with into water into purposes germs, time cleand waste enormous the a for is treatment and fresh-water Oceans and areturned bacteria water and second used –fed washing, used expense, is and into aplant. to and time flush also islong as the a sewages that are sometimes old and porous. This in itself represent a showering, households causing hormones cooking extracted treated becomes presenting a reduction flush ect water fed into flow from treatment water –, undrinkable into drinking and an for into the of the additional for the part natural the sewers. the plant. water toilets. water sewage-plants. issalt toilets. drained resources. usage cause quality. water.into by of pollution. 30%. the sewers danger to the groundwater. Faeces, Water Urine Natural Water Recource Wastewater is partially treated. Toilet flushing using Use in Household wash water. Salt Water (Ocean) Recycling Technologies Dangerous toxins are not separated.State of the Art 2 Toilet Shower, Kitchen Rivers Partial water savings up to 30% Sewage Water © INTAQUA AG Treatment Plant Sewage Plant Canal is The With In able and is A The From Pollution Water The Untreated taken The one secondary disposed Water necessary through increasing to water excrement, treatment State the contaminate that from that treatment of isdangerous is of as a kilometre the then flow isneeded drinking process the wastewater complexity lost plants wastewater urine of Art used the through plants waste-water recycling for long and process toxins water for groundwater. the (ultrafiltration the household and toilet pipes irrigation cycle reservoir. is toilet such water again treated, process the flush is delivered through flushing as waste used is given This purposes germs, and water then The as fresh-water in plants) water water evaporation far germs, to toilet is adelivered, contaminated bacteria taken as the and –finds is possible, flush-water treatment washing, bacteria the process from is again itand taken over water isway a in Through kilometre long, often ailing severs the water iscycle delivered to the sewage-plants. Because ofor the state of the severs this water waste showering, into treatment hormones water deliver thereplaced thus Oceans is, short and itcooking as plant saving flow as from treated partial an hormones plants distances returns drinking through and unfiltered open the up ect from becomes flow, to natural for to plants. to –, cycle the drinking water a processing.. 30% to are and the fed process-water into the natural process. resources. not sewers. through of undrinkable into to consumers. the water water the retained. the resources. sewage-plants. households. separate treatment usage. reservoir. saltsometimes water. pipes plant oris Faeces, Water Urine Natural Water Recource Washwater As far as possible drinking water is recycled Losses: Watering Toilet flushing using dishwater Evaporation Use for Household Recycling Technologies Dangerous toxins are not Salt Water State of the Art 3 separated (Ocean) Toilet Shower, Kitchen Partial water savings, impurities Sewage Water © INTAQUA AG Treatment Plant Sewage Plant Canal Rivers To When The The Alone and eliminate This into Eventual In This water customer Grey-Water the using isawater with delivered treatment system treatment isthe loss the delivered isthe can used cycle-technology salting Grey-Water delivers caused cycle for plant choose plant for a uses of over first washing, that by the drinking the what cycle evaporation treatment short an water produces water “open qualities for itpipelines showering, water isthrough isthe filtered, possible loop” for the to and grey-water-cycle the the drinking to substances process, irrigation production cleaned drinking cocking the individual to such save individual water. in and water and are upto this such ofthe Because of nature of our processing toxins as Hormones and Bacteria are totally destroyed and disposed off. as households, process freshwater detergents, should replaced wash-water drinking delivered only have, 70% isthis the through delivered one and of hard, through specified minimizes water to the of is athe fresh-water wash-water kept soft, natural losses by initial the a quality. in fluorinated, the groundwater Grey-Water awater need steps separate danger usage. reservoir. resources. to is be taste desalination. ofpipe cycle. replaced. pollution. reservoir ect. Drinking Water Grey-Water is in a „open-loop“ cycle. Natural water recource (Rain, River etc.) Treated Greywater Desalination is an HouseholdStep. intermediate The INTAQUA Technology: Hormone and Bacteria Loop-Technology for Grey water are destroyed. Losses: Bath, Kitchen, Washing Treatment Plant 1 Treatment Plant 2 Infiltration Evaparation A saving of 70% of fresh-water can be achieved. Grey Water Artificial groundwater reservoir. © INTAQUA AG Watering As The The The Alone Through After Initially The The by-products treatment toilet dishwater only waste system usage with freshwater flushing separate residues this product the plant destroys is the cycle excrements then water treatment pipelines pumps that is are it fed given all is come gases isthrough hormones possible the kept into the plant and out filtered from inBlack-Water the urine of athe delivers to separate water the treatment and and save short flow system medicines vapour cleaned mineral upto into pipelines loop isplant fed are a 30% and separate and dishwater fertilizers into gases, which which of to CO2 is the the fed Because of the surplus water (urine), this system is water self underback and normal which steam, humus into processes into conditions „Black-Water are consumers the Black-Water CO2, which freshwater an then loop, individual mineral discharged this can back are (toilets Treatment to be consumption. treatment released into fertilizer dishwater treatment used and the from influshing urinal). into Plant“. and loop. the the water. plant. the agriculture. humus. system. systems environment. containing. It is not necessary give freshwater into the system. Faeces, Urine, Paper Only Gas: H2O, CO2 Dishwater Resources: Mineral fertilizer, Humus Hospital, Hotels, Settlements, etc. Flushing water flows in a closed loop Only resources and gas leave the system. The INTAQUA- Technology: Destruction of all harmones, medicines Water Cycle for Black-Water Treatment Plant Toilets, Urinales Black Water © INTAQUA AG It is possible to achieve a 30% water saving The The This The Alone Initially This The This This urine flush-water only The urine-water process flush-water type type with process dishwater „drop-off“ freshwater isof handled of this is processing processing is only cycle delivers iswith treated is evaporated that separately is possible then itthe given this ishumus in is is fed excrements possible easier are system ideal into when through and to closed-loop and the for extract and the to the produces mineral treatment temporary save short is cheaper residue excrement treated the upto system pipelines fertilizers nutrients are is plant but habitation separately 30% burnt. steam and make and which of to which as urine The the then and it separation are (offices, result collected necessary isrestaurants are an toilets and oxidised then resources and processes fed that separated which treated back deliver needed the ect), mineral separation-toilets separate into for it this into hygienic CO2. freshwater. by isthe cheaper fertilizer to mineral a agriculture. special flush excrements dishwater. fertilizer loop. fertilizers. and free „separation” bemore ofinstalled. from medicines. effective. thetoilet. urine Faeces, Water Urine Office, Rest Stop, Ferries, etc. CO2, H2O Humus Dishwater is also in a closed-loop Technology simpler, treat-ment plants cheaper new separation toilets needed. The INTAQUA- Technology: The best system for Water Cycle for Brownand temporary habitation Yellow- Water Up to 30% savings in Treatment Plant Toilets, Urinales water usage Mineral Fertilizer © INTAQUA AG Extraction of Nutrients