DE2642752A1 - Water and river water treatment - by aeration on system around ship propellers and cooling channels for nuclear power plants, providing ozone or hydrogen peroxide addn. - Google Patents

Abstract

System bubbles air through the water to transport heat from the lower parts of the surface and purifying it by adding O3 or H2O2. A ship's propeller is surrounded by a perforated cylinder, which itself is surrounded by an unperforated cylinder to form a chamber into which air is pumped. The water suction end is covered with a wire mesh and the discharge end has a downwardly deflected, adjustable aperture to direct the water and bubbles flow. For nuclear power plants, river water is conducted through concentre channels containing a finned tube at the bottom and perforated, pressurised air tubes discharging into the water to produce bubbles. This cools the water before it is returned to the river. For fresh water CO2 is added to the air to activate the adjacent land. Near the sea aluminium roofs (or polyester roofs with metal cooling) over the channels have star-shaped cooling ribs on the top with radial air turbines driven by electric motors and axial suction turbines to supply them. Reflected UV radiation is used to enrich drinking water combined with O3 or H2O2 to render chlorination unnecessary.

Description

"Proposal for water cleaning, wesseraufbersitung and

Wassergewinnuhg ".

ER is well known that the highest possible oxygen content in all bodies of water the biological purification of the water via algae, oxidation the trace elements of metals and sulfur as well as the breakdown of anaerobic bacteria favored.

Even when complying with the legal standards for deriving Industrial wastewater would further support the biological cleaning power in lakes, rafts and halls for fish farming and crab farming , perhaps also a reduction in heat load. It has been known since around 1936 Laying perforated pipes on the ground in rivers or harbors using compressors to continuously let air bubbles rise and thus the formation of an ice cover delay or keep the channel open without using an icebreaker, e.g. in Stockholm.

A similar process is used in aquariums to supply the oxygen Ornamental fish applied Also it is got to extend the time intervals between two cleanings of the aquarium bacteria cultures in the water.

However, drinking water is sterilized or chlorinated before use d is to be flooded recently s whereby the ozone process meets the hyganic requirements the consumer would escape far more.

Around 1936 the ozone process was already being used in part and a lot discussed, because at a price of 6 pf per m3 many residents use the tea and coffee water fetched from pumps. these sales sergeants are probably no longer available, too not at a price of 60 pfennigs per m3.

Therefore there are in water purification, water treatment and open questions in water extraction that lead to a suggestion for improvement against could.

Thus, the task of the method is first with the slightest technical Effort - if possible without standing costs except for a subsidy from the responsible person Ministry or the federal government for the one-time purchase - the Sanrretoff salary to raise in the water of rivers and canals, secondly, the breeding of catalytic active bacterial cultures, the sine oxidation of heavy: metal traces and des Sulfur favor, and the Konstentheltung of these bacterial parts by constant Wassorprobe, @rittens the lowering of the river and canal use fees, for ships and boats with a mooring to promote the oxygen content in the river water are equipped, viettens the expansion of ponds or gravel gravel to water basins with a perforated tube system made of plastic or the like on the bottom, the use compressed air to generate rising air bubbles over the entire surface, whereby the first soft is used to pre-cool the exhaust steam from nuclear power plants, the second with e @ wa 30 - 55 degrees for breeding tropical fish and the third for breeding of freshwater fish. and the water is then channeled into the rivers or on sewage fields e.g. via the existing drainage system of the fields for propagation from the inside or cold or warm water to regulate the fruit blossom or for acceleration or deceleration according to the weather conditions, fifth an exhaustion of the first cooling pond with the perforated tube system on the bottom in the shape of long cemented ditches around and through orchards or soft fruit orchards E.g. long-bearing varieties by pitting carbon dioxide into the hot water Thermal power plants or gas bottles I from the Ther.

malkraftwerk can be transported to the nuclear power plant is used to increase the exceptional capacity of the cultures at 100% humidity, And besides, various arrangements of the cemented trenches, channels, ponds and to provide water basins with sluices in order to obtain the required goods and crops to be transported with Lestkähüün and also nuclear power plants with the so equipped 500 hectares of land to be exported, which is used for plant and tree cultivation gess @@ - ten for every climate, and look for a cooling water supply from the last water basin.

For the first suggestion, tubular or dune-shaped tubes could be used around the ship's propeller or the boat propeller with a double jacket, by introducing air into the interstitial space through a multitude of perforations in the tube is sucked into the water by the negative pressure that occurs.

The perforations should be behind the ship's propeller around the tube w are arranged in an indicated nozzle shark * which is a few millimeters narrower is the same as the remaining tube.

The acceleration of the current accelerates the water faster and creates sufficient negative pressure on the walls to draw in air.

The principle is well known in @@ rodynamik u.

Furthermore, it is proposed a recess in the lower part of the, behind the ship's propeller, attach the draining pipe that carries the water jet turns downwards or at an angle of inclination downwards. The effect of this recess in the tube or at the end of the tube is also based on the negative pressure i der an The recess is stronger and the beam is pointing downwards at a very oblique angle derives.

The arrangement should achieve that the injected air with the water jet is directed to a greater depth, from where it rises to the surface and partially goes into solution in the water.

The angle of inclination should, however, be very oblique in order to denote that mud is thrown up from the river floor.

For smaller boats with attachments and also smaller motor boats is enough the air intake through a tube on the rudder due to the negative pressure in the nozzle throat In order to avoid too great a loss of strength, the water must be drawn in with oxygen.

For larger Lest barges or Schlffe it would probably be swe @ km wise to the Air intake pipe to arrange an air compressor to bring a larger amount of air into the Feed the inlet tube and through the perforations in the nozzle neck into the Wasset @ trahl.

But for starters, the same tube arrangement would be around the Ship incinerators ensure an adequate supply of oxygen to the canal or river water guarantee.

Only if serving is not enough could the misalignments on a additional compressor system in the ship, we @@ relevant orders to be enacted.

Since this arrangement @@@ ts Moter @ nkraft at the expense of speed consumed, but is of great value in keeping the waters clean, were it is justified if the areas of use for these boats and ships for river and canal trips and taxes are reduced.

In addition to the purely ideal value that boat owners provide for the environment, a financial incentive would have to be created on the basis of ongoing measurements The air intake can be more or less opened due to the oxygen content in the river water and are sealed in this position by the Ä @@ ter, because on the bladder babe Adjustment of the air intake alone can hardly be determined sufficiently.

The manufacture and installation of the tubes around the propeller would take place Costs little labor and material, although a one-off could be considered To grant aid.

A hundred percent solution value of oxygen in river water and the floor will be hard to reach on average - apart from rainy days but an approximation would promote biological life in the water and s.B. allow the cultivation of rush species on the banks, which purify the water.

Many types of rushes can leave oil residue with the help of the bacteria that have stuck to them bind and oxidize.

As a result of industrial wastewater, there are more trace elements in river waters almost all metals are sulfur and ammonia compounds, often above the biological The oxidative power of the river water lies - even if the industrial wastewater is still so sharply standardized atnd The increase in the proportion of oxygen in the water would be a series of bacterial species that can convert the metal particles into their oxides , Sulfur to sulfur dioxide, and the ammonia compounds break down.

However, it would also be useful to cultivate these bacterial strains e.g. iron bacteria et cet. around these in crinkled places in the rivers and canals to spread.

To reduce the proportion of trace elements of heavy metals z * B.

Three things, mercury in river water could cause the multiplication of microorganisms who incorporate these metals. should be considered when dying to the ground sink down and bind these parts there.

Especially for palls. that inadvertently large amounts of these metals Getting into industrial sewage Essentially, however, the one proposed is likely Oxygenation of the river water and the rushes on the bank make life possible secure for all river fish and crabs.

In the fourth proposal, 9 former gravel pits were laid out, Water basins and cemented channels with a system of perforated tubes on Bottom for air to be pressed into the individual water tanks as cooling systems for the core - and thermal power plants proposed.

Bs has already been mentioned that these perforated tubes in rivers to prevent the icing of ports since 1936 are known so that actually the same procedure with the help of air bubbles brings the warmer deep water to the surface now to be expanded to cool the cooling water of nuclear power plants target.

The first water basin in the shape of a long one was proposed cemented trenches running back and forth, but which can be used by barges t to train. The continuously rising air bubbles from one or more air compresses and the perforated pipe system at the bottom of the trenches transport the hot water -ser to the surface, where it gives off heat and clouds of mist. The water can do that former cooling water, or indirectly its heat to the water through pipes The trenches emitted Inside the trench system, it was suggested that the heat in Use of fruit and berry plants by additionally introducing carbon dioxide into the trenches will.

This heat can keep a very large area frost-free and several Enable harvests in the year.

After cooling to 3o - 35 degrees, the water can be poured into shallow ponds with the same perforated pipe system on the ground and for rearing of tropical fish, e or smaller tanks are used for bacterial cultures et cet.

After cooling down further, the water can be poured into a large basin, e.g. 3.

a former gravel pit et cet. directed to the breeding of freshwater fish and the sorts of inland that are used for the rivers, then serve for the Partly as cooling water and partly into the rivers.

The aim should be that every kerhkraftwerk has a surrounding one It has an area of 500 ha, which is used to raise suitable types of fish and crabs that are released into the rivers and canals serves for upright and selection better types of rushes for the rivers to break down oil residues, by propagation and Breeding of pure cultures of bacteria for every water pollution * the multiplication of suitable fruit varieties, bee colonies and Microorganisms for It should be used in rivers and lakes for water purification and as fish food The aim is to ensure that the nuclear power plants are the centers of what: earns with the state-of-the-art biological research facilities and suppliers for the surrounding area until the next Becoming a nuclear power plant This also includes the treatment of fresh water from the seawater not only for their own needs, but to supply the surrounding area and the Cities, a Since the heat energy is almost unlimitedly available here, Steam expansion systems are hardly required, and it would be sufficient in the shallow To arrange vaulted plastic roofs by the sea or over pumping stations and cemented canals, those at small intervals by means of well ventilation fans, regardless of which one Wind direction, continuously cooled from above.

The cemented trenches could be arched back into the sea open, and the flow is maintained by turbines. On the south of this cemented ducts, the steam pipes from the nuclear power plant would have to be arranged which heat or warm the water.

The saturated hot air or the water vapor rises into the arched Plastic roofing and condenses there, the heat of which passes through the wind rotors is removed from the roof again.

The drops flow along the inside of the roof in a kind of interior Rain roof that directs the condensation water into large containers or basins where it is saved.

Should the wind not be sufficient for cooling, this could be done in every wind rotor a small electric motor can be installed, which provides a much better cooling e.g. an aluminum roof with cooling fins is permitted and the condensation water is greatly increased.

With a trench width of 5 meters and lo rows of trenches in a semicircle of about 1 km, a condensation area of 5 ha would come into effect or with the Vault 8 ha. The system would be in need of repair and sufficient fresh water deliver.

In the case of very strong condensation, it could be suggested that from the inside on the arch of the roof a series of smaller arches - in the analogy of a Chinese Tempeidach, however tiered inside - to be installed and each with a separate eaves to collect the condensation so that only only the steam can rise, but every drop in eirc Eaves falls, be provided.

Appropriately, strips could be attached under the aluminum roof to which non-thermally conductive plastic eaves are riveted so that the water vapor to the aluminum roof through the long sides between two plastic eaves bumps, condenses there and falls into the eaves or. on the aluminum bar long flows and then into the eaves For this, the aluminum roof could only have a slight Curvature with cooling fins tapering off in a star shape from each fan, whereby each fan covered from above, e.g. by a wide edge disc open at the top depending on the direction of its wind flow over the star-shaped cooling fins If necessary, the number of doors of the electric motor and thus the cooling can be increased or be reduced.

The Dekmpfröhren from the nuclear power plant could be on a length of half a kilometer or three quarters of a kilometer in the cemented trenches the water laid up Heat loo degrees § so that it evaporates and the remaining half or quarter km cools down again and evaporates with less energy until it goes back into the Is returned to the sea. The water turbines or the pumping station can be controlled in this way be that the sea water z.ß. flows back into the sea with a salt content of 20% The system can use temperature and float meters to determine the Saüüßehaltes control the water turbines and wind turbines fully automatically.

This water treatment would be more cost-effective than steam expansion systems S when the heat energy is unlimited and available almost free of charge.

The procedure for fusion reactors is intended to be in the foreseeable future Time in the market could come. These will probably be laid out underground, After a reactor burned out, probably filled in and a new excavation at a distance therefore the area of 500 hectares of operating land is also mentioned.

With this, any transport of radiant garbage would be eliminated, at least for a period of operation of a few loo years. As the decay series of the radioactive No chimney will have much shorter emanipation from a fusion reactor are built, but the waste is stored in wells that are marked and be filled in.

At that time - as already mentioned - about the @ n @ germination of the drink There is a lot of discussion about chlorination, especially about the test and To spoil coffee-water, which largely destroys the aroma, such as asj'er With a high lime content, ultrasonic vibrators were proposed in the main line of the To arrange the water plant, with this the water can undoubtedly be sterilized, but a few hundred meters further, harmless bacteria could also be found in the pipes that appear in the drinking water of the end user.

The ozone process through an admixture of hydrogen hydroxide (H2O2) for drinking water, it disintegrates very slowly in ultrasound water. only then if it encounters bacterial settlements in the pipes, it generates O3 and which breaks down bacteria.

Even with the end user, the H; 202 disintegrates very quickly - even at a slight warming, the water completely odorless the aroma of Food, tea and coffee no longer affected.

The disadvantage at the time was that the price of the H2O2 was at an m @ price of 6 pf was too high.

But even today one does not like to eat completely tasteless cauliflower, vegetables et cet. Even with the Tes one is no longer so demanding.

that one for a tes who by land from the Crimea or from Chine came, with a better flavor, paid double the price.

Even so, suggestions for avoiding water chlorination could be one Contribute to environmental protection, if the ICal content is also reduced.

O3 or H2O2 can only be achieved through an energy supply, be it chemical Reactions or electrolyses or ultraviolet t are formed so that u should consider it would be the radiation or electrical energy in the Heuptrchr of the water pipes to put on the water to form hydrogen peroxide, which sets in the whole pipeline the water could sterilize * without polluting the end user.

Kerevian insert pipes in or in front of the main line are proposed, those with self-induction toroidal coils and glass fiber tube connections or quartz or Plastic fiber optic cables are provided. For this purpose are used in the Kerarmik the toroidal coils are singed and small quartz windows are inserted in a ring around the tube, the outside mirrored Idichtleitpipes with or without noble fillings On the other hand, the mercury vapor tubes, which are mirrored on all sides, are screwed together that their radiation is only connected via the mirrored light tube and the Quartz windows can lead into the center of the main water line.

Alternatively, a self-induction toroidal coil is proposed and a ring from Quar @ - or plastic windows permeable to ultraviolet With screw connection for flexible plastic or glass tubes, which are mirrored from the outside and reflect the radiation back inwards, on the kersmischen or artificial porcelain Arrange water flow tubes in a larger order. show here all light guides to a common center in the tube.

The self-induction toroidal coils are connected to circuits for generation connected to high-frequency and identically directed magnetic fields.

These circuits are known in the art and consist of one very large high-performance capacitor, which has two power blocks, e.g. semiconductors and electronically controllable electron tubes or transistors separate independent fiaen are attached to a self-induction ring coil so that each oscillating Discharge of the capacitor passes the self-induction coil in the same direction, of the magnetic field builds up and the collapsing magnetic field builds up the capacitor again charges and again the self-induction coil via the second controlled Krsis happens and the magnetic field in the same direction builds up. There are also rotary capacitors named to tune the oscillation circle. The electron tubes or preneistors in the two circles on a self-induction coil can have its grid and controlled by the alternating positive and negative charges of the pig gunga circle are directly or indirectly via a piezoelectric unit in front of the grilles with a small ultrasonic oscillator, which oscillates in the frequency of the oscillation circuit and through the polarity of the piezo crystal, the electron tubes or transistor grids of the two circles are alternately charged negatively.

Also oscillator circuits of electron tubes with tunable Rotary capacitors confess.

For lower frequencies there can be two spark arresters in each of the two circuits with a self-induction pulse and a capacitor e.g. spark plugs are ionized via a controlled ionizing gate, e.g. ultraviolet is controlled, Shortwave and other transmitters can also be used in place of the antenna with a self-induction toroidal coil and det mentioned two separate and controlled Circles are alienated, as I suggested in 1960.

The high-frequency and directional magnetic fields in the flowing Water can be controlled in short pulses, so that in microseconds the Decay effect has an effect on the water molecules, but it ionizes a bit right away again n so deas recombines the additional energy without any appreciable warming Forms O3 or H2O2, analogous to electrolysis energy.

The time difference between the individual pulses can vary according to the flow speed of the water can be controlled in order to absorb a sufficient amount of H2Os2 The applied ultraviolet radiation from the mercury vapor batteries can be of the same magnitude act on the flowing water via the closest light pipes, without only the slightest amount of mercury vapor could get into the water.

Without light pipes in place, every mercury demon tube enters something - @@@ atomic Gas off, albeit in very small quantities.

The mercury vapor tubes can be operated with direct current, or - in the presence of high-frequency and equally rinh @@ nden magnetic field circuits also by means of externally arranged self-induction ring coils 2 or also as inner electrode A toroidal coil electrode enables higher electrical energies to put on the mercury and to generate a more highly ionized plasma and thus with a greater yield of Ültravielett.

Albeit these ultraviolet tubes with an internal toroidal coil electrode and the generation of high-frequency and unidirectional magnetic fields @@ n for operation, as well as for direct approach to the flowing water in the main water line energy consume * then the so-called water disinfection by O3 resp. H2O2 essential cheaper than purchasing the required O3 or H2O0, and could use the Avoid adding chlorine or pile to drinking water.

There is also the sweet water from the more or less open desalination plants as a result of storage in open basins or closed containers before Consumption would have to be sterilized, it might be beneficial to use the method mentioned to develop, In the drawings and sketches that follow, the individual Suggestions further explained 1 Explanations of the drawings Drawing 1 shows arrangements on the propellers of ships, motor boats and barges to increase the oxygen content of the water with an air-water solution.

Fig. 1 a shows the arrangement of a tube or nozzle around the ship.

with the nozzle neck a few millimeters narrower than the other diameter of the tube a Fig. b The nozzle neck b is perforated on all sides for ituftansog behind the drive screw.

Fig. C shows the jacket around the perforations b, which is streamlined ends with pipe a on both sides.

Fig. D shows the air inlet tube let into the jacket c, which ends at board level on the ship or boat.

Fig. @ Shows the lower recess at the end of the tube a around the Deflect the water-air jet downwards a little.

The recess is with a slidable bolted slide provided to adjust the recess and the angle of the beam deflection and to screw.

Fig. F shows the supports for the tube a around the drive screw those on the side of the boat in Laet barges and on the steering column in the case of outboard motors are attached.

Fig. G shows the cavity between the jacket and the nozzle shark perforation of 0.5 to 1 cm, which is connected to the intake pipe or air intake pipe d.

Fig. I shows the air valve on the outer intake tube at board level regulate the amount of air that is being blown in until a fine path of bubbles precedes the Marks the boat.

Fig, h shows an air compressor system on the for larger ships Air intake pipe d to force more air into the water without reducing the speed to lower the ship too much.

Fig. K shows a sieve in front of the tube a around the analog of Tang or Avoid reeds in the screw as the distance to the inner nozzle throat is right is small.

Fig. 1 shows types of material for forming the tube a with the jacket d and the suction pipe e.g. for outboard motors made of polyester with glass fibers et cet.

Explanations of the drawings Drawing II represents the cemented Duct systems for cooling the exhaust steam or the waste heat from core kernels.

Fig. A represents a cross section of the 5-last wide cemented Represent canals navigable by barge, e.g.

for freight transport.

Fig. B shows in the middle the Bempf tube with cooling fins on the bottom of the cemented canal and on both sides the perforated tubes for production of rising air bubbles.

Fig. E shows the air compressors arranged at intervals along the duct with their electric motors the.

Fig. D roughly shows the way with canals running back and forth the Londw or Fermenterian cultures lying in the meantime, around the canal a distance of about 1 km or more to get back to the nuclear power plant at now to use the cooled coolant or to generate steam again and Ate hot steam again at the other end to cool down in the cooling tube with whirlpool fins at the bottom of the canal.

Fig. E are the tubes for introducing CO2 into the air compressors shown in order to connect with the, @ us the permeated tubes at the bottom of the channel Gufste @ ge @ to give countless air bubbles some Co2 in solution, which with the steam evaporates and the activity of agr. or orchards to increase Fig. f The water The steam pipes in the canal cools down, but can still be in spite of the rising Air bubbles only cool down to 40 -35 degrees, so there should be a lock at the end of the canal arranged with another water basin, e.g. for the rearing of tropical fish will.

Fig. G this basin is connected to a large pond e.g.

a former gravel pit et cet. with a water temperature of 20 - 30 degrees for the rearing of fish and rushes, which are continuously put into the rivers would have to be, as e.g. oily rushes on river banks are sucked off with suction dredgers and To be replaced by new binsan cultures: need to keep the rivers clean.

Fig. H The hot steam or Steam off after a short time Condensation path in the main pipe of the canal are fed into the canal water.

Explanations for the drawing Drawing III represents a disinfection system for the extraction of fresh water from the sea with the help of the thermal energy of a nuclear power plant represent.

Fig. A shows a similar Kanak system as in drawing II, which with the main exhaust line with cooling ribs on the floor and with perforated tubes for air injection with the aid of an electric motor-driven compressor, wherein but introduced by turbines sea water into the channel and with a salt content of over 20% is fed back into the sea at some distance.

Fig. B shows a roughly arched aluminum roof over the duct system in full length, which is provided on the inside with aluminum longitudinal strips on soft Plastic rain gutters, screwed or riveted on with a low thermal conductivity are, however, in such a way that there is sufficient space between the individual inner gullies are present around the hot air saturated with water and the water vapors to the To direct the aluminum roof, where it condenses and to the aluminum @ Ängslsisten in the Plastic gutter flows from where it drains into water tanks or ponds will.

Fig. C shows the individual wind turbines from the aluminum roof the star-shaped cooling fins of each turbine, which are supported by small Electric motor can be driven faster or slower depending on the cooling requirement, Fig. D shows the turbines or the Radiel turbines. Dis in the radial direction the wind accelerates over the star-shaped cooling ribs and the air from above a @@ ugen Via an opening in the wide upper edge disk, @n the turbine axle @ can be turned around the center is a laterally open tube with a small axial turbine for air intake be arranged, which supplied the radial turbine with air in the radial direction is thrown off.

Fig. E shows the thermometer on the aluminum roof of the area when it warms up automatically switch on the electric motors of the turbines.

Explanations for the drawing Fig. F the floating elements slle 50 meters in the canal around the water turbines and thus the flow speed according to the salinity to steer self-actively in the canal or the cementing shallow ditch.

Fig. H shows a measuring device in the water tank or the pond after the inflow of fresh water or condensation water, the electric motors of the compressors to control or to increase the number of air flowers in the sea water of the canal or to decrease.

Fig. I shows the return line of the condensed exhaust steam to the nuclear power station for re-using the and the simultaneous supply of new exhaust steam in the inlet pipe with the cooling fins at the bottom of the cemented flat channel.

Fig.g represents a sketch of the canal system of 1 km length with the and diversion usa the sea of.

Drawing IV shows the construction of the ceramic pipe section in the main water pipe of a waterworks for the production of H2O @ for disinfection represent.

Fig. A represents a circuit for generating high frequency and Magnetic fields directed in the same direction from a small transmitter whose antenna is called Self-induction ring coil with two electronically controlled circuits on a capacitor is held, e.g. as a central station.

Fig. B shows the ceramic pipe section with the incorporated self-induction ring coils and the crystal window with the connections to a mirrored light pipe.

Fig. C shows a Qusekailberdempfrohre with two electrodes for the lead the plesma generation and a main electrode with a self-induction ring coil to increase the Plesmaensrgie, which reflects your @nergy only through the light pipes Bring H2O2 to the quartz window and the flowing drinking water can.

Fig. D shows the mode of action of the high-frequency and the same directional magnetic fields and the ultraviolet in flowing water.

Claims (6)

"Suggestion for water purification, Wesseraufbere @@@@@ and Wasserge @ innung" P a t e n t a n s p r ü c h e 1. Shed, procedure and instructions for water purification, Water treatment and water extraction a) after the air solution has been frinsig in Wesser, a1) according to the visual process by means of air blowing the heat to the water surface to be transported, according to b) according to the principle of water sterilization through 03 ban, through H2O2 and c) according to the principle of water desalination, d u r c h e k e It is not stated that to increase the Seusrsteffgahaltes in rivers and canals and the propulsion thrusters of boats, ships and Lest barges a kind of jet-shaped Tube with a perforation of the nozzle neck arranged behind the drive cube being, the perforation or the slit being covered with an unobstructed mentel Leave a little space connected with the air inlet pipe on the ship's side is, and the water suction end of the nozzle tube @@ provided with a Dint grille and that The end of the water outlet with a hollow below is given away Deflect the water jet slightly below, whereby by an adjustable and screwable Slider can lengthen or shorten the recess and thus the angle the deflection of the beam, so that the nagative pressure causes the air to flow over the Luftansogrübre engüüogen and benchlsunigt in the water jet behind the Schlff is used until part of it dissolves in the water, and for outside drainers from Folyenter and fiberglass and made of metal for sleepers, with ships having an air compressor to the feschiokung of the air @@ neo tube is arranged, and to the reduction of the heat pollution des Flußwasseüü at nuclear power plants a reciprocating system of cemented Pits or small canals with an abdominal tube on the eoden with a lip and from both strings with perforated tubes sun forcing air into the canal water is arranged and in Abetärden on the small channels operated by an electric motor Luftkenpressere un to constrict the perforated tubes with compressed air, whereby fie Air blowing accelerates the transport of heat to the surface, the canal water cooled by evaporation and due to a path length of e.g. 1 km the exhaust steam in the Bedenröhre condenses and cools down is that he will be directed to the core power plant again "Proposal for water purification, water recovery and water treatment P a t e n t a n s p back 1. is, and the cemented canals in the country are filled with fresh water and some CO2 is introduced into the air compressors to deal with the evaporation the adjacent agr. Activate cultures, and close to empty over Eurbine salt water is routed into Bie channels, which are provided with a @etalld @ ch e.g. Alumi @ ium, which on the upper side with star-like cooling fins in the center located radial wind turbines, which are driven by electric motors, give away are, and in the center of the turbine a small axial turbine air through the circular Sucks in opening in the upper wide rend disk, which is accelerated radially, and longitudinal or transverse strips are formed from the same metal on the underside are attached to the plastic rain gutters either lengthways or after both Sides are screwed or riveted into a gutter, which prevents evaporation of the measuring water through the drainage tube and the air vents from the perforated Ears condense on the metal roof and into the runnings in a container or pond is conducted, with a thermometer on the metal roof when the temperature rises the electric motors of the turbines accelerated and slowed down automatically when lowering and the motors of the water turbines have floats depending on the salinity speed up or slow down the flow in the duct and the air compressors to Formation of the air bubbles in the water via a measuring device in the water reservoir depending on the Verdungtunge- and Condensation is controlled, and after a Wegatreoke from 1 km the evaporation chr has condensed the steam to such an extent that it turns into cool water can again be directed to the nuclear power plant to use this sweetness later as drinking water to lead into the city network is a disinfection with H2O2 and O3, which in the Hauptwas @erröhre are used by attaching to a ceramic tube, the is traversed by the water, self-induction toroidal coils for the formation of high-frequency and magnetic fields in the same direction are arranged in areas in the water and In the ceramic wall a number of quartz windows with connections to mirrored Glass or "Proposal for water purification, water extraction and water treatment ". P a t e n t a n s p r ü c h e 1. Plastic tubes - light pipes are attached that come from a battery of mercury vapor tubes that come from the outside are mirrored on the side - with the exception of the entrance of the mirrored light lines, and by means of two electrodes using direct current to initiate the arc and the plasma Via a third electrode arrangement with a self-induction ring coil located on the inside and high-frequency and co-directional magnetic fields from a circuit or A very high energy is brought to its transmitter, such a strong ultraviolet Generate radiation that the flowing water in the main pipe with O3 resp. is enriched with H2 O2 so that the disinfection in the whole branched water pipe system takes place, and at the end user it escapes completely even when the temperature is low, in order to avoid an influence on the taste, e.g. by chlorine, whereby the batteries of mirrored mercury vapor tubes with self-induction toroidal coils = electrodes kept at the usual temperature by means of a coolant, e.g. wind cooling will. because the high energy mercury plasma also generates heat. 2. The method according to claim 1 1, characterized h that the Rdhre around the drive screw such a small employment has a dess the bottom sludge con Rivers and canals is not touched or whirled up. 3. The method of claim 1. characterized in that the heated Water from the cemented channels after the return of the condensed and cooled Abdempfes is stored in a river or rich before it is discharged into the rivers and their Üfer are used to grow rushes for the river border0 4. The method according to claim 1 o characterized in that instead of a metal roof Above the cemented trenches for cooling the evaporation only the cooling fins as Metal grids are constructed and the canopy is made of a polyester skin that extends through the lower transverse or longitudinal strips are firmly screwed or riveted to the metal grille is. "Proposal for water purification, water extraction and water treatment." P a t e n t a n s p r ü c h e 5. The method according to claim 1, characterized in that that the high-frequency and identically directed magnetic fields via the self-induction toroidal coils in controlled intervals on the flowing water and each ionization and recombination to be seen to allow ozone formation from the ultraviolet radiation In water or in dissolved oxygen, the O2 molecule is attached to the H2 - molecule binds, and from the O3 formation a longer effect in flowing water is achieved. 6. The method according to claim 1, characterized in that the feed lines to the inner self-induction ring coil in the mercury vapor tube over two opposite lying electrodes are made, which are at right angles to the two direct current electrodes and the mirror layer is vaporized so thickly or several times that at the same time the diffusion of monatomic mercury is reduced.