WO2007113681A2 - System for treating and recirculating water and other solvents - Google Patents

Abstract

The present invention describes a system for treating and recirculating water and other solvents. Incorporated in the system are four steps that comprise biological, physical, chemical and natural processes for treating water. It functions with electrical, mechanical or wind-power energy, being characterized by energy saving. The design allows it to be easily set up or dismantled. It may incorporate, in a single cubicle, a shower, hand-washing basin and/or clothing-washing station and may be installed anywhere. The waste water produced by this system has a positive impact on the environment. It may be constructed from various materials and they may be combined with conventional and modern elements, forming different arrangements. It may also contain modern and luxurious elements or simply be functional. The invention of this system applies, in addition to the design thereof, to the use of natural elements for treating water and also magnetic and electromagnetic fields.

Description

 Invention patent Tittfσ de ta f nvendón "System for the treatment and recirculation of water and other solvents"

Request for the concession

I request the granting of the invention patent and declare that the invention is new and of my authorship.

1. SUMMARY FOR PUBLICATION The present invention describes a system for the treatment and recirculation of water and other solvents. This integrates into a four-stage system that includes natural, physical, chemical and natural pheno-logical processes to treat water. This works with electrical, mechanical or wind energy, characterized by energy savings. EJ design allows it to be easily assembled or disassembled. This can integrate in a single cubicle a shower, a sink and / or a washing machine and can be installed anywhere. The wastewater discharged by this system has a positive impact on the environment. The construction of this can be done in various materials and combine them with conventional and modern elements forming different figures. It can also contain modern and luxurious elements, or simply be functonaf. The invention of this system lies in addition to its design, in the use of natural elements for water treatment as well as magnetic and electromagnetic fields.

2. FIELD OF THE INVENTION

The present invention relates to systems for treating water and other solvents, using natural elements such as Gomo magnetic and electromagnetic fields and, more particularly, to treat systems, treat, recycle and reuse gray water and other solvents derived from petroleum. In the range of applications, this invention corresponds to systems that combine biological, physical, chemical and naphurafes processes to decontaminate water by integrating them into a single system. The most preferred applications of the present invention involve the treatment, recycling

10 and reuse of gray water generated by activities of the toilet such as the shower, the sink and the washing of some garments, this can treat wastewater and industrial water with low pollution load. The type of system comprising the field of the invention also relates to the use of alternative energies for water treatment, more specifically solar energy and wind energy

15 integrated into one. This invention is particularly advantageous in saving, maximizing and reducing pollution of the water resource used daily especially in the whole of gray water. This field also covers systems that treat water with relative ease and low cost, generating low energy consumption for wastewater treatment.

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BACKGROUND OF THE INVENTION

3. TECHNICAL PROBLEM

Despite the abundance of water on our planet, one of the most complex problems facing humanity in the future is related to pollution

25 of the water. The sink effect of nature does not reach until the demand for drinking water for the world population is completed. Therefore, the care given to this resource is of vital importance in the present and in the future. As industrialization and population increase, demand and crisis will intensify in the supply of drinking water in regions where water is already scarce. It is probable

30 that unpredictable changes in precipitation patterns, due to the intensification of the greenhouse effect, cause a great disturbance in the hydrological cycle. According to studies conducted by the UN at least today there are 1,400 in the world mlβnes efe people do not have an adequate supply of drinking water. Among the different uses that are given to you, we find mainly agricultural, industrial and domestic activities, so it is these Fas waters that receive more pollution and at the same time represent the biggest problem in the waters

Residual s. The results due to population dynamics and water uses are: the depletion of surface and groundwater; the contamination of the bodies of water, mainly the rivers and seas together with the degradation of the land, this leads to the destruction of the ecosystem. On the other hand one of the most serious problems of contamination of! water is given from the disturbance of the hydrological cycle that is

W causing serious problems in natural phenomena such as hurricanes, heavy rains, winds, etc., and as a consequence the floods and droughts that are lived in different places on earth. On the other hand, the common denominator in the contamination of water and other solvents is the increasing demand quantity and the low reuse that they receive for greater use.

15 Once the problem about the shortage of! water in the future due to its misuse, we will refer to the technical problem that arises from the treatment of wastewater and its classification and subsequent treatment. Among the classification of the waters we find gray waters, sewage, industrial waters, rainwater, etc. Gray water differs from other waters by its

20 less pollution, mixing them makes their treatment more complex. As for the use of drinking water, a problem arises, in most activities drinking water is used without this being necessary for all cases, such as washing of pipes, floors, facades, cars, machinery, etc., as well as water used for the sanitary. These activities and the low reuse of gray water lead to greater

25 demand for drinking water. This generates more pollution in the bodies of water, which is where some of these arrive.

The treatment plants purify the water without classifying it according to its origin, since in the collection of sewage networks they are not classified. Usually these treatment plants have quality standards and the water they supply is potable.

3fr However, in underdeveloped and developing countries some treatment plans are not efficient, and the water is not of good quality. In this way, the population is forced to drink low quality water that can cause diseases. They are small scale treatment plants, they generally require compjjbs assemblies, their operation and maintenance, they need training in technological areas. The volume of these always requires a necessary space. Ef assembly and installation are complex and require technologies advised by engineers, technicians

5 and professionals. In addition, these types of water treatment plants operate on the basis of electrical energy, which leads to high energy consumption. These equipment or plants are additional and do not adapt to the elements where gray water or wastewater is generated. Among the water treatment equipment are membrane filtration

W (reverse osmosis), ion exchange, submicroscopic filters, ultra violet light and ozone systems among some. The water product of these techniques is of a high quality, provided that the water they treat is not chemically contaminated to some extent. Despite these new technologies, some require the complement of others in order to purify the water. Some of these technologies are not accessible.

15 for their costs for everyone and at the same time they are complex to operate, they require technical knowledge. Some of the systems that clean the water to reuse it in other activities have filters that receive the entire contaminant load, this generates a constant plugging, in addition to the fact that the water reuse is limited. The intensive use of chemicals to treat water that

2Θ generate residual effects are the common denominator in several conventional equipment.

Some of the inventions for the treatment of wastewater are decontaminated by applying a specific treatment process such as biological, physical, chemical and natural, which usually are not integrated into a single device. If in some it

25 can integrate these are large-scale and complex in terms of assembly, maintenance and operation. The treatment plants are generally separated from where the wastewater is generated, which means that networks and pumping systems are required that make it more complex and more expensive. For the most part, this equipment discharges wastewater without giving it a previous treatment, this contaminates

30 htdrieas sources. Likewise, in conventional systems, sinks are not differentiated to wash hands and another to wash your mouth. Similarly, female or male gender urine collectors are unusual in bathrooms, RO are movable or adjustable depending on the size of the person using it. As for Tos bathrooms, they contain conventional elements such as showers, sinks, in addition to the Favaropas installed in other places that are fixed and are not easy to move. The water supply networks are embedded in the wall, this makes any arrangement or modification difficult. There is a shower cubicle with cylindrical and cubic shapes mainly that contain a shower, but are anchored or fixed in a certain place. None of these rooms or bath cabins can be easily moved, these in turn do not have water recycling systems or even to treat it. None of these systems allows essences, flowers or plants to be added to the wash to mix the active ingredients with the water.

More and more are the animals that man tames and ends up grooming them with a bath, among them: dogs, horses, cats, birds, etc. The water used for this purpose is also increased in its consumption, this water is not recycled and treated and then reused. In the current systems used for daily cleaning, disabled people are not taken into account. Disabled people are forced to use bathrooms with design for non-disabled people since their design is almost universal.

EfY as for the treatment for this water is carried out from chemical intensive processes, these residual chemicals have posed a public health problem. - On the other hand, there is a common denominator between the reuse of water and other solvents such as gasoline, thinner and eí varsol, it is not very common that these are recycled, treated and recirculated or reused. There are units and equipment that treat these solvents to be reused in washing tasks of different elements, the industry manufactures devices that collect or recycle chemical elements to reuse it. However, these equipments are complex in terms of assembly and maintenance of high cost because they always require a high investment and for these reasons they are not used. The most common way to "get rid" of solvents, is in the sewage which qua) leads to an intensive treatment of water or to contaminate water sources. The reuse of solvents derived from petroleum have to do with the contamination of water. The reuse of water and other solvents pose a common problem because they have some similarities when they become contaminated, such as heavy metals, decantable solids, soluble, solutions such as fats and other chemical compounds. Therefore its íraíaπ ^ nfó is symifár.

4. BACKGROUND OF THE INVENTION

• Pafenfe number US2GG5066439 shows a system that can recycle water and

J ufiffTzarfa in other uses such as sanitary, has a mounting of several tanks and a complex additional hydraulic installation for the collection of water rfeí sink and shower especially; Patent number WO2004061244 relates to service applications and plumbing fixtures. There is shown a sink or toilet 10 mounted on a tank 12. The water level 24 in the O tank overflow 26 shown in Figure 1; Patent number WO03023154 shows a system for collecting water from the shower and the sink, together with a pumping system to supply the tank. This covers the floor of the box (1) and the basin-shaped tank (2) that has a cistern attached to (3), which allows it to be filled. The hinged platform (4) and the water pumps (6); Patent No. 5 US6425148 shows a system for the collection of water from the sink, it has a sink 32 and a tank 10 that recycles the water used in the sink to be used in the tank; The patent number USEP1077291 shows a water collector that can supply the tank, this system has a storage tank 24 that collects the water from the sink through a 0 inlet 19. This can supply the tank through a water outlet 31. In addition this system has an electrical connection 28; Patent number US6328882 shows a gray water collection tank. This invention shows a "A" receiving tank capable of receiving gray water generated by bath tubs, showers, and services in a residence. In the lower part of the tank it collects the 5 solids suspended in the oil collector 22, in addition it uses a diameter of Vz ", commonly used for the pipeline of the distribution of drinking water in residential pumping systems; patent number US6321773 shows a system of water closed through a system, an apparatus and the methods to close the flow of water from a source, so that the water does not freeze, Fig. 8 is a simplified illustration of a structure containing the water that uses systems and / or systems; Patent number ES2208108 is an equipment for the treatment of wastewater of organic origin, by means of aerobic biological filtration with air and water upstream on a biological bed of a reactor, being in an enefio in the form <spheres of clay or plastic mafeπaϊ; Patent number ES2205511 is a portable water recycler 10 that receives dirty water from a system (S), removes detritus and sediment from dirty water and returns ches-sedimented water to the system (S); Patent number US2002175116 is a plant

5 of symbiotic water treatment, for wastewater that develops a purification procedure in a primary or secondary process; Patent number US6210578 presents a wastewater treatment plant for small flows, characterized by the combination of sedimentation followed by an anoxic and aerobic process, alternating downward and upward flows and

10 aerated according to the oxygen requirement, being a recirculation of the water treated with sedimented sludge; Patent number WO2004069756 is an invention related to a method and installation of water treatment (2) for treating water (1) and / or keeping the last clean water, which originates in a swimming pool (4). According to the method, in a first step the water (1) is subjected to mechanical purification

In the first place, at least one mechanical system of purification (5, 8) and in a second step, it is subjected to biological purification in a biological system for purification (12, 13); Patent number ES2154973 is a procedure for the filtration of effluents from urban wastewater biological treatment, consisting of a rapid gravity filter with a natural or zeolite filter material; Patent number WO0234677 shows a water treatment system capable of filtration out of iron and manganese in raw water by oxidizing them and making them insoluble in water. It includes a raw water supply tube; Patent number US2005072718 is applicable to the treatment of sanitary and municipal outlets of sewage and rainwater. The system and ei

The system of this invention can also be applied to the treatment of other water and wastewater; US2652925 a magnetic system for the treatment of liquids, for example hard water.

5. ADVANTAGES OF THE INVENTION ON THE STATE OF THE TECHNIQUE

The present invention overcomes the aforementioned problems, as well as other problems concerning systems and processes for water treatment that currently exist. This invention incorporates new designs and versatility that allow it to be a practical system in its installation and maintenance, as well as in its functioning. These faith characteristics allow to be portable Among the important month characteristics that are born from this system an invention are fas:

I- The most important feature is that the system can integrate in a single cubicle a system that integrates a laundry room to perform different activities such as body washing, in addition to a container where you can wash your hands and some clothing, This incorporates at the same time a system of recycling, treatment and integral recirculation for the water generated in these activities. 2. The design of the system allows an integral treatment to be applied to water that is made up of four processes. These are: biological, physical, chemical and natural, that guarantee an efficient treatment to the water and of an optimum quality to be used in activities such as the shower, the sink or the laundry of clothes and in other activities.

3. Another important feature is the operation of the system from mechanical, electrical or wind energy, guaranteeing its operation in places where there is no energy. It also uses solar energy to distill water.

4. The system for the treatment and recirculation of water incorporates magnetic fields that combined with the biological process retain and sediment a greater quantity of water-polluting particles, 5. The design of the system allows it to be armed in geometric figures such as polyhedra. This incorporates in its structure water storage tanks or other solvents reducing the space problem, these tanks can be fixed in different places.

6. This system for the treatment and recirculation of water is independent, can be located anywhere and easily transferred. This makes its design portable.

7. Another important advantage of the system is that it is also designed for disabled people in the lower limbs.

8. The design of the system can be used in the same way for cleaning animals, inside a cubicle where water is recirculated for the same activity. This system must be independent of that used by people.

9. In the water treatment process, this system uses natural elements based on specific plants that are incorporated into a filter medium, as well as stf & tannic drugs and muαϊagos for greater efficiency in water treatment, etftfaFKfo eF chemical residue effect.

10. As a final process, the system allows extracting active ingredients from aromatic plants to add to the water used for showering and hand washing. The system can, through the distillation tank, serve as a dryer for plants that can be used later in the water treatment.

11. Through the design of this system and the water treatment process, solvents such as gasoline, thinner and varsoi can be treated and recirculated to be used in the washing of different elements.

6. Brief description of figures

Fig. 1 shows the system in conjunction with a three-dimensional view, also shows part of the set of elements that make up the system. The figure is one of the preferred forms of the invention. Fig. 2 shows completely in a side view and gives an idea of how the system works to apply a treatment process to water and other solvents.

Fig. 3 shows a side view of the assembly and its operation of the system for the treatment and the recirculation of solvents, this figure shows a room for cleaning as well as a container. Fig. 4 shows how the system contains a shower, a sink and / or a washing machine, in addition the system contains a urine collector and shows how a tank is adapted to supply agtra.

Fig. 5 shows a side view of how the system can work with a wind system to operate the water pump and an ozone generator.

7. DESCRIPTION OF THE INVENTION

The technical solution to the problem is based on the control, use and management of water and other solvents, together with the reuse of water and residual solvents. In this context, treatment for purification plays an important role. For the treatment of water the classification of wastewater must be given from its origin, that is, it should be classified according to its origin. Regarding this solution, the design of a system that allows better control, use, handling and reuse or recircuation of water and other solvents is proposed. Also the solution raises Nieves aitemafivas cía treatment af water from complementary physical and natural processes for the purification of yourself. The af water treatment processes can be carried out in an integrated manner combined with conventional and alternative processes. The following definitions allow us a better understanding of the solution that we want to present

Drinking water; It is one that by meeting the organoleptic, physical, chemical and microbiological requirements, under the conditions indicated in the legislation of each country and according to FAO and WHO standards, can be consumed by the human population without producing adverse effects on their health. Generally this water is supplied by treatment plants.

Safe water: It is one that without complying with some of the drinking standards, can be consumed without risk to human health. Mainly this water goes through a disinfection process (elimination of microorganisms). Urban wastewater: sewage, scrub water, cooking water. The main contaminants of these are the organic matter and microorganisms. These waters usually pour into rivers or the sea after a small purification. Municipal wastewater: contains liquid waste originated by a community. Generally this water contains a high pollutant load. Industrial wastewater: they contain almost all types of pollutants (mineral, organic, thermal by cooling waters). These waters are poured into rivers and seas after a brown purification!

Wastewater: these are those that come from the rains and are collected in the sewer systems, their characteristic is the hardness. Agricultural wastewater: the contaminants they contain are organic matter (fertilizers, pesticides). They can contaminate groundwater, rivers, seas, reservoirs, etc.

Gray water: domestic wastewater composed of kitchen water, bathroom (shower), sink and sink water. Water recirculation: defined as recycling the water after being used, and then using it again. In this process water can be treated. This principle can be applied to other solvents.

In the set of wastewater there are gray waters that consist of kitchen water, shower, sink and laundry. The waters

IO gfiβes by fanfo are fas waters that have been less polluted. If we treat the gray waters so that they can be reused or recirculated in the same activity, we can give better control, use and management of water, this can lead to savings, preservation, maximization and, above all, less pollution of the bodies. of water. It is important to keep in mind that all waters can be reused, however, we refer to those waters whose treatment can be carried out in the same integral system, based on elements, designs and treatment processes, where activities of the water can be carried out simultaneously daily cleaning of people and animals separately. Also applying the principle of water recirculation through treatment, other solvents can be reused as is the case of gasoline, thinner and varsol to be reused mainly in machinery and car wash, of course, as long as A system is used for each activity. In the treatment it is proposed as the solution, the recirculation of water not only in cleaning activities such as shower and sink, but also for alternative activities, especially in those that do not require drinking water.

Wastewater treatment can be carried out by applying different processes including physical, chemical and biological hitherto widely known. The application of the treatment processes depends on the contamination of the water. Pollution is measured through parameters such as: COD, BOD, heavy metates, hardness, bacteria, viruses, algae, fungi and other microorganisms, inorganic elements, such as sand, earth, minerals, chemicals, can also be presented. nitrites, nitrates, phosphates and surfactants among others. We briefly describe here the conventional processes carried out within the system for the treatment and recirculation of water that can be combined with alternative methods according to the treatment.

The water treatment process is carried out in several steps that includes: roughing, biological treatment, percolating filter, natural treatment (mucitages), aeration, application of magnetic or electromagnetic fields, flocculation, sedimentation, natural treatment (tannic substances), filtration, adsorption and disinfection of water. And as an alternative water distillation is applied. Based on these same steps, the treatment for other solvents such as gasoline, thinner and varsol, which we generalize as solvents, is added. The system for the treatment and recirculation of water and other solvents begins

ϊí (XM wi desbaste, where water or solvent passes through bars and sieves to remove the thickest soffits, cationic and ammonium resins are cofounded in these bars or patches. At the same time a degreasing process is applied. Yes eff system treats water gray or residual applying a biological process that eliminates and flocculates the pollutant load of water.This process is widely known especially for its advantages for the environment.Oxygen treatment (oxygen) is provided to the biological treatment to cause flotation and precipitation of soluble solids and insoluble This process allows to achieve reductions of BOD of the order of 90% and removal of nitrogen of 80% The resulting liquid after this process is abundant in solids that can be retained through sedimentation and filtration. in natural, mineral and synthetic materials.

Filtration with natural material (plant marrow) combined with the biological process allows the phosphorus to be purified from 70 to 95%. The BOD will vary in yield from 85 to 98%. Likewise, nitrogen can range between 30 and 80% and the removal of soluble solids in suspension occurs up to 70%. The temperature at which this process can be developed varies between 8 and 35 °. The bacterial culture is carried out through the fermentation of yeasts, photosynthetic bacteria, protozoa (paramecϊum), lactic bacteria, in addition to adding nutrients. The preparation of this ferment is carried out inside a magnetic container, the reason is explained in the application of the magnetic and electromagnetic fields that we will explain later. The generation of the bacterial date occurs whenever the system is in use. As for the chemical treatment, it is applied in an intermediate way, due to the fact that it improves the primary treatment. The chemical process involves the use of coagulants primarily and as a complement to the use of chlorine. The combination of the biological process with the chemical precipitation, has the advantage of reducing the sludge generated in the purification of water. Also the use of chemical reagents can be counteracted with different natural elements. The dosage of chlorine is done by self-regulators that are used to determine an exact dosage, however, it is preferable not to use it for disinfection. At the same time for the disinfection of water, ozone and UV light equipment are used that can be adapted to the system for the treatment and recirculation of water, thus offering several alternatives, replacing one with the other or making them complementary for greater efficiency in The disinfection of water. The The advantage of these systems lies in their efficiency to eliminate microorganisms, as well as the oxidation of water-polluting material such as residual chlorine that can then be removed by filtration. Another one of the elements quite well known and that is used in the system is the silver due to its properties on the microorganisms. The different conventional and alternative processes can be combined according to each stage and class of water treated by the system, although the device recirculates gray water for the same activities, it can treat other waters when they are used for cleaning objects.

As a complementary process, a distillation of water is applied through the design of a domestic distiller. This completely separates the water from other substances it has in solution or suspension.

Magnetic and electromagnetic fields

In recent years the study on magnetic and electromagnetic fields and their different applications have increased. As one of these applications, the use of magnetic fields for the softening of water that has already been widely used and investigated occurs, as well, it is discussed whether the magnetic field acts on the diluted ions or if it acts on the water molecules , breaking the strong encapsulation of ions. The technique consists in applying a magnetic field from 500 gauss to a hard water stream of a more or less slow flow, once the magnetic field has been applied, a material that can settle or be retained in the filter media is produced . Magnetic fields are incorporated into the system to cause the softening effect in hard waters. For our interest we study the relationship between the biological process and the magnetic fields, more specifically the relationship between the magnetic fields and the microorganisms that occur in water, both to contaminate it and to purify it, and to the particles that pollute the water. The biological effect of the magnetic fields has also been extensively investigated and even some biological effects of these magnetic fields have been recognized by the WHO (World Health Organization). However, these studies have not been specifically aimed at water treatment.

Solids dissolved in gray or wastewater usually have an electrical or ionic charge, which causes them to remain in suspension. The purpose of The invention was made with nature and the interaction between the magnetic emission, the solid solids and the biological material from the frequency of the emission, which can sediment said particles that remain in suspension due to electric charges. Magnetism occurs in all microorganisms and manifests itself in different ways.

With regard to magnetic fields and microorganisms, we must take into account that all living beings, both plants and animals, are bioelectric structures. The living cells behave like a dipole due to the asymmetric distribution of charges makes the cell interior negative against the outside. The potential difference across the membrane is variable in various cell types, with frequent values between -10 and -I00 mV. In human beings and animal cough, the electrical manifestations that are valued through medicine, such as an encephalogram, are frequent. The Earth is surrounded by a static magnetic field of an average value of 500 mG and with sporadic natural manifestations of magnetic storms of solar origin that can reach 50 mG. Therefore, living beings have been subjected to magnetic influences of natural origin for millions of years.

Together with this principle that living things are bioelectric structures, we will say that the particles that are in the water and that make it look cloudy or dark, normally have a negative electrical charge on its surface. This charge causes the particles to repel each other, so that they remain in suspension, instead of grouping and settling. The biological coagulation processes can cause these particles with electrical charges to be grouped together and then settling, while the chemical coagulation neutralizes the negative charge of the suspended particles so that they later settle.

The combination of the biological process and the use of magnetic fields to cause greater precipitation in the treatment of water, begins when a stage of the biological process is applied to the gray waters, these microorganisms can cause the particles in the water to aggregate and once added they can settle, to this process the intensity of a magnetic or electromagnetic field is added, this attracts the particles in the water and can magnetize them, these aggregations of solids that cause the turbidity of the water once magnetized can be maintained during the duration of the magnetization. Magnetization from? This is the case in which the biological process has been applied, because without it, this is evident. The function of magnetic fields is to magnetize the particles to retain or sediment them more effectively. Nformafmenie some particles that would take a long time to settle by applying the biological process together with the use of magnetic fields can be achieved in a shorter time. The application of these magnetic or electromagnetic fields can cause a greater precipitation of said solids in the water, this results in a greater precipitation and greater retention of contaminating elements in the water, which can make it more efficient together with conventional processes. The magnetic or electromagnetic aspect is directly related to the biological process, which is applied in the system. This process, which according to our search has not been used to cause greater precipitation than solids than soluble combined with the biological process, is proposed in our invention, this process can contribute to the disinfection of water. The greatest performance in the biological process and application of the magnetic field is presented to not generate residual chemicals in the water. The application of the magnetic fields occurs in the gray water tank at 500 gauss in the face of the positive pole at several points. The use of magnetic or electromagnetic fields do not have side effects that may affect people who use the system or the treatment of water, on the contrary, as already stated in the description, the application of magnetic fields is increasing in the technological development. Our purpose when installing them within the system is to cause greater efficiency in the water treatment process. The application of the magnetic fields is given in the following way: Application of the magnetic field = (n) gauss / (meter / second) where: (n) are the gausses produced by the magnetic or electromagnetic field. The installation of magnetic or electromagnetic fields occurs in different points of the system, especially in the gray water tank at the base. In this way, it operates in the sedimentation when the biological process is applied, the relationship would be, the greater the intensity of gauss, the greater the attraction of particles with magnetic or eiciric charges in the water.

Natural treatment ffesfa now we have explained a treatment process to! water that as a whole allows efagua to be purified and can be used again in cleaning activities. This treatment process based on traditional ert methods mostly presents some deficiencies such as residual chemicals and harmful effects on water. For the optimal functioning of the system, we intend to integrate different treatment methods in order to ensure that e! Water generated for different activities has an optimum quality, especially when it comes to people and animals. The natural treatment applied to water based on plant extracts is born as an alternative to the processes of water treatment and complement

10 faith chemical phase for purification. By means of natural treatment, the chemical contamination load in water can be reduced. We will begin the description of this process with aquatic plants. These plants absorb nutrients directly from the wastewater and in some cases heavy mefafes, they can also adsorb contaminants such as carbon dioxide, phosphorus, etc., from the water, among these

5 plants are the water buchón, et potamogetón canadian. The use of these plants within the system only requires that they be introduced for a few hours and then exposed to the sun to follow their normal plant cycle. This treatment is known and widely used in aftjunas regiofígs. Following this we explain as part of the patent, a natural element extracted from

2 & tes plants that can flocculate water pollutants and serve to maintain the bacterial bed. Substances obtained from plants and used in water treatment start from the pharmacognosy study. Pharmacognosy studies drugs in plants, taking into account that any natural product used in therapeutic and not subject to any preparation is called a plant drug

23 pharmaceutical. It can be an entire plant or part of a plant (leaf, root, bark and fruit) or it can be juice or latex. In our case, pharmacognosy is oriented to the study of mucopectides, drugs derived from fas pectin that have property property of forming jelly species in contact with the water in which they dissolve. All mucilaginous substances of plants belong to this

30 group Many spirits have a chemical structure similar to that of gums, these substances can be transformed into managers that can be used in the coagulation of water. When they are exclusively grinding the dissolution in water is more difficult, since this plays a role similar to that which meets the paste eaañ € fo is put in confacfo with ef water. The mucflagos allow two things mainly; one is that it can retain solid insotubies in water, and another is that it can help generate the bacterial bed to degrade soluble solids by biological treatment. What is sought is to apply this substance in the percolator filter where a gray water pretreatment is performed. This substance is mixed with the stem marrow of helianthus annus, Moníanoa sp and poiymnea sp, which are introduced into the percolator filter. This cord can be used as a practical filter medium installed inside the system. This element contains some advantages in relation to conventionally used materials, after performing a process of cutting and housing this material can maintain a pore smaller than one millimeter. Another of the advantages of this material, is that it can be made again and again, when it is saturated it can be biodegerated by different methods. Thus this material also solves a technical problem in relation to polypropylene filters. The muciiagos can be extracted from plants such as: Cordia cylindrostachya these contains abundant muciiagos under the bark, the fruits that this species produces contain a mucilaginous juice, which in some species, such as in Cordia alba and cordia lutea, becomes a true Gum, βaazuma ulmifolia, contains mucilages mainly under the cortex. Plantago fanceofata whose seeds contain mucifaginous substances Linum usitatissimun, the mucilaginous substance is extracted from the seeds. Hibiscus rosa sinensís, from the family of fas mafváeeas Abelmoschus esculentus, this plant produces a hairy, dark capsule. Sarauja ursina, this produces a crushed spherical fruit that contains a transparent, strongly sugary mucilage, which contains numerous and small seeds: it contains pectin, sucrose, glucose in a remarkable degree of concentration.

Ftircracea cabuya this species is applied in different cases of folk medicine, this plant rich in muciiagos, saponins, sugars, resinous matter and potash. Psidium guajava Fam. Myrtaceae, The fruits contain mucflages, pectins, small amounts of protids and lipids, minerals (potassium, calcium, iron and phosphorus, especially) and vitamins A, B, and especially fer C.

Muciiagos is a viscous substance. This type of muciiagos extracted from plants are neutral: heterogeneous polymers of mañosa. Therefore they do not affect the water and its pH, which guarantees that the treatment of purification is more efficient. He mre € jio of fas pfanfas for the extraction of the mucilage consists of the following pwcesG: first fas plants are re-harvested plants in good condition, depending on each species the mucfagous producing elements are collected; semifías, bark, stem, petals, sepals, fruits, etc. The next step is to wash these elements very well with drinking water or at least disinfected, then the plants are disinfected without affecting the active ingredients. These can be placed in a solar dryer or in a furnace at low temperature, for drying of plants, different well-known methods are also used. For the process of drying flowers, the system for water treatment and recirculation can be irtifed, it contains a tank for water distillation, in this same and without water the plant can be introduced into silica gel and through the energy Sofar can dry in a few hours. Once the plants have dried, they are ready to extract the mucilage, which is done by boiling them in drinking water; then they are poured into fos stems of helianthus annus, so this material is impregnated with the mucüagos with which the filtration is more efficient happening the process described together with the biological treatment. Another procedure for obtaining the mucilages consists in the use of a sieve to filter the mixture of water and mucilages, which is filtered and allowed to cool. The mold that is produced from a gel can be divided into sections to be placed in natural filters, so it is renewed again and again, in filters made of natural material. When the mucilages are obtained in a mold, 60% of gelosa is composed, which is the part of the mucilage, about 3.5% of cellulose, mineral and organic materials. Mucice can serve as a means to maintain bacterial cultures, which can be grown in a gelatinous medium. The mucilages are soluble in hot water but in cold they are poorly soluble where they form a ge}, this is important so as not to mix the water with other substances. For this process the system for water treatment and recirculation can heat the water by means of an air pump and a resistor.

Another way to obtain mucilages from the plants and at the same time build a filter medium, is to cut into very thin slices fas pfanfas containing phosphite, with this material filters are formed in cartridges of 5 cm to 10 cm. Thus, this natural material fulfills two functions: to retain insoluble solids in the water and another to serve as a bacterial bed, once it is finished it can be renewed from different forms in the filter media. Mucüagos can be added to the state water

Í8 é & gefafína to cause cold insulation of the insoluble solids in the water. In the presence of water, they swell (up to 100 times their weight), forming viscous solutions and non-sticky bosses, which can serve to keep the bacterial bed alive. These also contain a high energy reserve, this in turn serves to increase the bacterial bed.

In addition to the use of plants that contain muciiagos for the treatment of water, piantas containing tannic substances are used, tannins are substances of plant origin that are most commonly found in the leaves, branches and with a higher percentage in the bark some trees. Under the approach of pharmacognosy or tannin coughs can coagulate albumin (proteins), they can precipitate alkaloids so that poisoning by nitrogen principles can be prevented. These precipitate some heavy elements of their salts, such as zinc, ai mercury, ai lead, copper. Some considered "pathological tannins" are gallic acid and tannic acid and accepted in Pharmacy. Within the biological properties of 5 ian nos cough is found to form complexes with macromolecules, especially with proteins (digestive enzymes and others, fungal and viral proteins), by this they can be sedimented. The tannins form a less hydrophilic layer than the same protein on the surface of this _λ Jo that causes precipitation, due to the bonds between the protein molecules. Tannins are drugs that favor the regeneration of tissues in case of wounds or superficial burns, have an antiseptic, antibacterial and antifungal effect. The use of tannins in water treatment has two purposes, first the precipitation of water pollutants such as heavy metals and insoluble solids is sought, the second is due to its antibacterial property in order to reduce the organic load of the Water. 5 This substance can be applied in the system in various ways, after applying the biological process, substances with tannins are added in minimum quantities so that they do not affect the agaa.

Tannins possess astringent properties. These precipitate the superficial proteins of fas céfufás, diminishing their permeability and originating an insoluble protein β layer on the inflamed mucosa, which protects against irritating substances and prevents fas exudations and mucous secretion, as well as the absorption of bacterial toxins. Tannins are extracted mainly from: Jygfans neotropíca Jungfans regia Línneo; Drug: Dried leaves Lss stí & tannic siancías are extracted by different methods among these, distillation pmra you obtain essential oils that contain tannins, a more υsuaf way is through a mixture of water with acetone, with this you get an optimal performance. Tannins can be placed in filter media or sections of previously dried plants can be placed, which in turn serve as a filter medium. These plants are known and are found in different parts of the world, also according to the pharmacognosy these plants are used with different medicinal uses which demonstrates a convenience in terms of effects on the health of people and animals that come into contact with water. The dosage of tannins may be similar to chlorine me / i, the sale of this substance lies in its nature, which does not affect water in small quantities.

The flower of heiianthus annus, more exactly the part of the flower without petals. It is part of the water treatment process, it has properties similar to activated carbon, it is important to remember that activated carbon comes from coconut husk, ϊa nut shell and hardwood sawdust all converted to coal, The heiianthus annus it remains exposed to the sun for a long time, which makes it a coal, as it is known several kinds of coal are used in the water treatment process. In this way the part of the hefianthus annus serves to filter the water more efficiently. For use this is found in filters packed in different parts of the system. In addition to heiianthus annus, dried fern leaves are used, together with clovers, the fern in turn contains tannins and on the other ladσ can retain substances such as arsenic in low concentrations, the clovers in turn collect fats such as Ia from soaps. For the filtration of the water treatment system, eucalyptus coal and g € jadua coal are also used, these types of coals are finer than those of common wood, their effectiveness lies in this characteristic. These materials are already known and have been used in different filtration processes for water. In addition, the Nucus Cocus is used, this shell is Murada and is used as a filter medium. As we have described on several occasions this material is part of the activated carbon, for which you are attributed qualities of adsorption of pollutants in water. Filtration with this material also contributes to the retention of insoluble solids in wastewater. The charcoal of eucalyptus wood is a very popular remedy in

2ft Accfdentafes rtoxieacíones (by poison, spoiled food, poisonous mushrooms), acting as a universal antidote, and in case of colitis, diarrhea and dysbacteriaϊs or intestinal fermentations, absorbing intestinal toxins produced by pathogenic germs. As the last water treatment process, plants containing different active ingredients can be used. The water treatment system has a system that can extract such principles from the so-called aromatic plants, in order to impregnate the water with a pleasant smell and make the daily bath more pleasant. These principles can be mixed with apple cider vinegar, in addition this process is well known for alternative medicine.

At the same time within the system the so-called aromatherapy is applied, which is a branch of alternative medicine that uses the essential oils of certain plants as a therapeutic method to promote health in physical and mood processes. To this end, different essential oils are added to the water that come into contact with the body when the water is used for showering, in addition to washing clothes it can have a flavoring effect.

Treatment for other solvents

For the process of treating other solvents such as gasoline, thinner and varsol, the same conventional process used for water purification is used because its contamination is similar with similar substances such as; metals, sands, solids, fats, etc. So that this system can treat such solvents by extracting contaminating materials, through physical means basically filtration composed of mineral and natural elements. The proposal of our invention is to use a system to treat water and another for these solvents, but based on the same design. The principle of recirculation is applied not only to water but also to other solvents. Ef treatment, control, use and management in these solvents as resources also pose a problem the scarcity and depletion of resources due to the extraction rate and subsequent contamination. Water pollution also has to do with solvents derived from oil. The purpose of the reuse of solvents is mainly for machine and car wash activities, so the system applies the concept of recirculation to solvents that can be treated through processes, physical, chemical and rrstefafes both biophobic and from plant substances, to later be retrtíϊízadbs.

Similarly, a stem of helianthus annus is used for filtration of these solvents to which tannins can be added to precipitate metals.

5 heavy. In addition to these substances, materials such as Cocus nucifer, hardwood sawdust, eucalyptus and guadua coal are used, because they can retain heavy metals as well as other contaminants that prevent these solvents from being used in washing activities mainly. Mucilages are not used in the treatment of these solvents since it has no effect of

W debugging.

As in the treatment for water, the use of magnetic or electromagnetic fields is proposed to cause greater and faster precipitation of contaminating elements in these solvents. Some metals can be extracted by magnetisms and second with the use of magnetic fields or

The electromagnetic accumulation of pollutants around them is observed, which can be explained by the magnetic charges that possess the elements that pollute the solvents.

Finally, the invention proposes an integral design of a system, where conventional as well as alternative methods composed of processes can be combined

20 natural and the application of magnetic fields for the purification of solvents such as water and petroleum derivatives, provided they are used separately. This system not only serves for the purification of solvents but also can contain the elements where the daily cleaning of people and animals is performed. The design of this system can also be used for washing parts that

25 contain grease and sand that are washed with solvents such as gasoline, thinner and varsol.

8. Detailed description of the invention

We explain here in more detail how the system works, we refer to how it purifies water and other solvents as long as a system is used for every 30 cases. It is explained how the design of the system together with the alternative process can treat water or other solvents derived from petroleum. We generalize the word solvents referring to thinner, varsol, gasoline etc. The water that the system can treat is of two kinds gray water and wastewater, the treated water is reεiffffzan for cleaning activities not as drinking water, in the case of gray water esfaá 'they can be reused for eff favado def body or Jas hands, for ef case of wastewater except the sanitary waters are reused for washing clothes , floors, use of the tank, car wash etc. The process and operation of the system for the treatment and recirculation of water and other solvents, begins when the water or other solvent is poured into it. Figure 2 shows a profile that fully covers the operation of the system, this figure shows a main structure 1 that can be used as a washing cabin, in this case hexagonal which is accessed through door 2, a Once the water or other solvent is used, it goes through panels 3 that contain cationic and ammonium resins, these can have different calibers. The water or other solvent now goes into a trap for fats and soaps 4, in which some fats and soaps are separated, in addition to sedimenting some solid particles and retaining the passage of others. When the solvent used is water in this grease trap 4, a biological process f 5 begins when a mixture contained in the magnetic container 5 is poured. This mixture allows the flocculation of suspended solids and other particles. Then the water or other effesfvenfe passes slowly through the elbow 6 and from there to a pipe that has externally attached magnetic or effecfromagnetic fields 7. This seeks greater flocculation of contaminant particles from solvents. Ef water or other solvent

20 reaches the percolator filter 8, it has different mineral and natural filter media inside, and when it comes to water it contains muciiagos. Water or other solvent slowly begins to deposit in ef tank for gray or wastewater or other solvents 9, it has in the background magnetic or electromagnetic fields 7 to cause greater precipitation of soluble solids and

25 inβ soluble that can be magnetized, as well as to eliminate water hardness. In this tank ef water or other solvents receive an aeration process through the air pump 10, air that is pumped with the help of the pass checks 11 and that passes through the air filter 12 so that it is in a more state pure. This filter also contains a resistance for the air to heat the water and both the biological process

3 & how the mezcal with muciiagos in the water is more efficient. The air is introduced into the water or other solvents by means of the aeration pipe 13, this causes flotation or greater precipitation of the soluble and insoluble solids in the water or other solvents, in addition there is an exchange of gases for oxygen. The gases that That is due to the oxygenation safen due to the flue gas discharge 14. Once the water has been flushed out of the tank for gray water or wastewater or other residual solvents 9, if it is the case of water, it is analyzed whether it is necessary to apply a chemical process to cause uπa greater precipitation of soluble and insoluble solids, this step can be applied together with aeration, at the same time substances such as mucϊlagos and tannic substances can be used to further precipitate polluting material in it agαa. When gray, sewage or other solvent waters have completely settled, the blinds 15 can be closed to separate the sludge from the sedimented water or titsolvent, these blinds are closed by the blind pulleys

W 16.

The next step is to open the outlet register of sedimented water or solvent 17, the sedimented water or solvent is led to the passage box 18 shown in Figure 1, this box contains in its interior sterilized silver 19 which is used as a medium To eliminate bacteria. The sedimented water or solvent is

15 sucked by a water pump 20. The water or sedimented solvent passes through the ultraviolet light box 21, when it is water it is used for disinfection of the sφv ^ t and oxidation of biological material, this UV light is connected through the outlet of stream 22. Ef clear and disinfected water or sedimented solvent is transported through tube 23 to the storage tank of disinfected water or solvent

2ü sedimented 24, this tank can be portable and movable according to the design of the system, once this tank has been filled it opens the universal safida register 25 pairs »which ef solvent passes through a slow filter 26 Ef filter size varies between 10 and 40 inches of írrgiíud. The granulometry of the sand can be between 0.3 to 0.6 mm and a uniformity coefficient not greater than 3.5. The solvent exits through the union of the universal 27. This filter

25 is composed of mineral and natural materials that make filtration more efficient, the maintenance of this is done with backwash, allowing it to be easily disassembled by means of the universal 25 and 27 that join it af system. Ef filtered solvent is stored in the storage tank of filtered solvents 28. To maintain regufado ef level of water in these tanks, check the

30 water level indicator 29. Once the solvent has been treated and stored, we proceed to evacuate the sludge from the tank for wastewater or other residual solvents 9, by means of the sludge output register 30, likewise it can be evacuated tas-residues of the trap for fats and soaps 4 through the output register of 3T grease and soaps. Until this step the process of treatment of water or other solvent mecffante is completed an integral process of purification, once the water or solvent is stored ready to be used, if it is the case of water, active ingredients of aromatic plants are added, this step is carried out with a screw press 32, this can extract the active principles to be added to the water by means of the drip key 33.

When the water or other solvent is ready to be used for washing, the manual water pump 34 is used, which brings the water to the pipe 35. The water or other solvent finally comes out through a shower 36. Once the Water or other solvent has reached this step, undergoes the same treatment process. For greater efficiency in the disinfection of water, ozone can be applied in the storage tank 28 of filtered solvents, this can be done with the ozone generating system shown in Figure 5, this can work mechanically or electrically. When it comes to recirculating water for washing the body or hands, it must be recirculated once, the water used initially must be potable, the second time the water is recirculated it is used for other washing activities such as clothes, floors and for the cistern, etc. To carry out these activities, the system has an outlet for hose 37 located on top of the water pump 20 and next to the manual pump 34. For this operation, the step register 38 must be closed. Once this process has been completed recirculation, the system can be fed by means of the drinking water inlet register 39 which is also seen in figure 1. At the same time in figure 3 the system is shown with a washing container 40 adhered to the washing cabin 1 , this can work through the pump for standing water 41 with the help of the step checks 11, this pump feeds a key for washing container 42 by means of the hydraulic system 43. This container has a drain 44 <pe ffeva the water or other solvent to the grease trap 4. Thus the water or solvent goes through the treatment process described above. Another element adapted to the system is a second container for special washes 45, which is used to classify liquids or similar which should not be mixed with gray water or residual solvents, this liquid goes directly to the drain 4 ©.

Another process to treat the water in the system for the treatment and recirculation of the water, shown in Figures 2 and 3, is the distillation by means of the distillation tank for domestic water 47, this can work with solar or heat energy,

2S The distilled water is stored dropwise in the tank for distilled water 48, this agaa can be used through the key for distilled water 49. This distiller tank 47 can be used for drying flowers that are subsequently used in the treatment for Water, for this purpose, must not contain water and the flowers must be in silica gel. Finally, the water treatment system is easily moved by means of the base 50 that has wheels.

Once the treatment and purification stages of water or other solvents are finished, the system enters the cleaning and maintenance process. First this starts with the washing of Pos filter media 8 and 26 through the backwash, the floor cover 51 of the tank 9, it can be lifted to wash this tank. In the same way you can clean the hydraulic system and water storage tanks that can be disassembled and disassembled. Another activity corresponding to maintenance is the change of the filter medium, whether mineral or natural, it has a useful life according to the daily use of the system. In Figure 4 shows the system for the treatment and recirculation of water, contained in a bathroom cabin 1, this form of the invention can be used as a shower by means of the shower 36 to be used by people and animals provided that it is used independently, the shower supplies water by means of the manual water pump 34, this cabin has a sink 40 that is filled with water with the key 42, this works with the foot pump 41, this sink can also be used for washing Some garments, at the same time this system shows a water distiller 47 that supplies a faucet 49, this water can be used in oral wash, this activity must be carried out in the special wash container 45 so as not to mix with the waters gray This figure also shows a chair 52, which can be used by anyone and especially with a disability in the lower limbs. This chair slides through the guides 53, which allow its displacement, the system has a hose outlet 37 connected to the manual water pump 34 that can be used by people using the chair 52. Another element that contains the system is a talking radius 54 to set the daily cleanliness of people. In this system, the gray shading treatment and recirculation process is applied, explained in Figure 2, the water recirculation must be done once. This figure also shows how the agtfa treatment and recirculation system adapts a cistern and a urine collector 56. The system can provide water to the tank feed tank 55, by means of the outlet for hose 37. For this operation ef step register 38 must be closed. An element that is part of the system is the urine collector 56, this contains a percolator filter 8 with natural and mineral elements to retain elements that can affect the residual water that leaves the system, this collector is kept clean and does not generate odors when it is Pour the contents into the magnetic container 5, which contains a bacterial culture and can eliminate certain odors produced by the urine. This urine collector can be graduated according to the height by means of the adjustable extension 57 gtre functions as an antenna. Finally, the urine is evacuated through the drain 59 to open the drain register 58. In the same way, the cleaning of this is done with the washing hose 37.

Finally in Figure 5 it is shown how the system for the treatment and recirculation of water and other solvents, can work from a wind system. This system is incorporated into the washing booth 1 by means of the support structure base 60 that is attached to the base with wheels 50 of the washing booth with the plate 61, in the upper part of the structure there is a propeller 62 that has ert The center is a rubber wheel 63, next to it there is a skid pulley 64 that slides along the guide 65 ,, when using the tensioner 66 and by means of the flexible bar 67 that is attached attached at point 68. This skid pulley It has a double channel 69 pulley that makes the belts 70 and 71 move. When the belt 70 rotates, it starts another pulley 72 that operates a 12 volt / 70 amp alternator 73, which has a 1500 amp 74 coil connected. This alternator produces an electric spark inside a copper tube 75 through which an air current passes through the air pump 10, so ozone is generated for the disinfection of the water, this is then introduced into the filtered solvent tank 28. The alternator energy can be used to generate an electromagnetic field 7 that is Incorporates into the system for water treatment. When the main belt 71 is moved, which transmits its movement to the water pump 20 by means of the pulley 76. This system pumps the water for the recirculation, if it is only desired to introduce ozone into the water the belt of the main pulley 71 is can be disassembled in such a way that only alternator 73 works.

Sampling exercise Papa € to demonstrate the effective operation of the system for the treatment and the mckcüfación def water and other solvents, we perform a test QUALITY OF WATER Constituent Concentration ml / l

1. Bacteria (BHOOmI) Coliforms 0

2. Organic

Biochemical oxygen demand at 5 days and at 20 (BOD5 at 20 ⁰ C) 0 Fat 0

3. PH 6.5 reaction

4. Physical Turbidity 5 Suspended solids 40

5. Chemicals p.p.m. metals 0.01

Total Nitrogen (as N) 5

Nitrites 0

Nitrates 0

Total phosphorus (as P) 2 Chlorides 5

Claims

Claims f. System for the treatment and recirculation of water and other solvents, characterized in that it integrates physical, chemical, natural and biological processes, for the treatment of gray water, this system comprises: a) A portable shower cabin that can be assembled and disassembled in a practical way, in addition its design allows to recycle, treat and recirculate the gray waters. b) A movable sink incorporated into the shower cabin according to the design. c) A chair that moves horizontally and vertically. $ cf) A urine collection system for male and female gender that can be graduated and moved, which also has natural filter media to reduce contamination in wastewater. e) Future media containing natural (plant) elements, used to filter the water, in turn in this natural substances are applied. 5 f) A gray water tank, where physical, biological, chemical and natural processes are applied simultaneously for the purification of gray water, g) Magnetic or electromagnetic fields that work at different intensities and which is combined with the biographical process to purify the water, in addition to affecting the bacterial effect. 0 h) A hydraulic pumping system that allows the recirculation of water in the system, i) A wind system that operates the pumps for water and air, in addition to a system for generating ozone.

/> An air pump to cause aeration in gray water. 5 k) Gray water storage tanks that are portable and mobile according to the system design. f) A tank where water is distilled, from solar or electric energy, and which serves to dehydrate the plants used in the filter media. m) An ultraviolet lamp for water disinfection. 0 n) A screw press to extract active ingredients from plants to add them to water. o) A base with wheels so that the system can be moved.

2. System for the treatment and recirculation of water and other solvents, of according to claim 1, characterized in that it has a system that allows it to operate from electrical, mechanical and wind energy.

3. System for the treatment and recirculation of water and other solvents, according to claim 1, characterized in that it purifies wastewater

5 with physical, chemical, biological and natural processes, integrated into a single system that recycles and treats wastewater. The water generated is not potable

4. System for the treatment and recirculation of water and other solvents, characterized in that it integrates physical, chemical and natural processes, for the treatment of different solvents such as gasoline, thinner and varsol, this system

W includes: a) A cabin for washing different objects with solvents such as gasoline, thinner and varsol, portable and that can be assembled and disassembled in a practical way, besides its design allows recycling, treating and recirculating solvents. b) A washing container that can be placed according to the design of the car for washing c) Filter media containing natural (vegetable) elements, used for filtering solvents such as gasoline, thinner and varsol á) On solvent tank, where physical, chemical and natural processes are simultaneously applied to treat solvents such as gasoline, thinner and varsol 20 e) Magnetic or electromagnetic fields that operate at different intensities used to precipitate contaminant particles of solvents such as gasoline, thinner and varsol f) A hydraulic system of pumping that allows the recirculation of solvents such as gasoline, thinner and varsol 25 g) A wind system that operates the pumps for solvents and air, of the system h) An air pump to cause aeration in solvents such as gasoline, thinner and varsol i ) Storage tanks for treated solvents that can be portable and movable according to the design of Ia c wash basin j) A base with wheels so that the system can be moved

5. System for the treatment and recirculation of water and other solvents, according to claim 4, characterized in that it integrates physical processes, chemical and natural, for the treatment of solvents such as gasoline, thinner and varsol

6. Procedure for the treatment of water from tannic substances, muciiagos and plant marrows, which includes the following stages: a) Enlistment, classification and washing of plants which are used in the water treatment process; b) Extraction of tannic substances from:

• Neotropic Juglans (walnut, cedronegro); c) Extraction of muciiagos from the following plants:

• Cordia cylindrostachya; Guazuma ulmifolia; Plantago lanceolata; Linum usitatissimun; Hibiscus rosa sinensis; Abelmoschus esculentus; δarauja ursina; Furcracea cabuya; Psidium guajava; d) Marrow extraction from species such as: helianthus annus, polymnea sp, montanoa sp; characterized in that it also comprises the steps of: e) Mixing of water with tannic substances in the form of oil, liquid or powder through filter media f) Mixed with water and filter media, of gel-shaped muciiagos to precipitate pollutant particles from water and serve as a bed of water purification bacteria g) Manufacture of cartridges from marrow and helianthus annus flower h) Water filtration and other solvents through helianthus annus marrow, polymnea sp, montanoa sp, as well as flowers of helianthus annus.

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