Love nature - to love YOURSELF

Phone in Moscow: +7 (495) 225-52-20

Phones in Sochi: +7 (8622) 66-77-66, 37-36-56

Internet: http://www.rosecology.ru

E-mail: 2255220@mail.ru

Autonomous/Автономнаяsewerage/канализацияForcountryhouses,Cottages,Towns,Cities,Camps,Hotels,Restaurants,etc.

ЭКОРОС

Моя прибыль

за 2010 год

• Local sewage treatment plants «EKOROS»• (A system of deep biological treatment)• CONSTRUCTION AND RECONSTRUCTION OF TREATMENT FACILITIES• UV disinfection systems DRAIN• Treatment facilities for «ECO» CAR• TREATMENT OF STORM DRAINS• WHEEL WASHING ITEMS• GIRAUD TRAP• OIL TRAP

ServicesprovidedbyRosEcology

• Production and creation of local treatment facilities for autonomous sewer EKOROS cottages, villages, resorts and holiday camps, restaurants, industrial plants. administrative and industrial buildings and other municipal and industrial use

• Resident Engineer on the subject. Needed in case the customer can not solve some problems (such as the location of treatment facilities at the site, the method of abstraction of purified water, etc.)• Advisory services.• Our technology professionals will advise you on all your questions related to the sewage, drainage and other

issues.• Development of technological solutions.• The development of construction documents.Продажа оборудования.• Construction and installation works (Building works).• Supervised installation.• Installation of external and internal sewer.• Installation of sewer pumping stations.• Installation of drainage systems and rainwater drains.• Installation of oily waste water (for gas stations, garages, parking lots, etc.).• Installation of grease traps.• Installation of external and internal water supply networks.• Installation of heating systems.• Drilling. Construction of storage tanks and OVC.• Installation of boiler equipment RINNAI (Japan).• Installation of gas generators.• Warranty and service. We are ready to offer you to join us in a specialized office. Here you can see the work of wastewater treatment plants on the example of existing models.

We always have a fresh solution

Asof today,humanity is inconfrontationwithnature.Ecological imbalancebecomespracticallyirreversible.Humanityshouldthinkseriouslyaboutrestoringthenaturalbalanceandcauseafloor,notonlymankind,butalsoindividually.Inthisregard,expertskompainiidevelopedandputintopracticeprogram«Comfortinacountryhouse,withoutharmtotheenvironment.»Todate,theprogramincludesthefollowingproducts:• SystemofdeepbiologicalsewagetreatmentEKOROS• Ofrecyclingforcarwashesvodosnabezheniya• CleaningSystemsstormwater• Giraudtraps• Oiltraps• Super-efficientblowersHIBLOW• UVdisinfectionsystems• Super-efficientdouble-circuitwallhangboilersRINNAI• GasgeneratorsGREENPOWERAllproductsarecertified

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About RosEcology Company RosEcology a successful, dynamic manufacturing company. Successful experience in water conservation technologies, constantly introducing advanced innovative technologies in the field of sanitation, and providing advisory services, expanding the product range and improving its quality. She has a reputation as a reliable business partner and trusted by its customers for 12 years. High qualification of our specialists, a wide range of equipment and materials allow us to solve various problems.JSC «RosEcology» - a diversified enterprise, which not only produces a wide range of equipment for disposal, but also conducts independent research, design, construction and commissioning of construction and reconstruction of sewage treatment plants.We use only the best, advanced technologies of XXI century.The use of modern energy-saving technology has allowed the company to take its place in the domestic market of high-quality services. Our company is constantly evolving, working with leading Russian experts and monitors new solutions in the technology marketplace.We constantly introduce the most advanced technologies and modern equipment. We produce work from design to installation (turnkey), perform maintenance and warranty service. Technical consultants of our company are always ready to help you and answer your questions.Our firm works with more than 1340 organizations, including utilities, utilities, industry, industrial enterprises, design, research, construction, installation and start-up organizations, manufacturers of industrial and technological equipment.

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The company's activity is highly appreciated RosEcologyleading experts in the field of ecology.

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Biological wastewater treatment - correct and the only solution Biological oxidation - the technology of water purification, prompted by nature, does not use chemicals and does

not conceal damage to human health. This technology is aimed at protecting the environment and to minimize the human impact on nature. Wastewater treatment systems EKOROS supplied by RosEcology, designed on the basis of experience in the development and operation of major urban and village wastewater treatment systems. Takes into account both the strengths and weaknesses in these systems.

In EKOROS combines high quality of cleaning and maximum comfort for the user.Currently, much attention has been paid to the environmental situation in the Russian Federation. This is due to the

fact that increasing population density and, consequently, the level of environmental contamination products of human activity In densely populated areas this rate reaches a critical point. In this poisoned water horizons, the land becomes unfit for use. The problem of waste water is less acute in cities and towns with sewerage. But in the villages, suburban cooperatives and cottage settlements, deprived of opportunities to connect to a centralized sewerage system, this problem is in the first place.

The situation changed dramatically with the advent of facilities range EKOROS. These installation designed especially for Russia and take into account many of the adverse factors, including climatic and man-made, such as cold, precipitation, power outages, poor soils, high water table, etc.

The system covers all aspects of EKOROS operation of both large and small aeration tanks. Sewage Treatment System EKOROS

easily tolerate interruptions in the flow of sewage and non-recurring congestion, which is usually accompanied by a country house accommodation. Accommodations are available for seasonal conservation system in perpetuity.

A unique treatment technological scheme is based on the analysis of the best achievements in the field of biological treatment systems. In addition, this is one of the few facilities in which cleaning of a complete cycle, until the removal of nitrogen, and removed the activated sludge is stabilized under aerobic conditions, it can be used as an excellent fertilizer (thus solving the problem of waste disposal)..

EKOROS able to clear the entire stock of household, including runoff from washing cars, cleaning and all household chemicals. With this treatment systems EKOROS can be used in individual buildings (villas or cottages), and in public buildings like (rest houses, restaurants, cafes, etc.). Perhaps the only condition is the presence of the incoming waste water a number of biological contamination.

It should also focus on the features installation EKOROS. When installing the system does not need to mixing coIt should also focus on the features installation EKOROS. When installing the system does not need to mixing concrete and «anchoring.»

The system is not demanding to geological conditions, installation can be carried out even at a high level of groundwater. According to the Institute, «Human Ecology and Environmental Hygiene», the installation is the most effective of the entire series of treatment systems available on the market, and can achieve 98% clean on almost all indicators, that meets and exceeds all Russian demands. Through this department chief sanitary supervision Russia recommended EKOROS for use throughout the Russian Federation. It only remains to add that the installation is extremely easy to use and requires no special equipment to service, ie service installation can make the user himself.In order to ensure maximum convenience for the user settings can be provided with a number of service functions. Possible remote monitoring of the installation and the quality of its work through the phone. Control may be exercised by the user in person or, if the subscriber service, professional service. In the development and design of treatment facilities EKOROS, using the recommendation of Professor Kulikov N.I, candidate of technical sciences Kulikov D., a leading researcher Levdinoy E A

With full confidence We can sayeKoRos betteR seWage tReatment system foR domestic and euRopean maRKets.

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Cleaning Technology.Biochemical treatment of wastewater.The method of biological treatment of wastewater activated sludge is in the processing of clusters of aerobic

microorganisms of organic pollutants in their partial or complete mineralization in the presence of oxygen supplied to the aeration tank, followed by separation of the reacted mixture. Conditionally accepted to divide the entire treatment process into two periods: the period of biological maturation period and steady-state biochemical oxidation.

During the maturation of biological activated sludge bacteria develops the optimal number of active sludge adapted to this mode of installation, quality and quantity of waste water.

During the period of steady operation of treatment plants with aeration usually distinguish four phases of the activated sludge. For the best wastewater treatment, almost any performance, you need to put a two-chamber septic tank averager, which is a division of fractions.

The first phase.:Biosorbtsiya flakes of organic matter sludge.An intensive growth of biomass sludge and a sharp decrease in concentration of organic contaminants due to their

biosorbtsii activated sludge. Duration of phase biosorbtsii not exceed 30 minutes.The second phase.:Biochemical oxidation of organic matter sludge flakes.There is a further increase in biomass of activated sludge and decrease the concentration of organic contaminants due

to decarbonization. Duration of phase of the biochemical oxidation of about 1 hour.Consider the processes occurring in the biochemical oxidation phase, more.It is known that the biochemical treatment of wastewater is carried out mainly microbes. Microbes do not have

special digestive system, so all the necessary for their vital substances into the cell through the tiny pores of the cell membrane (membrane). These pores are so small that they penetrate through substances must be pre-prepared, ie Mash to a molecular state and partly converted into simpler compounds in the surrounding solution. To do this, in the process of evolution, microorganisms have developed the ability to distinguish the environment hydrolytic endoenzymes (ektofermenty), which prepares it contains complex mixtures of microbial cells to assimilate.

Another group of enzymes called endofermenty, unlike endoenzymes, operates within the microbial cell. Endofermenty promote absorption of nutrients by the cell. Once the nutrients enter the cell, endofermenty immediately process them in substance of protoplasm cells.

Each of the enzyme produced has a purpose. Some of them act on proteins, fats in the second, third on carbohydrates.The whole set of biochemical processes in wastewater treatment is very complicated, but they can be schematically

represented as follows.Carbohydrates under aerobic conditions are subject to change, as shown in the figure (Figure 1). In addition, a

small part of monosaccharides is the synthesis of glycogen in microbial cells, although a large part in the process of endogenous respiration of the microbial cell is oxidized (burned simply). The whole process of oxidation of carbon compounds under aerobic conditions is called decarbonization of wastewater.

Third phase.Synthesis of cellular substance of activated sludge from the remaining organic matter of waste water by the energy

liberated in the second phase.

The amount of organic substrate, which changes into new cells, approximately 65%. This phase differs from the previous relative constancy of the mass of sludge, it takes so long until it is exhausted all the body cal substance, previously accumulated sludge microbial cell. The total duration of this phase in the aeration tank and the regenerator is a stationary process about 20 hours.

One of the organogenic - elements necessary for the development of any organism, is nitrogen. In connection with this in practice is crucial biochemical breakdown of proteins.

Protein breakdown under aerobic conditions can be summarized as follows.Protein molecules by the enzymes available microorganisms, are split into a number of simple substances. This

decay occurs through albumozy and peptones to amino acids. Part of the amino acids used as building material breeding microorganisms of activated sludge, and the part undergoes deamination to form ammonia, water and CO2. Under aerobic conditions, the resulting ammonia dissolves in water to form ammonium hydroxide, which, in turn, binds to the carbon dioxide to form carbonic ammonium.

However, it is worth noting that most of the amino acids formed from protein waste water in their cleavage, used as a building material and energy for the biosynthesis of cell microorganisms of activated sludge.

Figure 1 «The collapse of carbohydrates under aerobic conditions»

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The fourth phase.:Endogenous respiration or oxidation of cellular substances of activated sludge.This phase is characterized by a decrease in biomass of activated sludge. Organic matter biomass of cells exposed to endogenous

oxidized to end products of NH3, CO2, H2O, which leads to a decrease in the total mass of sludge.Of nitrogen used as a building material for the synthesis of activated sludge in biochemical oxidation, is formed,

eventually, carbon ammonium. This process is clearly displayed on the figure.It should be noted that fat little and slowly exposed to biochemical processes of decomposition, and their biochemical

oxidation occurs in this phase.Further purification of waste water:The nitrogen-containing organic substances in the waste water not only in the form of the protein, but also in the

form of metabolic products, particularly urea. Ammonium carbonate, which is formed by deamination, auto-oxidation of activated sludge hydrolysis of urea and other products of nitrogen metabolism, further subjected to biochemical oxidation by aerobic bacteria. This process, called nitrification, is carried out in two phases.

The first phase:In this phase, the ammonium salts

as a result of biochemical oxidation are converted into nitrogen compounds (nitrites) coccoid bacteria of the genus B. Nitrosomonas.

The second phase:In this phase, the ammonium salts as a result of biochemical oxidation of nitrogenous compounds are converted into

(nitrates) by bacteria of the genus B. Nitrobaster.Thus, the nitric acid in the form of mineral salts (nitrates) is the end product of oxidation of proteins and their

metabolic products in animal and plant organisms. In this regard, the number of nitrate to judge the success and completeness of the process of biochemical oxidation. The nitrification process is associated with the release of large amounts of heat and thus plays an important role in the operation of biological treatment plants in the winter.

It should be noted that in addition to this, during nitrification is an accumulation of oxygen, which will then be used for biochemical oxidation of organic nitrogen-free substances, when all will be spent for this process, all the free (dissolved in water) oxygen.

This is followed by denitrification. By denitrification, in the broadest sense, refers to the recovery process by microorganisms salts of nitric acid (nitrates), regardless of whether produced with nitrite salt, the lower oxides of nitrogen, ammonia or free nitrogen.

Thus, under alkaline conditions and with free access of oxygen reduction process does not go beyond salts of nitrous acid in acidic conditions and difficult access of oxygen to the restoration is ammonia.

Denitrification, in a narrower sense, is called the decomposition of nitrate salts and nitrite with the release of free nitrogen. With no free oxygen or placing them in limited quantities, denitrifying bacteria get it in the splitting of salts of nitric or nitrous acid, oxidizing them at the same time the same nitrogen-free organic compounds, thus obtaining the energy necessary to initiate the reaction.

Externally, the process of denitrification is characterized by copious gas, consisting usually of a mixture of nitrogen and carbon dioxide, sometimes mixed with nitrous oxide. The energy source for denitrifying bacteria are organic compounds that come with a sink.

Although the life cycle of the activated sludge is the same phases and stages through which developing «pure» bacterial cultures, it has several features, which primarily carry low rate of death of the activated sludge. According to some reports found that the death of activated sludge is 17 times slower than its growth, which is obviously due to its excellent adaptation.

Fig. 2 «The collapse of proteins under aerobic conditions»

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Interaction between humans and nature. Interaction between humans and nature in recent years become more and more negative connotation. This is mainly attributed to environmental pollution and the inevitable violation of ecological balance in areas with the most densely populated. On the environment is influenced by many factors: deforestation, depletion of natural resources, emissions from factories and so on. The list could go on, but it is important to distinguish two main types of human impact on the environment. The first type effects such as deforestation or emissions of factories, is inherent in certain areas and regions. It can either minimize or compensate for, or simply eliminated. But there is a second, more dangerous type of exposure that occurs anywhere even slightly increasing population density. And it is impossible to stop or eliminate. The most striking example of the second type are the effects of sewage and domestic waste. And the quantity of waste increases drastically with increasing population density. These pollutants accompany the person regardless of region, climate zone and type of activity. And the most difficult problem to be solved is the treatment of industrial and domestic waste water, which inevitably appears where a person starts to equip housing in accordance with the requirements of comfort and hygiene.

The answer nature. Processes, which proceeded without any problems at a low intensity of inputs, given a failure at the present rate of population growth. Nature can no longer cope with such an imbalance, resulting in the unchecked pollution of the environment, causing irreparable damage to nature. At this stage the man's task to prevent the onset of irreversible changes in the environment and avoid creating a situation where the ecological balance will shift catastrophic proportions.

Ways of solving. How can solve this problem, accompanying humanity, like a shadow? The answer, of course, must be sought in nature itself, which is the fount of unsolved mysteries and riddles, and, as a rule, always helps in solving the problems of humanity, but its resources are not limitless and renewable difficult. Thus, for solving this problem requires the participation not only nature but also man.There are at least. Two approaches to this problem. The first way - to use artificial technology for wastewater treatment. But these techniques involve the use of expensive equipment and reagents, as well as availability of staff who will monitor and maintain the equipment. The second way - involves the use of existing natural and natural mechanisms that are already included in the scheme itself to maintain the ecological balance of the planet. This path is more promising than the first. The fact that the first approach, solving the basic problem, not solve the problems of secondary and, moreover, gives rise to a new one: after all purifying waste water from pollution, we do not solve the problem of disposal of these contaminants. All these deficiencies deprived the latter approach.

Environmental technology, or learning how to live in harmony with nature. The idea of using natural technologies to human needs is not new and has frequently been used by mankind. An example of such technologies can serve as solar energy, planting belts to the local climate and so on. In the case of wastewater, we can use is probably the most inexhaustible resource on the planet - micro-organisms. The natural order of things implies the existence of a permanent chain, which operates continuously and balanced for millions of years. Intuitively, the chain is shown in the illustration (Fig. 3).So what could break so easy, at first glance, the sequence? Quite simply, this scheme works perfectly only in low populations, so that the specific number of microorganisms in the environment constantly, and the amount of pollution increases. On the specific number of microorganisms in the environment is influenced by many factors, the most obvious one - temperature, humidity and the presence of sufficient oxygen. Before considering the mechanism of organic waste, it is necessary to give an explanation of microorganisms. A very important factor is that the bacteria do not have the digestive system, so there may reproduce and only if there is sufficient moisture, which they secrete enzymes to transform the culture medium. Thus, the bacteria can exist normally and actively develop only in water. But then nature puts a natural barrier that prevents the uncontrolled growth of bacteria. This amount of oxygen in the water they need for respiration. Bacteria to a certain point increasing their population and successfully cope with the increasing number of contaminants, and then, when you reach a certain threshold, increasing the proportion of organisms does not occur. That is, removing, or somehow modifying the limiting factor (factors) we can increase the intensity of and the total productivity of the system without changing how it works. Thus, we can achieve sufficient performance purification systems, without making any reagents and technologies other than natural. This approach is at the same time solves the following problem: the result of the cleaning process again becomes a natural component of a natural, waste which also

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does not cause difficulties. The collection of waste water treatment processes using natural organic ingredients is called «biological treatment of wastewater.»

Practical implementation of the method of biological treatment. In practice, the implementation of this cleaning method was quite complicated, complex, was literally everything, from methods of enriching water with oxygen and finishing material of the case and technological «stuffing» treatment system. Let us look at some tasks that had to deal with the technologists in the design of treatment systems.First, and probably the main problem was to choose the material body. The fact that the processing of biological waste, their main component - protein. The main component of the protein, known as nitrogen. Protein in the biological treatment is a large number of transformations, one of the steps which are almost all kinds of nitrogen acids and their salts, which are known to be one of the most powerful factors of corrosion.At the current stage of development of science technology an opportunity to address these problems of quality, involving the latest technologies. An example would be the use of polymers in the manufacture of the housing. The use of polypropylene to create a corps allowed to extend the life of the sewage treatment plants is 40-50 times compared with metal and 20-30 times as compared with reinforced concrete. Note that the PP is the most corrosion-resistant material, from all the artificially created by man. Value-in durability of the material leaves far behind all the competing materials, and makes the system available even to individual users. The next bottleneck of system design, biological treatment was to reduce the cost of its operation. The basic resource-intensive process that actually constitutes the bulk of the cost of running the system is the oxygen saturation and pumping contaminated water between technological cavities. In solving this problem has been applied a unique method of pumping water through airlifts. The principle of the airlift is the following. If the bottom of the pipe, lowered into the water to enter the air under sufficient pressure, the air in the tube formed emulsion (a mixture of water and air bubbles) will rise due to the difference of specific gravity of emulsion in the tube and water in well. This method allowed us to avoid the addition of mechanical parts, which are inevitably susceptible to damage, and significantly reduce system reliability. And since the airlift driven by the same blower, this approach avoids the cost of installing additional transfer pumps. Because the blower is, in fact, «heart» of the wastewater treatment plant, the reliability of the system and its performance is now determined by only the most reliable blower.For air in the system have been applied the latest membrane blowers in Japan. These blowers differ extremely low power consumption and completely maintenance-free. Due to energy-saving technologies applied in the blower, operating expenses do not exceed 45 cents a month per user.But at this RosEkologii engineers did not stop. In the standard produced by wastewater treatment plants EKOROS has been added to the third stage of purification from the biological loading of the «frame». Is a perforated corrugated-tubular elements provided with radial partitions, which are located on the edges of the fan frame and evenly distributed throughout the inner diameter of the element. Used to equip the trickling biofilters, aeration tanks, digesters. Applying biozagruzku can improve the speed and quality of biological treatment of water at the same time achieving a deep level of treatment by increasing the area of contact surface, thereby to improve their technological capabilities wastewater treatment plants EKOROS.The result is a truly pure water. Leaving far behind all previous design treatment systems represented in Russia.All these and many other technical solutions are embodied in the wastewater of the newest generation of «EKOROS» offered by our company. The result was the achievement of cost reduction, the ratio of the stunning price / performance that allows you to leave far behind the competing companies. With this system cost and its subsequent operation can make this technology available not only to large government agencies, but also the individual user.

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laboratory.Chemical Testing Laboratory provides analytical services R & D performed in the company and also work with external organizations and customers.Laboratory exercises: • Analytical control (ha) of water: drinking, natural, storm water, wastewater and effluent. Activated sludge.• Carrying out research and pre-clearing operations of municipal, stormwater and industrial wastewater.• Development and implementation of new technologies of water purification.• Development of technical documentation (baseline) for the design of structures of biological wastewater

treatment, sludge treatment.• Statistical analysis of measurement results and issuing them in the form of conclusions, the report, protocol

analysis, etc.Performed analytical control:• drinking water• natural water• storm water• sewage and effluent waterMonitored parameters:- PH value, pH- Dry residue- Suspended solids- color- turbidity- alkalinity- Total hardness- Permanganate oxidation- BOD5 BOD and full.- COD- Dissolved oxygen- Ammonia nitrogen- nitrites- nitrates- Iron- фосфаты - oil

- fats- detergents- calcium- Magnesium - Copper- Manganese- sulphates- chlorides- fluorides- Sulfite and hydrogen sulfide- Free chlorine- Sodium + potassium- Sludge index

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Матала (Matala) circuit BBZ-65frame Ershovdownload

Используемые виды биологической загрузки

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The main advantages of EKOROS.• the highest degree of purification, more than 98%• the possibility of dumping treated water into water fishery• absence of odors at work• the possibility of any equipment decontamination system• light weight, the possibility of transportation by road• the highest corrosion resistance• the possibility of self-assembly• ease of maintenance and operation• repairability• long life• the possibility of preservation for an indefinite period

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White Sea

Republic of Adygea, Lago-Naki

Treatment plant for 15 cubic meters per day

Republic of Adygea, Lago-Naki

Togliatti, Industrial Area TC «Magnet»

Sochi, Krasnaya Polyana

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Model number of people served M3/day. Electric power Energy consumption

kW / day Size LxWxH

EKOROS - 1 S/T* 5 (10) 1 (2) 51 1,22 1х1х2,25EKOROS - 1 Long S/T* 5 (10) 1 (2) 51 1,22 1х1х3EKOROS - 1 FE* 5 (10) 1 (2) 51 1,22 1х1х2,25EKOROS - 1 Long FE* 5(10) 1 (2) 51 1,22 1х1х3EKOROS - 1.6 S/T 8 (16) 1,6(3,2) 71 1,70 1х1,5х2,25EKOROS - 1.6 Long S/T 8 (16) 1,6(3,2) 71 1,70 1х1,5х3EKOROS - 1.6 FE 8 (16) 1,6(3,2) 71 1,70 1х1,5х2,25EKOROS - 1.6 Long FE 8 (16) 1,6(3,2) 71 1,70 1х1,5х3EKOROS - 2 S/T 10 (20) 2 (4) 95 2,28 1х2х2,25EKOROS - 2 Long S/T 10 (20) 2 (4) 95 2,28 1х2х3EKOROS - 2 FE 10 (20) 2 (4) 95 2,28 1х2х2,25EKOROS - 2 Long FE 10 (20) 2 (4) 95 2,28 1х2х3EKOROS - 3 S/T 15 (30) 3 (6) 95 2,28 1х2х2,25EKOROS - 3 Long S/T 15 (30) 3 (6) 95 2,28 1х2х3EKOROS - 3 FE 15 (30) 3 (6) 95 2,28 1х2х2,25EKOROS - 3 Long FE 15 (30) 3 (6) 95 2,28 1х2х3EKOROS - 4 S/T 20 (40) 4 (8) 115 2,76 2х1,5х2,25EKOROS - 4 Long S/T 20 (40) 4 (8) 115 2,76 2х1,5х3EKOROS - 4 FE 20 (40) 4 (8) 115 2,76 2х1,5х2,25EKOROS - 4 Long FE 20 (40) 4 (8) 115 2,76 2х1,5х3EKOROS - 6 S/T 30 (60) 6 (12) 210 5,04 2х2х2,25EKOROS - 6 Long S/T 30 (60) 6 (12) 210 5,04 2х2х3EKOROS - 6 FE 30(60) 6 (12) 210 5,04 2х2х2,25EKOROS - 6 Long FE 30 (60) 6 (12) 210 5,04 2х2х3EKOROS - 8 40 (80) 8 (16) 350 8,40 2х2х3EKOROS - 10 50 (100) 10 (20) 420 10,08 2х3х3EKOROS - 15 75 (150) 15 (30) 420 10,08 4х2х3EKOROS - 20 100 (200) 20 (40) 600 14,40 4х3х3

EKOROS - 30 150 (250) 30 (60) 800 19,20 6х3х3

EKOROS - 40 200 (300) 40 (80) 3000 72,00 6х3,5х3

EKOROS - 50 250 (350) 50 (80) 4000 96,00 6х4х3

Specifications of deep biological treatment facilities «EKOROS» for country houses, cottages, villages, camps, towns, restaurants, etc.

* S/T (Gravity discharge of treated water)* FE (Forced discharge of treated water)* In models without an index cut-LONG flow pipe is carried to a depth of 650 mm. «0» mark.* In models with an index cut-LONG flow pipe is carried to a depth of 1200-1500 mm.»0» mark.

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TREATMENT FACILITIES HIGH PERFORMANCE

INSTALLATION OF TREATMENT FACILITIES

1. Excavation 2. The pit is ready 3. The descent into the pit 4. Set

5. Sprinkled with sand 6. Verification bias 7. Drilling holes 8. Supply pipes

9. Soldering pipes 10. Впайка трубы 11. Connecting the electrical. cable

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Forced abduction of purified water with a pump mounted in the hull cleaning system makes it possible to use the system even at very high water table. Further removal of water is carried into the existing drainage network, shallow trenches and ditches. Under this option, tap water, the system is guaranteed from falling into foreign water into the shell.

The diversion of treated water into the absorbing well. This method is widely applicable in areas where the soil has sufficient absorptive capacity, and ground water are significantly below the level of absorption. Construction sand and gravel produced tapes in order to prevent silting up well.

The diversion of purified water absorption trench. This method is widely applicable in areas where the soil has sufficient absorptive capacity, the depth of frost penetration is low, and ground water are far enough away from the surface. The length of irrigation pipes, calculated in accordance with the absorption capacity of soils. Construction sand and gravel produced tapes in order to prevent silting up the trench.

The diversion of treated water in the intermediate well, where you installed the drain pump. This scheme allows the use of tap water as well for a total capacity of the national team of the drainage system, as well for storage of purified water and then use water for irrigation during the warm season, in winter, water is discharged into the drainage network.

The extraction of purified water by gravity into the existing drainage network. As the drainage ditch is used, the ravine, ditch, ditch, etc.. The depth of the drainage network should be not the opinion of 80-90 cm, and be insured against flood waters.

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How to choose the correct model.Selection of plant performance. In the first place performance calculations made by the number of persons to be served by the proposed system. When calculating the mass-produced treatment system technology are guided by the tabulated data obtained on the basis of long-term observations of the amount and regularity of flow. This parameter (the number of incoming contaminants) can be considered basic.

The second parameter when selecting a system, you should take the total amount of water that users spend in a day. Of tabular data averaged over the amount of water used by a person in a day is about 200 liters. However, when selecting a system to properly assess water consumption, taking into account the individual characteristics and lifestyle of the individual.

Through the choice of on these parameters, taking more of them.

model “EKOROS”EKOROS

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Number of persons 5 8 10 15 20 30 40 50 75 100 150 200 250Random-sequence (m3/day). 1,0 1,6 2,0 3,0 4,0 6,0 8,0 10,0 15,0 20,0 30,0 40,0 50,0

Volley discharge (l) 250 400 700 900 1200 1800 2200 3000 4000 6000 7000 8000 10000

Power (W) 51 71 95 95 115 250 350 420 420 600 800 3 квт 4,0 квт

Weight (kg) 270 370 450 450 550 650 650 930 1100 1300 3x850 3x1000 3x1150

The choice of system by the depth of lead pipes.When choosing a treatment plant should be guided by the depth of soil freezing and initiation of the feeding pipe. For example:Wastewater treatment plant «EKOROS LITE» for the southern regions.The depth of the reservoir feeding up to 300 mm. from the ground surface.Wastewater treatment plant «EKOROS STANDARD» standard of performance. Suitable for feeding the reservoir, the depth of not less than 600 mm from the surface.Wastewater treatment plant «EKOROS LONG» Suitable for the sewer at a depth no deeper than 1200 mm above ground level.Wastewater treatment plant «SUPER LONG EKOROS» Suitable for pipes laid at depths ranging from 1,300 to 2,200 mm.The choice of the method of removal of treated water from the system chassis.«Gravity» system – Drainage is by gravity, water flows from the body by the force of gravity.«Forced Drainage» - drainage is carried out using a submersible sump pump with level sensor. Level sensor to automate potsess diversion of water, and pressure generated by the pump, provides the possibility of withdrawal of water from the body at any altitude and in any direction.

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Compressors Electromagnetic diaphragm air compressors HIBLOW.• High efficiency

• Low noise

• Durability

• No rubbing parts to prevent wear and tear

• Possible modes of operation 7 / 24

Rotary-vane compressors and channel BECKER.• High efficiency• Stable performance with increasing operating pressure• The possibility of using noise-attenuating housing

Wastewater disinfection systems.Ultraviolet disinfection UV technology is a better alternative to chlorine disinfection. Scientifically proven - the use of chlorine dioxide, chlorine and other chemicals for disinfection of water can lead to consequences that are harmful to health and the environment. Years of research and technological development of water disinfection by ultraviolet disinfection is based on the natural action of sunlight. UV disinfection is a physical process. When exposed to UV light microorganisms such as bacteria, viruses, yeast, etc. instantaneously inactivated.The principle of operation of UV disinfection.Disinfecting effect of ultraviolet radiation, caused by photochemical reactions that result in irreversible damage to DNA. In addition to UV DNA and RNA affects the cell membranes, causing the death of microorganisms.One advantage of UV disinfection over with chlorination and ozonation::• Instant disinfection• Does not change the chemical composition of treated water• Instantaneous inactivation of microorganisms• Effective against viruses• Equipment easy to use• Low operating costs• Maximum operating safety

Scope• diversion of treated water in reservoirs, including artificial ponds;• use of treated water into water recycling;• subsequent use of water in various technological processes

Building caissons, tanks, silos, tanks, etc. Technical. Sealed design rectangular, square or round shapes. They are made of polypropylene sheet and are designed for different tasks.In the housing caissons are often used for water supply and sanitation: to protect against groundwater protection against freezing water in the well in the winter, to accommodate the water-lifting equipment in the construction of septic tanks.We make the caissons for the wells, sealed bins for hardware, paint tanks, vats and storage tanks for water and various liquids, technology pools, ponds, tanks for special operations, galvanic baths, the font angular, rectangular, round ducts.Tanks and caissons in demand in many sectors of construction and industrial production in the chemical, oil, gas, timber and other industries, construction of roads, bridges and housing, as a mass, so the private sector.Caissons, the technical capacity of the tanks and are made of polypropylene, sealed design provides a double seam on the outside and inside. Depending on the purpose caissons are performed: a) open, with no upper ceiling sheet, b) closed, with ceiling plate and the hatch.Design is carried out in strict accordance with the specifications. In the absence of detailed technical specifications, we can offer you a sample project, the appropriate purpose and future operating conditions. We produce the caissons, tanks and containers for any purpose and perform all necessary work from design to installation.

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Nonvolatile Cleaning Systems. In areas where the electric network is not available or is unstable, the only option - set-volatile sitemy. Of course non-volatile system does not provide such comfort and carefree as a system of deep biological treatment, but still allows enough quality to solve the problem of waste water.• The ability to install close to home• Absolute tightness and watertightness• There is no need for large-dimensional Highway Applications for the installation and

delivery of the object• Plastic case (no corrosion)• Long lifetime (more than 50 years) with treatment of domestic wastewater• Low price Nonvolatile wastewater treatment system for maximum biological treatment of domestic sewage (suspended solids, biological contamination), which is confirmed by the sanitary-epidemiological certificate and certificate of conformity.Wastewater treatment plant is a plastic container, divided by partitions into several chambers: Wastewater flows by gravity into the 1st chamber where all solid, settling fraction accumulated at the bottom as sludge and grease in the form of a floating film forms a crust.In the second cell under anaerobic conditions is a better clarification of wastewater.The third camera - portable flushing biofilter, fitted with a special boot that ensures the attachment of aerobic-anaerobic microflora.The fourth camera - clarifier can be used as a pumping well (set any drain pump with a float in case you need to raise the level of abstraction of purified water). In the septic tank is ready polypropylene tubes for the inlet / outlet drain, under the pipe DN 110 mm.Joining the feed sewage to a septic tank at around 0.4-0.8 m from the septic tank from the top, the upper edge of the pipe. Abductor sewage, at around 0,45-0,85 m from the top of the septic tank, the upper edge of the pipe. Possible to produce a treatment plant with a high or low headroom. Removal of sediment from the first chamber to no more than 1 every 2 years. Performance is designed for 5 persons permanently residing. Installation does not require additional insulation as cleaning process takes place below the depth of soil freezing.Nonvolatile sewage treatment system can be equipped with all necessary materials for the device of summing up the waste water drainage and diversion of treated water (for outdoor sewerage pipes, geological fabric, gravel, sand, etc.) Option diversion of treated effluent is chosen depending on the hydrogeological conditions of the terrain (drainage trench, field filtering, etc.).

MaterialAll treatment plants manufactured by RosEcology are made of polypropylene, the best European (Rochling Germany, IMG Czech Republic) and Russian manufacturers (RosPolimer, ZuroPlast) and meet the most stringent quality standards.

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Joint Stock Company RosEcology119526, Moscow, Leninsky Prospect, 146, 6th Floor.Phone / fax: +7 (495) 225-52-20, +7 (495) 755-38-37354000, Sochi, ul. Gagarin, 63 (1st floor, street entrance).Phone: +7 (8622) 66-77-66, 37-36-56Cell. 8-988-237-36-56Интернет: www.rosecology.ru www.rinnai.su www.gas-generator.ruE-mail: 2255220@mail.ru