Euroteck Environmental Pvt Ltd Kondapur, Hyderabad, Telangana

EuroteckIndia, we are the leading water treatment plant manufacturers. Our industrial wastewater treatment plants help you repurpose waste water while keeping your considerations in check. We employ the latest technology and world-class equipment for our services. Our services are rendered keeping CPCB norms and guidelines in check. Contact us for more information.

Country of Origin : India

Number Of Flower : Water Treatment Plant

Certification : ISO 9001:2008

EuroteckIndia, the leading brand in water treatment applications. We render state of craft water treatment applications for your industrial and municipal needs, keeping your requirements into consideration. We make sure our applications are cost-effective and in due compliance with government regulations.Our services employ the latest technology and world-class equipments. Contact us for more information.

Driven Type : Electric

Automatic Grade : Automatic

Application : Industrial,Water Treatment Applications

Number Of Flower : Water Treatment Plant

Country of Origin : India

Brand Name : EuroteckIndia

Cutters and shafts are manufactured from tool steel, while all other parts are manufactured from stainless steel AISI 304.z The grinder consists of two sets of rotating cutters that are installed horizontally and enclosed in the frame. A loading hopper is provided on the top of the frame for waste feeding from the screening equipment to the grinder. The gravity slide located at the bottom of the frame directs grinded waste to the wastewater channel after the screening equipment. The grinder is mounted onto a prop which is fastened to the ground at both sides of the channel. Cutter shafts are driven by a geared motor.   Operating Principle Waste from the mechanical screening equipment is directed to the loading hopper of the waste grinder via the gravity slide. The waste is grinded by counter-rotating cutters and dispatched further along gravity slide.   Advantages Reduces pumping station service personnel and costs for waste removal from pumping stations. Retention of organic compounds in the wastewater for further biological treatment processes. Automatic equipment protection prevents jamming and congestion – grinding cutters reverse and restart.   Automation Using the grinders allows the customer to operate the pumping stations in a fully automated mode. The grinder automatically switches on when the sewer mechanized screen switches on. Other automation options are also available. Alarm systems of the normal operation indication and the emergency stops are provided. It is possible to transfer equipment status data to a higher level automated process control system depending on the client’s requirements.

Brand Name : Euroteck

Power : 5,5 kW

Availability : 515 kg

Working The Grit Chamber operates on the vortex principle. The stirrer maintain rotational velocity allowing grit to settle while holding organics in suspension. Sloped transition between upper chamber section(s) and grit well promotes grit settling to well. Grit transferred from grit well to tangential grit conveyor via pump where the grit is washed intermittently. Grit is agitated by the mixing device to improve grit washing process. The grit is discharged into the storage container or onto the transporter.   Advantages of Vortex Grit Construction is ideal for wastewater treatment plants with lesser footprints Does not require high capital costs low capacity STPs Increased efficiency by using tangential motion of the fluid Casing manufactured from stainless steel is reliable and durable

Water Source : Industrial Effluent

Brand Name : Euroteck

Operating Principle Wastewater is fed at the inlet zone of the conical tank and swirls along tank walls by means of the mixing device rotation. Grit slips along the walls of the conical tank and reaches the grit washing unit. Clarified wastewater is directed to the outlet branch for subsequent treatment stages. Grit is washed by pressure water in the grit washing unit. Grit is agitated by the mixer to improve the grit washing process. Washing water is drained to the subsequent treatment stages while the grit is collected at the tank’s bottom. From here it is removed to the discharge zone by the screw conveyor. The grit is discharged into the storage container or onto the transporter.   Advantages modular construction is ideal for small wastewater treatment plants does not require high capital costs. increased efficiency by using tangential motion of the fluid. casing manufactured from stainless steel is reliable and durable.   Automation Automation of the grit chamber operation can be time based. All grit chamber geared motors (mixing devices and transporter) are equipped with electrical protection. Alarm systems of the normal operation indication and emergency stops are provided.   It is possible to transfer equipment status data to a higher level automated process control system depending on the client’s requirements. The screw can be reversed in order to address jams and congestion.

Capacity : 50…100 m3/h

Brand Name : Euroteck

A process cycle ideal for small-to-medium installations comprises, screening (filtergrilles), primary sedimentation with a sludge digestion chamber (Imhoff), biological wastewater treatment with RBC and secondary sludge separation via cloth filter. In compact biocombi installations offered by MITA Biorulli, biological treatment is achieved by means of a partially submerged roller-contactor upon which forms the mass of biological slime: this is created by the growth of micro-organisms which derive their nutrients from the colloids and substances dissolved in the wastewater. MITA Biorulli biocombi series installations do not need final settling tanks; their place is taken by a cloth filter, essentially comprising a horizontal drum in perforated steel sheet covered with a special filter cloth and equipped with an appropriate removal system for the separated sludge.   Maintenance is significantly reduced in comparison to traditional plant types and it can be performed by non-specialist personnel. The biological wastewater treatment phase is achieved with a biodisk, comprising parallel polypropylene disks fitted to a central shaft. The diameter varies according to the plant size, from 2,00 m to 2,40 m. The disks have 40% of their surface submerged in the water to be treated and represent an ideal support for the bacterial mass.   The cloth filter replaces the secondary settling basin; moreover it ensures a high effluent quality even when both hydraulic and/or suspended solids loadings are variable. The biologically treated water can reach the discharge only via the filter cloth. Its surface acquires a progressively increasing sludge layer which causes an increase in pressure drops. A level sensor activates a pump which, via a suction system placed in contact with the drum, draws, from inside, the water necessary to back-wash the filter cloth.   The sludge removed by the water is run back to the primary settling tank, if there is one, or elsewhere. The filter cloth is fabricated using a free-fibre “Polstoff” synthetic material, composed of innumerable overlapped small fibres which provide a very high effluent quality.   Key characteristics IDisks are partially submerged (40%) in the liquid to be treated. Deeper Tanks so lower foot print area. Several phases of treatment (biological treatment and sludge separation) are grouped together in a single tank. Process sludge removal with Mecana system cloth filter. Only one gearbox-motor set for movement of the biodisk and filter the filter is firmly connected to the biodisk shaft. Moving parts (disk and fi lter drum rotation) actioned by a motor-gearbox set with output power between 0,75 and 1,5 kW. Supply includes basin in treated and painted carbon-steel with easily removable modular covers in FRP and an electric control panel with IP 55 protection. Discharge concentrations compliant with current wastewater treatment standards.   Advantages Minimum energy consumption. Reduced maintenance. Easy access. Reduced installation space requirements (compact construction). Little sensitivity to sudden variations in hydraulic and/or organic loads. High operating safety. Oxygen supply without aeration or diffusion systems. No fl oating sludge problems. Low installation costs. Absence of odour nuisance or aerosols. Pre-assembled plant, ready to be put into service, complete with electric control panel fi tted on the unit which permit rapid installation and start-up.   Sectors of application Small communities Tourist complexes and camping sites Construction sites Hotels Schools Motorway service areas

EUROTECK builds total energy systems with guarantees of power in kW and temperature for the need of the customer. The system includes sewer pipe, heat exchanger, connecting pipes, any type of heat pumps (electric, gas motor, absorption), peak boiler, all installations in the energy plant, control systems.   In addition of this variety of opportunities to implementation, there a three new important developments: The patent of an Anti-fouling-System to prevent the formation of slime (biofilm). The new material developed by Arcelor-Mittal (chrome steel) provides improved thermal conductivity by about 80 percent. A supervisory control system for bivalent systems with alternative energy sources. We is always ahead in research and development, having invented an anti-fouling system to prevent the formation of an insulating biofilm and a new heat exchanger material with a 80 % better heat conductivity.   Thanks to all these new developments it was possible to increase the heat extraction rate by up to 40%. That means, without the anti-fouling system and without the new ferritic steel, the heat exchanger chains would have to be 40% longer. Together with a bivalent process control system, sewage heat recovery plants now score with a return-on-investment of 2 – 6 years.

Brand Name : EUROTECK

Material : Metal

Annual Maintenance Contract : Yes

The auxiliary equipment include: Electrically driven cleaner of the clarifier board lane Device for mechanical cleaning of clarifier’s tray edges Device for collection and removal of floating material from the clarifier’s water surface   The device for collecting and removing floating material consists of the receiving bin, the case, the pipeline and the above water scraper driving floating material to the clarifier board.   The radial suction scraper can be made movable in the vertical plane of the sludge receiver manifold pipe, on customer demand. On the sludge receiving collector’s end, the wheel is installed to accommodate inconsistencies from an uneven clarifier floor.

Brand Name : Euroteck

Application : Industrial

The sludge scrapers for clarifiers with internal diameters of 16, 18, 24, 28, 30, 40, 50, 54 m, and non standard diameters can be manufactured using: stainless steel AISI304 or AISI 316 along with polymer materials. stainless steel AISI304 or AISI 316 along with aluminum alloy The sludge scraper is an integral piece of equipment and technological accessory. The main equipment include the bridge, platform, flights with scrapers and the driven trolley.   Scrapers are placed on the flights which are suspended from the rotary platform by means of poles and rods. The scrapers’ length and shape are changed according to their proximity to the central pit. The scrapers are provided with rubber aprons that improve their scraping ability.   The central bearing is installed as a rotational bearing assembly. The bridge provides access to the centre of the sludge scraper. The driving trolley is located on the external part of the bridge. It is equipped a variable speed drive to change rotation and speed. As an option, a driving trolley is offered in all wheel drive for reliable operation in winter conditions.   The other end of the bridge is supported by the platform and the central shaft. Metal or plastic flooring, secured with hand rails, is mounted on the bridge.   A variety of accessories can be supplied in addition to the sludge scraper.   Accessories include: clarifier board lane cleaner with electric drive mechanical clarifier tray edge cleaning device with electric drive clarifier water surface floating material collection and removal device   Operating Principle The sludge scraping complex operates in continuous mode. The scraper flights are actuated by the drive trolley. The scraper flights rotate 1 – 3.5 times per hour, depending on clarifier’s diameter. Orientated at an angle, the scrapers move the sludge to the pit in the clarifier’s center, where the sludge is directed to further dewatering. The sludge scraper sis supplied with a frequency inverter which provides smooth starting and allows the operator to adjust the scraper’s rotation and speed.   Advantages All parts are manufactured from corrosion resistant materials such as stainless steel AISI304 or AISI 316, aluminium alloy and polymers. The central swivel mounting performs as the rotation bearing assembly and makes equipment installation and service considerably easier. Because the driving trolley is all wheel driven, it maintains traction in winter time.   Automation The system operates in a fully automatic mode. Alarm systems of the normal operation indication and emergency stops are provided.   It is possible to transfer equipment status data to a higher level automated process control system depending on the client’s requirements.

Package Treatment Plants, the Moving Bed Biological Reactor (MBBR) Process and Sequencing Batch Reactor (SBR) Process for sewage biological treatment will integrate with the best innovations in convenient treatment frameworks according to the Prefabricated Treatment Packages that is required for treatment process type and environmental conditions. India’s MBBR wastewater treatment plant will improve reliability, reduce effort, and require less space than traditional wastewater treatment systems. The SBR wastewater treatment plan will clean the incoming wastewater with enhanced flexibility as well as lower sludge production.   In order to improve the quality of treatment and increasing the waste water treatment capacity, Euroteck Environmental has introduced MBBR wastewater treatment plant and SBR wastewater treatment plant in India and to be a total solution for environment protection we had come up with a new concept.   Advantages of Prefabricated Packages Plant Short time manufacturing Compact & beauty design Small foot print Simplicity of installation and operation Low capital and operating costs Reusable treated effluent for irrigation According to environmental standards No need to construction Quick Installation Long service life

Country of Origin : 440V

Brand : EUROTECK

Automation Grade : Automatic

Driven Type : Electric

Two-stage biological system that provides point source odor control   Benefits: Biological reaction phase for the removal of H2S in the first stage with an inert inorganic media widely used for biological treatment Polishing second stage for residual H2S and organic odors with virgin activated carbon Capacities up to 5,000 cfm Compact, low profile design 99 +% removal efficiency Plug & Play installation (Factory Assembled) Reliable, low maintenance operation

Brand Name : EUROTECK

Country of Origin : 220V

Frequency : 50Hz

Power : 230 V

Total Carbohydrate : 1year

Sludge Dewatering Multi Disc Screw Press is a highly efficient, low-energy solution for sludge dewatering, reducing sludge volume while maintaining consistent performance. Designed for a wide range of sludge types, it operates with minimal maintenance and maximized efficiency.  

Brand Name : Euroteck Environmental

Condition : New

Automatic Grade : Automatic

Power : 1-3kw, 3-6kw

Application : Wastewater Treatment

Certification : ISO 9001:2008

What it is & How it Works? It is PDMS hollow fiber membrane with 0.3 mm diameter & 0.1mm wall membrane It is Gas permeable membrane Bacteria in the form of bio film grows on the outer surface of the hollow fiber tube (fixed film) Air at low pressure (not against water head) is blown the hollow fiber tube, saves power (op ex) O2 (oxygen) diffuses through the wall of membrane to the base of Bio film, which is surrounded by anoxic waste water Simultaneous nitrification & De-nitrification takes place in the same tank (saves Cap.Ex.) no need of large recirculation of nitrite to nitrate (Op.Ex. saved) Ammonia in water diffuses to the base of bio film, where it is nitrified to make Nitrite and Nitrate Both Nitrate & nitrite diffuse to surface of Bio film at outer layer, where they are combined with COD & BOD of water & De-nitrify.   Advantages MABR offer 95% oxygen transfer efficiency, whereas conventional systems offer around 30% No back wash needed as liquid does not pass through the membrane, only gas (Air & o2) pass through. Air passed through hollow fiber tube, not subjected to head pressure of water level, So low pressure @ 150 mBar   Application Retro fit for existing STPs and ETPs, to augment capacity of treatment & enhance treated water quality with BNR, no civil work in existing plants, packaged plants for STPs, 100 / 200/ 300 KLD Modular units with BNR.

Automatic Grade : Automatic

Power : 0-25 KW

Driven Type : Electric

Installation Type : Complete Civil Work With Installation

Plant Type : Sewage Treatment Plant

Application Features of Step Screens: Fine wastewater treatment – least dispersing width is 3 mm. High throughput capacity Self-cleaning separating surface design Air-assisted fomentation arrangement of sand silt. Step Screen Step Screen   Advantages and Benefits of the Step Screens: The design adjusts to practically any installation site. At times, blocked holes can be impeded by rubber sealings. Activity in the mode of ceaseless lifting and transportation of screenings. Narrow slot width and the filtration of the stream by the “cover” of the lifted screenings, which altogether builds the partition effectiveness. Self-cleaning of plates without the utilization of assistant components, brushes or washing with water. Prevention of screenings’ falling once again into the channel because of the diminished spacings of 1 mm nearby over the channel. Low amiability to sand and rock. Simple substitution of the sifting surface if there should be an occurrence of harm. The utilization of a dependable worm gear engine from the world brand, NORD Drive Systems. Slight sheet metal plates with a thickness of 2-3 mm give a high throughput limit of the screen. Evacuation of fine silt utilizing a punctured pipe. The pipe is introduced at the lower part of the screen and is utilized to work up silt that can be gathered before the screen. Coordination into existing offices for wastewater treatment. Alternatives of robotization and synchronization with different sorts of equipment. Mechanical and electrical over-burden protection incase if blocking,   Durability of Step Screens: The use of AISI 304 or AISI 316 stainless steel. Additional anti-corrosion treatment – volume etching and passivation. Strong housing that is resistant to damage, inaccurate installation or rough transportation conditions.

Material : Stainless Steel

Feature : Corrosion Resistant, High Quality, High Strength

Country of Origin : 240 V, 380 V

Driven Type : Electric

Automation Grade : Automatic

Brand Name : Euroteck

Scope of Application of Screw Screens Municipal wastewater treatment Paper and Pulp industry Meat processing industry Vegetable and fruit processing plants Food industry   Features The primary element of the screw screen is its usefulness. It isolates medium and little waste from municipal and industrial wastewater, at that point performs washing, pressing and transportation of the screenings to the garbage removal tank. An opened or punctured sifter is introduced at the lower part of the screen. As the wastewater goes through the strainer, the waste is held on the separating surface. The screw is furnished with a brush to clean the strainer in the filtration region. In the upper piece of the screen, there are territories for the screenings washing and pressing. Because of the coordinated screenings washing capacity, natural mixtures stay in the wastewater, which adds to the biological treatment measure. The shaftless screw prevents blockage, obstructing or sticking of the screen, in any event, when working with stringy materials. The utilization of a punctured sifter with little openings takes care of the issue of holding even difficult-to-get impurities, like hair. The screen can be outfitted with a gadget for dumping washed and dewatered squander into polyethylene packs, which isn’t just incredibly helpful for additional transportation of waste, yet in addition, forestalls the spread of odors. The design solves the issues related with the activity of a huge piece of the extra hardware for wastewater treatment, for example, there are no mind-boggling systems and parts that require consistent and work concentrated support. RVO screw screen can be effortlessly coordinated into the current complex of treatment offices and synchronized with different sorts of equipment. The screens are intended for use in wastewater with pH = 6.5÷8.5.   The durability of the Screw Screens All work is finished by the screw, so there is no critical number of rotating parts. This increases the reliability and durability of the screen. The screw is made of wear-safe carbon steel, and a self-cleaning strong brush is introduced nearby the channel sifter. The utilization of stainless steel (AISI 304, AISI 316) in the unit gives its strength, which is vital for work in an aggressive wastewater climate.

Brand Name : Euroteck

Application : Wastewater Treatment

Automation Grade : Automatic

Screens are manufactured from stainless steel AISI 304 or AISI 316 on customer demand. The movable and endless filtering mesh consists of hooks and is installed on the screen frame. Filtering mesh openings are 5mm wide by default, but can be adjusted on customer demand. The rectangular frame consists of two longitudinal boards connected by crossbeams. The filtering mesh moves along polymer guides installed on the longitudinal boards of the screen, and is driven by a shaft with drive sprockets located on the top part of the screen.   The shaft is driven by a geared motor. Filtering mesh tension can be adjusted. Wash water nozzles and a drum with radially located brushes are placed on the driven shaft of the geared motor. This motor is installed on top of the screen frame and is designated for the filtering mesh hooks cleaning.   Operating Principle The hook type screen retains and removes solids of which the size exceeds that of the filtering mesh openings from the wastewater. Collected solids are moved in an upward direction to the discharge zone by means of the hooks. Here it is discharged into the transporter or waste bin. After the waste is discharged, cleaning of the filtering mesh is performed by wash water from the nozzles, followed by the revolving brushes. In addition, the previous hook line cleans the next hook line at the moment of its overturn. The screen operation periodicity depends on the equipment automation scheme. Due to the special design of the filtering mesh, a contamination layer is generated onto the working surface and creates an additional filtering effect which allows catchment of particles with sizes less than 5 mm.   Automation Screen automation can be done according to different parameters: Wastewater level difference upstream and downstream of the screen. Any customized program. Alarm systems of the normal operation indication, the emergency stops, the wastewater top level in the channel and others are provided. It is possible to transfer equipment status data to a higher level automated process control system depending on the client’s requirements. The screen is supplied with safety device to avoid damage to any screen components.   The safety device stops the screen operation when bulky waste ingress the filtering mesh, or when any other object blocks free plate movement. Light and sound alarms turn on simultaneously when the safety device is active. The screens, together with a conveyor, compacting press and slide gates, are included in a high-performance complex for mechanical wastewater treatment.   Equipping the control system with programmable modules makes it possible to integrate complex sub systems into one system with a common control center and remote dispatching.   Advantages Fine mechanical wastewater treatment is achieved due to the narrow filtering mesh spacing, as well as the contaminants layer formation on the screen’s steps Special design of the hooks makes the filtering mesh self-cleaning. Reliable and easily operated Step screen is manufactured from stainless steel AISI304 or AISI316 (on customers demand) which makes the equipment corrosion resistant

Brand Name : Euroteck

Material : Stainless Steel

Belt filter press  It is intended for mechanical dewatering of wastewater sludge, water conditioning sludge, and industrial slimes.  It features a rollers system installed on the frame, between which two endless belts are stretched and connected into continuous ducts. Two belt flushing assemblies, sludge feeder and distributor, and filter cake removal devices are provided with the filter press. Belt thickener  It is intended for mechanical dewatering, conditioning, and purifying wastewater sludge and industrial slime.  It features a strained, endless sieve belt with an installed ripper system. After dewatering in belt thickener, the sludge moisture can be reduced from 98-99% to 90-96% It is optimal for wastewater with pH 6.0 – 9.0. Belt filter press combi units In this system, the belt thickener is installed onto the frame of the belt filter press.  It features the belt filter press PL series and belt thickener SG mounted on it. The dewatered sludge in the belt filter press is treated with a polymer; however, in belt filter press combi units, after polymer treatment, sludge is fed into the top of the unit, on belt thickener. Here, preliminary sludge dewatering is done under gravity. Finally, the sludge is supplied to filter press gravity dewatering zone. The dewatering capacity can be increased with the belt filter press combi units.   Advantages Compact equipment. Best suitable for sludge with initial moisture of more than 97.5%. It lengthens the gravity dewatering zone. Low polymer consumption. High corrosion resistance. Cost-efficient. It is reliable because of the high-quality components in the equipment. High efficiency of sludge thickening due to a special system of rippers. Automated control system Certified spare parts and accessories

Country of Origin : 260V

Frequency : 50Hz

Automatic Grade : Automatic

Power : 1-3kw

Driven Type : Electric

Brand Name : EUROTECK

Rake screens of various measurements are made of stainless steel AISI 304 or AISI 316 on customer demand. Measurements of the rake screens are chosen relying upon required flow rate, wastewater arrangement and measurements of the channels.   The rake screen is a separating mesh comprising of bars introduced into a frame. The bars are produced using primary shapes with a tear drop formed cross segment that improves stream attributes of the filtering mesh. The screen’s filtering mesh can also be made of rectangular or round profile bars.   Bar dispersing in the filtering mesh can change from 5 – 100mm for normal hardware or can be changed exclusively. The rectangular edge comprises of two longitudinal sheets associated by cross shafts. The covered hardened steel chains can be moved along polymer guides installed on the longitudinal sheets of the screen. Chain strain is movable.   Cross rakes are introduced on the chains for cleaning of the filtering mesh. Chains and rakes are impelled by shaft rotation with drive sprockets situated in the screen top segment. The shaft is driven by a motor. At the screen base, the chain is moved along a pilot slider made of a wear safe polymer material. In this way, there are no pivoting parts in the lowered segment of the screen.   The screen is introduced onto a hub of an extraordinary turning prop mounted on the wall of the channel or onto unique stage affixed in the channel while the actual screen can be lifted over the channel for upkeep. In the event that there is an absence of room in a short station without probability of screen lifting, an extraordinary adaptive stage is utilized   Operating Principal The rake screen gathers and eliminates solids from wastewater that bigger than bar separating. The solids are regularly taken off from the sifting network by the rake moving them to the top edge of the edge. The solids are then eliminated from the rake by methods for a kicker and dispatched along the gravity slide onto a carrier or into squander container. The screen operation periodicity depends on the chosen equipment automation scheme and defined by technological commission results.   Advantages of Bar Screen: Protection from mechanical and pressure-driven over-burdens because of high tensile design in correlation with different kinds of mechanized screens High hydraulic efficiency is achieved by using tear-shaped bars that cause a pressure gradient to the mesh and across the bar spacing The tear molded profile also shields the screen from waste sticking inside the filtering mesh. By utilizing this plan, such blockages can be eliminated by rakes, permitting the screen work uninhibitedly; High dependability, accomplished by the shortfall of the turning parts in the submersible part Submersible parts like packaging, bars, chains and rakes are made of tempered steel to improve consumption obstruction in forceful conditions of wastewater; Improved ergonomics: the practicality of the screen because of openness of the principle units inactivity and screen lifting without demounting.   Automation : Screen automation is possible as per various boundaries: Timespan. Wastewater level contrast upstream and downstream of the screen. Any modified program.   Alert frameworks are accommodated the typical activity sign, the crisis stops, the wastewater high level in the channel and others. It is conceivable to move gear status information to a more significant level automated process control framework relying upon the customer’s necessities. The screen is provided with a security device jet lever to evade harm to the screen, for example, chain extending or breaking. The security gadget and stops the screen activity in case of any jam or mechanical hindrance to the chain development. Light and sound alerts turn on all the while when the safety device activates. The screens along with a conveyer, compacting press and slide doors are remembered for an elite complex for mechanical wastewater treatment. Outfitting the control system with programmable modules makes it conceivable to coordinate complex sub systems into one system with a common control centre and remote dispatching.

Material : Mild Steel

Feature : Automatic Control, Corrosion Resistant, High Quality, Simple Operation

Country of Origin : 240 V, 380 V

Brand Name : Euroteck

Cutters and shafts of the screens are manufactured from high tensile tool steel, while the frame is manufactured from stainless steel AISI 304. The screen consist of two sets of rotating cutters located vertical on drive shafts enclosed in the frame. Rotating filter drums can be installed on one or both sides of the grinding unit depending on the channel width. The cutters and drums are driven by geared motors. Auxiliary fixing devices allow lifting of the screen from the channel without emptying it, therefore maintenance can be carried out without stopping operation. The grinding mechanism and filtering drum are installed as separate units and can be removed from the device without lifting the grinding screen.   Operating Principle From the rotation of the perforated drums, the solids are moved to the grinding unit where the cutters grind the waste and direct it further along the channel. The cutters rotate at different speeds to create the shear effect.   Advantages Protects downstream equipment by reducing the size of solids suspended in the wastewater. Reduction of service personnel demand of the pumping stations and costs on waste disposal. High screen productivity and reliable performance due to the design of the drums which prevent waste build up inside the screen. High serviceability due to the screen design – easy mounting and dismounting. Automatic protection against jamming with reverse and restart of the grinding cutters   Automation Screen automation can be done according to different parameters: Time period. Wastewater level difference upstream and downstream of the screen. Any customized program. The screen’s automatic safety is achieved by a short reverse cycle of the cutters to prevent jamming by solid waste. Alarm systems of the normal operation indication, the emergency stops, the wastewater top level in the channel and others are provided. It is possible to transfer equipment status data to a higher level automated process control system depending on the client’s requirements.

Brand Name : Ekoton

IFAS (Integrated fixed film activated sludge) is a treatment process, combining suspended and sessile biomass. Equivalent to a conventional activated sludge process, necessary microorganisms for the biological treatment exist in sludge flakes that are suspended in the waste water. In addition a media is placed into the treatment tank in order to attach a part of the biomass (sessile biomass). With the attached growth more biomass is available in the system. More biomass simply means more microorganism and more micros are able to tackle more or higher polluted waste water.

Country of Origin : 220V, 380V, 440V

Automatic Grade : Automatic

Power : 10-15kw

Driven Type : Electric

Total Carbohydrate : 1year

Brand Name : EUROTECK

Application : Anaerobic Treatment

Purity : Cost-effective Wastewater Facility

Number Of Flower : Submerged

How it works The Euroclean advanced high flux filter uses a mix of different layers of specific filter media. The inert natural media have an increasing density, a decreasing particle size and specific shape factor. High filtration velocities from 25 up to 50m3/m2hr High solid holding capacity up to 200kg/m3 Backwash water consumption, 0.5 to 1% at 50m3/m2hr Media has a naturally high positive charge enabling negatively Charged particulates such as Cryptosporidium and Legionella to be removed by surface adsorption   Advantages Smaller foot print Low Capex and Low Opex No chemicals coagulant required Outlet particle less than 0.25 micron Low volume Backwash (0.1-1% of forward feed @ 40m3/m2hr) Possibility of retrofitting to reduce operational costs. SDI <3 at the outlet of Euroclean filter for inlet water with turbidity of 18 NTU Suitable to feed RO membrane. 15 year media life.

Body Material : Mild Steel, Stainless Steel

Power Source : Electric

Country of Origin : 220V, 380V, 440V

Control Type : Automatic

Cleaning Technic : RO

Tank Shape : Horizontal, Vertical

Brand Name : Euroclean

The Disc Cloth Filter is made up of a drum or alternatively of filter discs mounted on a central hollow shaft. The filtration is done by gravity with an idle machine and uses the level difference between the input and output of the machine. The discs (or the drum) run completely immersed in the water to be treated.   During the filtration phase, the solids are held back by the special polstoff cloth. The minimum water level in the tank containing the filter is controlled by a weir placed on the side of the clean water outlet. With the increase of deposit of solids on the cloth, the hydraulic resistance increases in passing and therefore the difference between the levels of entry and exit.   When a difference of 15 ÷ 20 cm between these levels is reached, it automatically activates the cleaning process of the cloth.   To clean the cloth which is necessary to restore its filtering capacity, the discs (or drum) are rotated slowly. The solids are removed as a result of the backwash passage through the cloth, the water already filtered by a suction pump; this pump is connected to special suction nozzles, which by adhering to the walls of each disc or drum causes the free fiber of the cloth filter to stretch facilitating the release of the sludge particles retained therein.   The contact of the suction nozzle with the cloth filter generates the recompression of the free fibers and the consequent formation of an even filtration panel.   The cloth filter of the drum or disc filters is made of polstoff free fibers (fiber length from 10 to 12 mm and a diameter of 13 to 27 µ fastened to a large weave fabric that serves as support). The type of filtration obtained is comparable to the deep filtration of sand filters and not the surface filtration of the monofilament cloth filters.   Features Depth filtration, similar to sand, for high solids load Filtration from outside to inside, backwash from inside to outside the discs Discs are completely submerged No chemical dosing, no tiny nozzles or small holes to be cleaned Free Fibre cloth Low installed power Gravity filtration SS 304 filter frame

Brand Name : EUROTECK

Material : Stainless Steel

Shape : Rectangular

Country of Origin : 440V

Finishing : Powder Coated

Operating Type : Automatic

Power : 5Kw

EUROTECK offers a comprehensive maintenance solution for all facilities, including   Preventive Electromechanical Maintenance: All operations that are carried out to maintain electrical and mechanical equipment in order to avoid breakdowns and stoppages, reduce corrective maintenance costs and process shutdowns.   Predictive Electromechanical Maintenance: Operations to control the condition of equipment operations in order to predict breakdowns and carry out a rapid repair following a failure. It is based on the ongoing understanding of the condition and operation of the facilities.   Corrective Electromechanical Maintenance: Work to repair equipment, to detect an anomaly or stoppage of equipment and to return it to normal operations.   Metrological Maintenance: Regular calibration and adjustments to continuous measurement equipment and facilities’ instrumentation. Requires a high level of specialization (sensors, flowmeters, etc.)   Regulatory Maintenance: To comply with current regulation for specific equipment, carried out by specialist and authorized companies (HV, LVP, etc.)   Specialized Maintenance: Maintenance of certain types of machinery and systems which due to their complexity or being subject to special regulations require maintenance by specialized companies.   Analytical control: Understanding the parameter values for process wastewater (in fluent, effluent, out-fall, sludge, etc.).   Upkeep: Upkeep of facilities includes all the work required to maintain equipment, civil works, buildings, and the remainder of facilities in an adequate state (painting, leaks, carpentry, gardening, rat extermination, etc.).

Operations and Maintenance: Within the hydraulic infrastructure business sector, EUROTECK provides engineering, construction, conservation, operation, and maintenance services, as well as other highly qualified services resulting from its extensive knowledge of these systems and long-lasting presence on these markets. Its activity is based on the Integral Water Cycle, including collection, treatment, purification, and reuse of water, before finally returning it to its natural environment.   EUROTECK focuses on everything from major infrastructure, such as sewage treatment plants or distribution and irrigation channels, as well as water supply systems (drinking water treatment plants) and sewerage (wastewater treatment plants and reuse of effluent).   EUROTECK works in the following two areas of activity in the sewerage and Industrial Effluent: Operation and maintenance, as well as infrastructure execution.   Operation and Maintenance As with services provided to the supply sector, the first area of activity includes staff management, ordinary and specialized maintenance, system operation, energy management and optimization of consumption, waste management, analytical control, etc.   OBJECTIVES In wastewater treatment, we always offer performance in accordance with current applicable Legislation with the minimum financial and social costs and minor environmental impact. The work that makes up the running of a Sewage Treatment Plant (STP) can be classified into two sections: Operations and Maintenance System operation: Different works to manage installation through an understanding of the parameter values which define the status of different treatment processes. Maintenance of the infrastructure: Ensuring the condition and operation of equipment and facilities which allows treatment with the inflow parameters determined by Legislation.

EuroteckIndia, the leading brand in waste water treatment. With our vast experience in the field of waste water treatment, we provide best in class municipal sewage treatment plant facility which includes common effluent treatment and municipal sewage treatment facility. Our services are rendered keeping CPCB norms and guidelines in check. Contact us for more information.

Floating Wetland Rafters – Innovative Eco-Friendly Water Purification   Euroteck’s Floating Wetland Rafters are a revolutionary nature-based solution for water purification. These engineered floating wetland systems provide an effective, sustainable, and cost-efficient approach to improving water quality by utilizing plants, microbes, and natural filtration processes. Designed for lakes, ponds, rivers, reservoirs, and wastewater treatment facilities, our Floating Wetland Rafters enhance biological treatment, restore aquatic ecosystems, and contribute to biodiversity conservation. Key Features ✅ Modular Design – The Floating Wetland Rafters come in a modular configuration, allowing easy scalability and adaptation to various water bodies. They can be custom-sized based on project requirements. ✅ Eco-Friendly & Sustainable – The system mimics natural wetlands, offering an environmentally friendly alternative to chemical treatments and mechanical aeration systems. ✅ Enhanced Pollutant Removal – The rafters help in the removal of nitrates, phosphates, heavy metals, and organic contaminants through natural biological processes. ✅ Buoyant and Durable Construction – Made from high-strength, UV-resistant materials, the rafters provide long-lasting durability and resistance to environmental conditions. ✅ Increased Dissolved Oxygen (DO) Levels – The submerged plant roots promote oxygen exchange, enhancing aerobic bacterial activity, which helps break down organic matter and pollutants. ✅ Improved Aesthetic Appeal – Beyond functional benefits, the Floating Wetland Rafters beautify water bodies, supporting landscape enhancement in urban and natural environments. ✅ Low Maintenance Requirements – Requires minimal intervention, reducing operational costs while providing continuous treatment. ✅ Supports Aquatic Biodiversity – Provides habitat for birds, fish, and beneficial microorganisms, creating a thriving aquatic ecosystem. Applications Euroteck’s Floating Wetland Rafters can be applied in multiple sectors, including: 🔹 Municipal Wastewater Treatment Plants (WWTPs) – Enhances biological treatment and tertiary polishing for effluent quality improvement. 🔹 Industrial Wastewater Treatment – Supports industries like chemical, pharmaceutical, food & beverage, textile, and petrochemical by reducing nutrient loads in discharged water. 🔹 Lakes & Ponds Restoration – Helps restore eutrophic water bodies affected by excessive nutrient accumulation and algal blooms. 🔹 Reservoirs & Canals – Controls contamination levels and maintains ecological balance in freshwater sources. 🔹 Stormwater Management – Filters runoff water, preventing pollutants from entering natural water bodies. 🔹 Aquaculture & Fisheries – Improves water quality for aquaculture systems by reducing ammonia, nitrates, and organic waste accumulation. How It Works? 1️⃣ Plant Growth & Root Filtration – Specially selected wetland plants grow on the floating rafts, with their roots extending into the water, forming a natural biofilter. 2️⃣ Nutrient Uptake & Bioremediation – Plants absorb excess nutrients like nitrogen and phosphorus, preventing harmful algal blooms. Beneficial bacteria on the root surfaces further aid in pollutant breakdown. 3️⃣ Sediment Stabilization & Heavy Metal Removal – The system helps in reducing sediment resuspension and removing heavy metals like lead, mercury, and arsenic through natural adsorption processes. 4️⃣ Oxygenation & Microbial Action – The enhanced root zone increases oxygen levels, promoting the growth of aerobic bacteria that degrade organic pollutants. 5️⃣ Enhanced Biodiversity – Over time, the floating wetlands support diverse aquatic life, fostering a self-sustaining ecosystem. 

Revamping and Retrofitting of existing effluent treatment plant & anaerobic system are done to meet the client requirements / local discharge norms. Revamping / Retrofit is required due to increased flow capacity of the plant, organic load, process change, new environmental   Euroteck is a prominent provider of well-customized STP Revamping work that is highly demanded by industries involved in the treatment of wastewater. The service we offer is successfully completed within the stipulated time frame, therefore highly recognized by our clients.   During the manufacturing process, varied effluents and contaminants are produced. The effluent treatment plants are used in the removal of the high amount of organics, debris, dirt, grit, pollution, toxic, non-toxic materials, polymers, etc., and if it gets increased we need revamping. The ETP plants use evaporation and drying methods, and other auxiliary techniques such as centrifuging, filtration, incineration for chemical processing, and effluent treatment, which retrofit the plant.   The treatment of effluents is essential to prevent pollution of the receiving water. The effluent water treatment plants are installed to reduce the possibility of pollution; biodegradable organics if left unsolved, the levels of contamination in the process of purification could damage bacterial treatment beds and lead to pollution of controlled waters.

Revamping and Retrofitting of existing effluent treatment plant & anaerobic system are done to meet the client requirements / local discharge norms. Revamping / Retrofit is required due to increased flow capacity of the plant, organic load, process change, new environmental   Euroteck is a prominent provider of well-customized STP Revamping work that is highly demanded by industries involved in the treatment of wastewater. The service we offer is successfully completed within the stipulated time frame, therefore highly recognized by our clients.   During the manufacturing process, varied effluents and contaminants are produced. The effluent treatment plants are used in the removal of the high amount of organics, debris, dirt, grit, pollution, toxic, non-toxic materials, polymers, etc., and if it gets increased we need revamping. The ETP plants use evaporation and drying methods, and other auxiliary techniques such as centrifuging, filtration, incineration for chemical processing, and effluent treatment, which retrofit the plant.   The treatment of effluents is essential to prevent pollution of the receiving water. The effluent water treatment plants are installed to reduce the possibility of pollution; biodegradable organics if left unsolved, the levels of contamination in the process of purification could damage bacterial treatment beds and lead to pollution of controlled waters.