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                        <h2>Applications in Water Treatment</h2>
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                            <h2>Applications in Water Treatment</h2>
                            
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                            <h3 class="app-h">Hopper Ejectors for Activated Carbon Dosing </h3>
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                                    <img src="assets/images/water-treatment-1.jpg" alt="Hopper Ejectors for Activated Carbon Dosing" width="100%">
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                                    <p class="margin-b-0">Hopper Ejector Systems consist of a skid based unit containing a hopper and a Liquid Eductor. The Outlet of the hopper is connected to the suction inlet of the Liquid Eductor</p>
                                    <p>During operation, Activated carbon is transferred from the jumbo bags to the Hopper. In large plants Activated Carbon is stored in silos and then fed to Hopper through metering screws. Hopper Ejectors suck the activated carbon from the hopper and mix it with water inside the ejector. The mixture of Activated Carbon and Water is then pumped out from the Ejector outlet. (Read more) </p>
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                            <h3 class="app-h">Liquid Ejectors for Chemicals Dilution</h3>
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                                    <p class="margin-b-0">Dilution Ejectors are essentially liquid eductors that operate on the basis of the jet Venturi principle. Dilution Ejectors utilize the energy in pumped liquid (in most cases the diluting liquid) for their operation. Dilution Ejector operate by first sucking the chemicals through their suction inlet and mixing it with the diluting fluid inside the ejector. (Read more) </p>
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                                    <img src="assets/images/water-treatment-2.jpg" alt="Liquid Ejectors for Chemicals Dilution" width="100%">
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                            <h3 class="app-h">Liquid Ejectors for Chemicals Dosing</h3>
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                                    <img src="assets/images/water-treatment-3.jpg" alt="Liquid Ejectors for Chemicals Dosing" width="100%">
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                                    <p class="margin-b-0">Dosing Ejectors are essentially liquid eductors that operate on the basis of the jet Venturi principle. Dosing Ejectors utilize the energy in pumped liquid (in most cases the diluting liquid) for their operation. Dosing Ejector operate by first sucking the chemicals through their suction inlet, mixing it with the pumped liquid inside the ejector and pumping out the mixture from its outlet. (Read more) </p>
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                            <h3 class="app-h">Jet Mixers for agitation of Wastewater Equalization Tank</h3>
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                                    <p class="margin-b-0">Jet Mixers are simple devices that utilize water recirculated from the tank by a pump for its operation. When installed in a wastewater equalization tank jet mixers suck surrounding wastewater and discharge it at high speeds back into the tank. This action displaces and moves the water in the tank and when the Jet Mixer is allowed to operate for some time, this movement of water creates a circulation pattern inside the tank and creates mixing and agitation. (Read more) </p>
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                                    <img src="assets/images/water-treatment-4.jpg" alt="Jet Mixers for agitation of Wastewater Equalization Tank" width="100%">
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                            <h3 class="app-h">Liquid jet Gas Compressor for Aeration of Wastewater</h3>
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                                    <img src="assets/images/water-treatment-5.jpg" alt="Liquid jet Gas Compressor for Aeration of Wastewater" width="100%">
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                                    <p class="margin-b-0">Liquid jet Gas Compressors when used for wastewater aeration, uses recirculated wastewater from the activated sludge tank for operation. The Liquid jet gas Compressor sucks the air or oxygen gas through its suction inlet, mixes it with the circulating wastewater and discharges their mixture through its outlet.</p>
                                    <p>By carefully designing the Liquid jet gas Compressor’s internal geometry and by regulating the operating pressures it is possible to have an outlet flow comprising of fine oxygen bubbles dispersed in the wastewater. (Read more)</p>
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                            <h3 class="app-h">Liquid jet Gas Compressor for Ozonation of Wastewater</h3>
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                                    <p class="margin-b-0">Liquid jet Gas Compressors, when used for ozonation or chlorination, the Liquid jet Gas Compressor uses recirculated wastewater from the tank for operation. The Liquid jet gas Compressor sucks the ozone or chlorine gas through its suction inlet, mixes it with the circulating wastewater and discharges their mixture through its outlet. By carefully designing the Liquid jet gas Compressor’s internal geometry and by regulating the operating pressures it is possible to have an outlet flow comprising of fine ozone or chlorine bubbles dispersed in the wastewater. (Read more) </p>
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                                    <img src="assets/images/water-treatment-6.jpg" alt="Liquid jet Gas Compressor for Ozonation of Wastewater" width="100%">
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                            <h3 class="app-h">Priming Ejectors for Priming of MBR Pumps</h3>
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                                    <img src="assets/images/water-treatment-7.jpg" alt="Priming Ejectors for Priming of MBR Pumps" width="100%">
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                                    <p class="margin-b-0">Priming Ejector is connected to the Suction Pipeline and MBR Pump casing. This enables the Priming Ejector to evacuate the air inside the Suction Pipeline and draw wastewater into the MBR Pumps</p>
                                    <p class="margin-b-0">Priming Ejectors are best suited for priming of MBR Pumps due to their inherent characteristics</p>
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                                 <li><span></span>	Ease of Operation – The ejector is switched On/Off entirely by controlling the Air / flow to the ejector. Hence it is not necessary to access the ejector for controlling its operation. (Read more) </li>
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                            <h3 class="app-h">Sludge Eductor for Wastewater Sludge Pumping</h3>
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                                    <p class="margin-b-0">Wastewater sludge is a mixture of bio-waste, algae, sand, water and other impurities. It is viscous and sticky in nature and contains solid particles. The sticky nature and presence of solid particles become the prime challenges in pumping the Wastewater sludge through a pipeline.</p>
                                    <p>Sludge Ejectors are essentially liquid ejectors that utilize pumped water for operation. During operation, Sludge Eductors suck the Wastewater sludge from the tanks and mix it with water inside the ejector. The mixture of Wastewater sludge and Water is then pumped out from the Ejector outlet. (Read more) </p>
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                                    <img src="assets/images/water-treatment-8.jpg" alt="Sludge Eductor for Wastewater Sludge Pumping" width="100%">
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                            <h3 class="app-h">Slurry Ejectors for Lime Slurry Transport</h3>
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                                    <img src="assets/images/water-treatment-9.jpg" alt="Slurry Ejectors for Lime Slurry Transport" width="100%">
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                                    <p class="margin-b-0">Water treatment systems require the lime in solid form to be mixed with water and transported to the treatment tanks. Also the Lime has to be dosed in exact quantities in accordance with tank capacities. Slurry Ejectors suck the Lime Slurry from the bags and mix it with water inside the ejector. The mixture of Lime and Water is then pumped out from the Ejector outlet. Thus the Slurry Ejector also acts as pump and can develop significant head at the outlet This enables the lime slurry to be pumped to long distances with help of the Slurry Ejector. (Read more) </p>
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