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Public AI explainer video

Zero Liquid Discharge Effluent Treatment Process

Inside a factory wastewater holding tank, one stream carries several problems at once: solids, grease, color, and dissolved salts. First, ozone...

Prompt

Source idea used to generate this video.

Create video for this process . 1.Collect effluent inTank 2.Apply Ozone to oxidise solid wastes, salts for separation. 3. Pump it into centrifuge to remove solids, grease contents. Use Pusher Centrifuge . 4. Send Solids to incinerator. 5. Pump solid free liquid to Tank. Add Hydrogen Per Oxide for decolorisation, 6. Apply Reverse Osmosis to remove salts in the effluents. Different Membranes are available to remove salts. 7. Pump Salts liquid 20% to ElectroMagnetic heater to remove salts. 8. Verify usefulness of Salts ,if not send it to incinerator. 9. Zero Discharge Effulent Treatment applicable to any kind of effeluent and waste water . .

Narration

Narration used to create this video.

Video narration

Inside a factory wastewater holding tank, one stream carries several problems at once: solids, grease, color, and dissolved salts. First, ozone conditions the waste for separation. The flow then enters a Pusher Centrifuge, which removes the heavier solids and grease. The solids go to an incinerator. The clarified liquid stays in the treatment train, where Hydrogen Peroxide supports decolorization. Next, Reverse Osmosis uses membranes to split the stream: reusable water moves forward, while dissolved salts become a concentrated stream. That concentrate is sent to an electromagnetic heater for further salt removal. The salts are checked for possible recovery or reuse; if they are not useful, they go to incineration. Stage by stage, the holding tank's contaminated stream becomes separated outputs, not one unmanaged waste. The goal is Zero Liquid Discharge: recover usable water, control the residues, and leave no untreated liquid discharge.