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Remaining Time: 1 hour, 53 minutes, 38 seconds. Question Completion Status: ety Question 15 4 points A typical ad acid automotive battery consists of 65% by weight load oxide material, 10% ty plastic polypropylene), 20% by gelectrolytta ton of 5 by volume sulphuric acid in water), remaining are other components Figure below shows a battery recycling plant procesung 250 tonnes of batteries per day. The batteries enter a crusher where they are broken to walion in the crusher is added to the system to dilute the acidic electrolyte solution, kooping acid solution concentration constant by volume After breaking the batteries, the meters separation tank Plastic parts float to the surface of the solution in the tank and esperated and removed The load oxide material sink to the bottom of the tank are not 100% tead and therefore the recovered oxide material is sent to the load refinery unit to be punted and produce pure load refined load) The remaining acidic electrolyte solution also loves the separator and enters the acid treatment unit where it is chemically red by Counction to produce gypsum. The water from the acid treatment is recycled back into the crusher unit and mixed with the fresh water stream (se figure below) Lead ride is treated in the lead refinery unit were slag is formed during the process of the sing from the lead rofinary unit is produced at the rate of 20 tonnes per day to the amount of refined load (pure lead) produced by this plant per day (Enter your answer to 1 decimal place and dort include units in your answer) Assume that refined lead is 100% load and pure back ne 2) d Fresh Water Plastic Recycled Water Gypsum Car battery Battery crusher Separator Acid treatment unit 250 ton/day Lead oxide Assume that refined lead is 100% load and pure Fresh Water Plastic Recycled Water Car battery Gypsum Battery crusher Separator Acid treatment unit 250 ton/day Lead oxide Lead refinery Slag 20 ton/day Refined lead (product)