8.15 A chemical having specific heat of 3.3 kJ/kgk flowing at the rate of 20,000 kg/h enters a parallel flow heat exchan

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8.15 A chemical having specific heat of 3.3 kJ/kgk flowing at the rate of 20,000 kg/h enters a parallel flow heat exchan

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8 15 A Chemical Having Specific Heat Of 3 3 Kj Kgk Flowing At The Rate Of 20 000 Kg H Enters A Parallel Flow Heat Exchan 1
8 15 A Chemical Having Specific Heat Of 3 3 Kj Kgk Flowing At The Rate Of 20 000 Kg H Enters A Parallel Flow Heat Exchan 1 (40.45 KiB) Viewed 49 times
8.15 A chemical having specific heat of 3.3 kJ/kgk flowing at the rate of 20,000 kg/h enters a parallel flow heat exchanger at 120°C. The flow rate of cooling water is 50,000 kg/h with an inlet temperature of 20°C. The heat transfer area is 10 m² and the overall heat transfer coefficient is 1050 W/m²K. Find (i) the effectiveness of the heat exchanger, (ii) the outlet temperatures of water and chemical. Take for water cp = 4.186 kJ/kgK.
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