250 m3/h iso-propanol (density 770 kg/m3, specific heat capacity 3054 J/kgK) has to be cooled down from 82.5C to 50C, with 600 m3/h cooling water (density 994 kg/m3, specific heat capacity 4.18 kJ/kgK) at 20C, outlet temperature of water is 27.7 C. The heat exchanger is designed to be used in co-current way, with iso-propanol flowing in the tubes. The overall heat transfer coefficient is 1565.3 W/m2K. Calculate the heat transfer area of the heat exchanger suitable for the task! Give the value in m2