This condenser design uses methanol at 73°C as the hot fluid and water at 20°C as the cold fluid. The methanol exits at 45°C and the water exits at 55°C, with flow rates of 2548.31 kg/min and 35.202 kg/s respectively. The heat duty is 5150.02 kW. The design calls for 1336 water tubes with an internal diameter of 14mm in 8 passes to achieve the necessary heat transfer. The overall heat transfer coefficient is calculated to be 760.24 W/m2.C0.