In this paper, a mathematical model for a counterflow wet cooling tower is derived, which is based on one-dimensional heat and mass balance equations using the measured heat transfer coefficient. The balance equations are solved numerically to predict the temperature change of air and water, as ...
A comprehensive approach to cooling tower design In this paper, a mathematical model for a counterflow wet cooling tower is derived, which is based on one-dimensional heat and mass balance equations using... N Milosavljevic,P Heikkilä - 《Applied Thermal Engineering》 被引量: 241发表: 2001年...
Mathematical modelling in paper industry is to a large extent based on physical models that usually contain empirical correlations and assumptions. Milosavljevic and Heikkilå [1] derived a mathematical model for a counter-flow wet cooling tower based on one-dimensional heat and mass balance equation...
The size of the cooling towers and outlet conditions are measured in a real situation and compared with heat and mass transfer correlations by modeling the towers and then calculating the tower heights. An experimental study to model the heat and mass balance equations and their relationship by ...
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Increasing the range will reduce the capital cost and energy cost of the tower. Heat Load Heat load of cooling water is indicated by standard heat transfer equation: Q = m Cp ∆T Where Q is heat load in Btu/hr m is cooling water mass in lbs/hr Cp is specific heat...
An updated research on the evaporative tower cooling system has been carried out to show the theoretical analysis of the tower heat and mass balance, taking into account the sensible and latent heat exchanged during the processes which occur inside these towers. Power plants which are using wet ...
A comprehensive approach to cooling tower design In this paper, a mathematical model for a counterflow wet cooling tower is derived, which is based on one-dimensional heat and mass balance equations using... N Milosavljevic,P Heikkilä - 《Applied Thermal Engineering》 被引量: 241发表: 2001年...
This approach expanded in 2001 from just cooling tower water to also include boiler water. BWP ... T Hansen - 《Power Engineering》 被引量: 0发表: 2006年 Improving Power Station Water Efficiencies by Using a Dynamic Mass Balance, Qld, Australia includes boilers that convert 285 L/s of ...