3614 -- A Performance Model of an Instantaneous, Condensing, Gas-fired Hot Water Boiler
Conference Proceeding published 1992 by ASHRAE
Written By Idem, S.A., Jacobi, A.M., Maxwell, G.M. et al
Conference Proceeding published 1992 by ASHRAE
Written By Idem, S.A., Jacobi, A.M., Maxwell, G.M. et al
Presents a mathematical model of an instantaneous, condensing, gas-fired hot water boiler, which is verified by experiments. States the model employs empirical heat and mass transfer coefficients in order to calculate convective heat transfer to the baffled, finned-tube heat exchanger. Radiative heat transfer that occurs with the fibre-matrix radiant burner and the coil is determined by the exponential wide-band model. Finds that for a wide range of operating conditions the water temperature rise and flue loss can be predicted accurately.
KEYWORDS: Calculating, boilers, condensing boilers, swimming pools, gas fired boilers, models, performance, instantaneous water heaters, space heating, water heating
Citation: ASHRAE Trans. 1992, vol.98, part 2, paper number 3614, 165-171, 3 figs, 3 tabs, refs.