Communities, and whole countries, are considering implementing the qui
ckly-evolving technologies of waste-to-energy (WTE) production. Unlike
other energy sources, waste-to-energy plants have two objectives, In
addition to generating useful energy, these plants are designed to ens
ure the safe and effective disposal of municipal solid waste (MSW), En
ergy production and solid waste management both involve complicated an
d large-scale production processes which generate substantial environm
ental impacts, Traditional analysis of the desirability of adopting WT
E technology has compared its costs and benefits either to other forms
of energy production or to other forms of solid waste management, Tra
ditional analysis also tends to focus on private production costs with
limited consideration of broader social environmental impacts, Using
data from Germany, Sweden, the UK and the US, this paper bundles toget
her the energy generation and waste disposal services offered by WTE a
nd estimates the associated private production and social environmenta
l costs, In so doing, this economic study provides insight into whethe
r WTE plants can compete on the energy production side with fossil-fue
l-fired plants and on the waste management side with landfill disposal
. (C) 1997 Published by Elsevier Science Ltd.