This paper outlines a method to determine the tradeoff between economies of size in water treatment and diseconomies of distribution. Cost equations are estimated for several treatment technologies and distribution extensions. Empirical results are used to identify optimal system size where average total costs are minimized. Regardless of treatment, most costs are due to distribution. As water systems expand service territories, only in the most densely populated areas would remaining economies of size in treatment outweigh the diseconomies in distribution
We report a cost benefit analyses (CBA) for water interventions in rural populations of developed co...
This paper uses a Translog form to estimate the water distribution cost for an irrigation consortium...
The US National Research Council recently recommended direct potable water reuse (DPR), or potable w...
This paper outlines a method to determine the tradeoff between economies of size in water treatment ...
This paper outlines a method to determine the tradeoff between economies of size in water treatment ...
This paper outlines a method to determine the tradeoff between economies of size in water treatment ...
WP 1996-15 November 1996This paper outlines a method to determine the tradeoff between economies of ...
Abstract In this study we use datasets from the 1995 and 2000 Community Water Supply surveys to exam...
In this study we use datasets from the 1995 and 2000 Community Water Supply surveys to examine the p...
In this study we use datasets from the 1995 and 2000 Community Water Supply surveys to examine the p...
Water and sanitation services involve large shared infrastructure costs, and adding more customers u...
In metropolitan areas, water is supplied to consumers from one or more sources through separate but ...
The traditional water-supply planning problem is characterized by two main steps: (1) project future...
The economies of scale of waste water treatment plants favor regional systems. This paper presents a...
This paper uses a Translog form to estimate the water distribution cost for an irrigation consortium...
We report a cost benefit analyses (CBA) for water interventions in rural populations of developed co...
This paper uses a Translog form to estimate the water distribution cost for an irrigation consortium...
The US National Research Council recently recommended direct potable water reuse (DPR), or potable w...
This paper outlines a method to determine the tradeoff between economies of size in water treatment ...
This paper outlines a method to determine the tradeoff between economies of size in water treatment ...
This paper outlines a method to determine the tradeoff between economies of size in water treatment ...
WP 1996-15 November 1996This paper outlines a method to determine the tradeoff between economies of ...
Abstract In this study we use datasets from the 1995 and 2000 Community Water Supply surveys to exam...
In this study we use datasets from the 1995 and 2000 Community Water Supply surveys to examine the p...
In this study we use datasets from the 1995 and 2000 Community Water Supply surveys to examine the p...
Water and sanitation services involve large shared infrastructure costs, and adding more customers u...
In metropolitan areas, water is supplied to consumers from one or more sources through separate but ...
The traditional water-supply planning problem is characterized by two main steps: (1) project future...
The economies of scale of waste water treatment plants favor regional systems. This paper presents a...
This paper uses a Translog form to estimate the water distribution cost for an irrigation consortium...
We report a cost benefit analyses (CBA) for water interventions in rural populations of developed co...
This paper uses a Translog form to estimate the water distribution cost for an irrigation consortium...
The US National Research Council recently recommended direct potable water reuse (DPR), or potable w...