Evaluating the costs and components of a territory-wide household water storage and treatment program in the US Virgin Islands

Autor: Lee E. Voth-Gaeddert, Douglas Momberg, Kela Brathwaite, Andrew Schranck, Stephen Libbey, Mandy Lemley
Jazyk: angličtina
Rok vydání: 2022
Předmět:
Zdroj: Water Policy, Vol 24, Iss 10, Pp 1692-1703 (2022)
Druh dokumentu: article
ISSN: 1366-7017
1996-9759
DOI: 10.2166/wp.2022.127
Popis: Among island communities, water security and access continue to be a critical issue. In the US Virgin Islands (USVI), 90% of households are capable of collecting roof-harvested rainwater, whereas less than 25% of households are connected to a municipal water system serviced by desalination plants. Rainwater collection leaves the household in charge of managing and treating their own water. Therefore, understanding current barriers to accessing water treatment technologies and the costs of a water storage and treatment program at scale are critical in developing a territory-wide program. In this study, we evaluate (1) household-level barriers to accessing water treatment technologies, (2) a cost breakdown of a UV water treatment pilot program, and (3) potential estimates of program costs at a territory-wide scale. The results suggest that for households, key barriers include knowledge of the problem or solution and capital and installation costs. From the programmatic cost evaluation, the water treatment technology and water testing services were the most expensive. However, given key adjustments, a territory-wide program is estimated to cost $30.4 M covering 50% of households. These data can be used by a coalition of stakeholders in allocating financial and managerial responsibility for a territory-wide water storage and treatment program in USVI. HIGHLIGHTS Households in USVI are responsible for treating and storing their water supply.; The primary barriers to acquiring adequate treatment are knowledge of the problem and capital costs of the technology.; A water treatment pilot program identified the highest cost components as the treatment technology and water testing.; A territory-wide water treatment program is estimated to cost $30.4 M to cover 50% of the population.;
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