Abstract:
In Bangladesh, a large number of people are suffering from the lack of arsenic safe
water. The government, NGGs, external agencies and many other institutions are
undertaking different programs to provide arsenic safe water to the populations
especially in rural areas. Among the various options available, piped water supply.
system for rural villages and growth centers is one of the feasible options to provide
arsenic safe water in rural areas. Piped water supply is different from other alternative
options (hand tube well, dug well, pond sand filter, chemical based treatment household
units etc). Piped water supply schemes can provide solution to the arsenic problem and
can also deliver water of the appropriate quality and in adequate quantity.
The Government and the World Bank have agreed to support the inlplementation of an
initial group of pilot village piped water supply systems. Within these, Duptara village
piped water supply system is one of the pilot water supply systems where the study is
conducted to fmd the location of shared stand posts for vulnerable people using GIS.
The study included analysis of vulnerable people of the community who are not able to
pay even the lowest tariff for a shared stand post. A limited number of stand posts with
free access to water limited to drinking and cooking purposes is to be provided for
these vulnerable people.
The study has been conducted in three paras at Duptara village of Araihazar upazila in
Narayangonj district through detailed househ01d survey for vUlnerability assessment.
Twenty criteria have been used. to assess vulnerability of a household. The criteria
include age, sex, education, marital status, religion, no. of household members, income,
housing type, physical disability, current water source, distance of water source, water
source of drinking purpose, security issues of women and girls for water collection,
quality of existing water, problem for water collection, arsenic effected patients and
suffering from water borne disease. Feasible locations of shared stand posts have been
identified based on focused group discussion with vulnerables and consultation with
local elites and knowledgable persons. GIS tools have been used to fix the location of
shared stand post on the basis of average, maximum and minimum distances.
Developed GIS methodology will be useful for generating such data for feasibility
study of piped water supply system.
