Table 3 Summary of costs and flow rates for oxidation and filtration technologies
Author | Intervention | Household or community | Flow L/hr | Capital cost as Aus$ | Operational cost as Aus$ |
|---|---|---|---|---|---|
Amin (2010) | MGH | Household | 1.2 | 60-80 | 0.6-0.8 |
Berg (2006) Tobias (2011) | Sand filter | Household | ~60 (1 L/min) | 9.93 | Not reported |
Brennan (2011) | SPACE AIRPs | Community | 150-200 L/day | Not reported | Not reported |
Al-Muyeed (2006) | AIRPs | Community | Not reported | 200-600 | 5-150 |
Sutherland (2002), BAMWSP, Rahman (2005) | GARNET | Unclear | 1.2 (max 14 L over 12 hrs) | Not reported | Not reported |
BAMSWP | Ardasha filter | Unclear | 1.1 | Not reported | Not reported |
BAMSWP | Passive sedimentation | Unclear | Not reported | N/A | Not reported |
Bhattacharyya (2004) | Domestic clay candle filter | Household | Not reported | Not reported | Not reported |
Hassan (2009) | Iron oxidising bacteria | Community | ~140 L/day anticipated | Not reported | Not reported |
Sharma (2004) Hassan (2008) | A/IRU | Community | Not reported | Not reported | Not reported |
Shafiquzzaman (2011) | Iron removal ceramic filter | Household | 2.5-5.5 | Not reported | Filter −18 |
Delowar (2006) | AANF | Household | 1.01-1.24 | 35 | Not reported |