Keywords
community capacity; sanitation technology; community needs
Start Date
6-7-2022 8:40 AM
End Date
6-7-2022 9:10 AM
Abstract
Wastewater treatment and sanitation is a major issue in saving lives in many countries in the world especially in the developing arid and semi-arid countries where water sources are rare and considered as a source of conflict if not managed properly. Sustainable wastewater treatment systems may provide sustainable none conventional water sources where we can generate energy and food if monitored and managed properly. There are national and local organizations that work on monitoring water services regularly, assignee indicators to measure the effectiveness of the service, other organizations that follow up the service after implementation "post-implementation monitoring". This paper aims to develop a classification model for wastewater treatment plants to be compatible with community capacity to reduce the failure in sanitation systems. With this model, the decision-makers will have the ability to examine and scale the problem according to their requirement. Most sanitation technologies fail after a short period of time because of the inappropriate monitoring after implementation of the project is finalized as a result of not tacking inconsideration the community characteristics and capacity factor. Several researchers try to find the best fit of choosing a propriety technology but after selecting the technologies, many options appear and with the same level leading to a selection of many none specific technologies, leading to none sustainable treatment system. Therefore, our team developing a tool that helps the donors and stakeholders to choose the best option to meet the community needs and ensure. sustainability.
Classification model for selecting appropriate sanitation technology compatible with the community capacity
Wastewater treatment and sanitation is a major issue in saving lives in many countries in the world especially in the developing arid and semi-arid countries where water sources are rare and considered as a source of conflict if not managed properly. Sustainable wastewater treatment systems may provide sustainable none conventional water sources where we can generate energy and food if monitored and managed properly. There are national and local organizations that work on monitoring water services regularly, assignee indicators to measure the effectiveness of the service, other organizations that follow up the service after implementation "post-implementation monitoring". This paper aims to develop a classification model for wastewater treatment plants to be compatible with community capacity to reduce the failure in sanitation systems. With this model, the decision-makers will have the ability to examine and scale the problem according to their requirement. Most sanitation technologies fail after a short period of time because of the inappropriate monitoring after implementation of the project is finalized as a result of not tacking inconsideration the community characteristics and capacity factor. Several researchers try to find the best fit of choosing a propriety technology but after selecting the technologies, many options appear and with the same level leading to a selection of many none specific technologies, leading to none sustainable treatment system. Therefore, our team developing a tool that helps the donors and stakeholders to choose the best option to meet the community needs and ensure. sustainability.
Stream and Session
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