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Rural drinking water services in Chile are managed by Rural Drinking Water Associations (RDWAs) with a community governance model. However, urban growth and a neoliberal institutional setting tend to favor market-style governance, both in terms of territorial planning and drinking water supply, placing stress on the community governance model of RDWA. The authors seek to understand these processes and identify the position of RDWA actors facing socio-territorial and environmental transformations experienced in peri-urban sectors of the city of Talca (Chile).

The authors used georeferenced data, participant and non-participant observation and semi-structured interviews. With these data, the authors analyzed the positions and discourses of water governance actors in relation to socio-territorial transformations in the peri-urban areas of the city, as well as for tensions between community and market governance.

The authors identified a growth tendency of RDWA users around the city of Talca due to a sharp drinking water demand increase in peri-urban territories. As such, the authors describe and contrast RWDA managers and governmental regulators' discourses regarding environmental and socio-territorial transformations. In these discourses, the authors found three critical topics: (1) land liberalization blurring urban territory borders; (2) Law #20998, a poorly financed reform which raises the specter of RDWA privatization, jeopardizing historic community drinking water management; and (3) the consequences of declining community commitment to RDWAs.

One key implication of these findings is the need to modify RDWA pricing policies to deal with new rural inhabitant lifestyles and drinking water demands and to fulfill water basic needs of rural families, avoiding privatization risks. This change could help not only dealing with growing scarcity during global climate change, but could also provide financial resources to face new technical and administrative requirements of SSR Law.

The originality of the study comes from using a framework of governance tensions applied to water governance in peri-urban areas in a neoliberal institutional setting.

The purpose of this paper is to understand the factors that affect the performance of projects being implemented on the public-private partnership (PPP) framework, with specific reference to urban drinking water sector in India.

A listing of factors that have a bearing on project performance have been developed based on a review of the literature. Through a survey, seven factors that are relevant to the Indian context were determined. Interviews were then conducted across a cross-section of government agencies, financial institutions, development agencies, private sector entities and consultants to understand the relative importance of these attributes. The analytical hierarchy process was used to develop relative weights of these factors.

Ranking and relative weights of the factors in descending order are stakeholder consent and support for water PPP projects (22.1 percent), appropriate project structure (17.4 percent), availability of realistic baseline information (16.2 percent), reasonable water tariffs (13.9 percent), public sector capacity (13.0 percent), well-developed market (9.5 percent) and water sector regulator (7.9 percent). Differences in perceptions amongst various stakeholder groups were also found.

Water sector has not matured, and with the advent of newer formats of implementation models, there could be significant changes in the sector. As the number of projects available for study is limited, this exercise can be undertaken periodically and updated in relation to experiences in other infrastructure sectors.

This analysis provides inputs to policymakers and project proponents for structuring more sustainable urban drinking water PPP projects.

Indian infrastructure PPP market is attracting increased attention from researchers, though not much emphasis is being given to urban drinking water sector. This paper aims to contribute toward filling this research gap.

The purpose of this study is to develop a methodology for sustainable drinking water management by assessing the existing state of the water supply system in the study area (Allahabad, India). An attempt is made to identify various problems and gaps in the existing system and evolve solutions for the present water supply problems in a GIS framework. Finally, the paper proposes a conceptual framework for sustainable drinking water management.

The study was conducted in four stages. The first stage involved collection of data and background information through various primary and secondary sources including reports and publications of various organizations. This was followed by discussions with various officials of Uttar Pradesh (UP) Jal Nigam (Water Corporation), Jal Sansthan (Water Board), State Ground Water Board, Central Ground Water Board and Municipal Corporation of the city. The second stage involved field studies in a few zones of the city. The third stage involved data input and analysis on a GIS platform, and the fourth stage includes the development of a solution of the present problems and proposing a conceptual framework for ensuring sustainable drinking water management for Allahabad City.

ArcInfo 9.1 has been used as a tool for storing all types of relevant data for analysis and decision making. The various thematic maps include water supply zone map, water deficit localities map, land use map, location of tubewells, overhead tanks, zonal pumping station, ward boundaries, population map, water demand and supply map.

Applicability of a partnership between the public and the private sector has to be checked for proper institutional analysis in Allahabad City.

The paper assesses the problems in the existing water supply system in Allahabad and proposes to give a GIS‐based solution strategy for its sustainability. The proposed GIS‐based conceptual framework would improve the current practice of drinking water management and would reduce the present problem of water crisis. The findings of the study would be useful for cities with similar problems in underdeveloped and developing countries.

A sustainable selection method for facility location of the water treatment is formulated by best–worst method. In addition, the model addresses the selection of appropriate technologies in the treatment plant, management of water leakage in the whole transmission network by using modernization and selection of different transmission technologies. Finally, the interaction between water and energy in this network seems to be paying particular attention.

Rapid population growth and urban development, and the constraints of water supply have become one of the crucial challenges around the world in the 21st century. Hence, the use of refined urban wastewater is increasing in many countries as an alternative source of water. In this regard, the rehabilitation of urban wastewater recycling and reuse has been proposed as one of the most suitable solutions for urban water management. Hence, in this paper, a mathematical model is formulated to design the simultaneous marketing of the urban water distribution network and wastewater treatment (including).

It seeks to ensure that energy is supplied through chemical methods to ensure that the system's energy dependence is on the national electricity grid. And in order to validate the model, a case study has been studied. By analyzing the results, it can be concluded that the upgrading of sewage treatment plants to replace underground water and water from nearby dams in household, agricultural and industrial applications will have positive environmental and economic impacts. One of the notable environmental impacts is the decline in groundwater and water scarcity in the coming years.

The summary of contributions is presented follow as: design and planning of water and urban wastewater integrated network; sustainable selection of facility location for the water treatment; capability selecting different treatment technologies in simultaneous design water and urban sewage supply chain; managing water leak in the network; proposed a water–energy nexus model in simultaneous design water and urban sewage supply chain; studying the feasibility of construction of power plants from biogas, the resulting of anaerobic digestion in treatment centers.

The purpose of this paper is to explore water management practices in four criteria – access to potable water; despoilment or pollution levels; grade of sanitation architecture; and grade of delivery architecture – in a variety of different Latin American and European nations to establish techniques that are currently been utilised in Europe that could improve water management in Latin America.

A systematic review of the available literature on water management in Europe and Latin America is performed to uncover differences and similarities in Latin American and European nations. The documents find are mostly recent, ranging from the last five years (2012-2016).

Some best practices from Europe cannot be applied in Latin America due to lack of funding. Fortunately, this is likely to change, as many Latin American nations’ economies are rapidly improving. Tentative recommendations include installing a system of pipeline that passes through all rural areas, and governments partnering with local businesses to provide sanitation, and regular sanitation and environmental inspections to minimise water pollution. It is also advisable for serious consideration to be given to achieving a measure of universality vis-à-vis water management standards across Latin America.

There is limited information in literature on the analysis of water management in Europe and Latin America, so this paper serves as a reference to fill the gaps, mainly in Latin America because that region is in development compared to European countries with advanced water systems.

The purpose of the present study is to examine the inter-relationship between the multi-dimensional poverty and water poverty using household level data for Indian states.

A modified water poverty index (MWPI) for both rural and urban households was created using the five components approach and various quantifiable proxies. Principal component analysis (PCA) has been used for the construction of MWPI. Multidimensionality of poverty (MPI) is measured using the Alkire and Foster methodology. Further, the study has utilized correlation and Tobit regression analysis to show the relationship between MWPI and MPI.

The empirical findings suggest that there is a positive and significant relationship between multidimensional poverty and water poverty, with the extent of relationship being greater in rural areas. The results show that in rural areas all the components of water poverty has significant impact on multidimensional poverty, whereas in urban areas except use component all others have significant impact on multidimensional poverty. Further, components of multidimensional poverty were also found to be significantly impacting water poverty.

The study suggests that policymakers cannot treat both forms of poverty in isolation. If India aims to reduce poverty, then it needs to pay significant attention to improving water conditions.

This is a pioneering attempt to construct water poverty index at the household level while accounting for micro-level differences for Indian economy. It highlights that water poverty leads to multi-dimensional poverty and vice-versa.

The peer review history for this article is available at: https://publons.com/publon/10.1108/IJSE-12-2021-0731.

The University of A Coruña (UDC) elaborated the SOSTAUGA project, aiming to reach a higher sustainable level of its water management. SOSTAUGA defined four priority points of action: the restoration of the natural courses on the campus; the adoption of an ecological sanitation model; the sustainable management of urban runoff; and the reduction of water consumption in university facilities and activities. This paper aims to present the methodology, the actions and the results related to the reduction of water consumption and the potential for the use of endogenous resources.

The agents involved were the senior management of the centres, the committees of the Green Campus, the scholarship students and the Office for the Environment. Several actions have been experienced: audit of water consumption in sanitary services; flow reduction in washbasin taps by means of valve adjustment (and repair of the valves when necessary); replacement of tap aerators with other more eco-efficient ones; replacement of faucets; introduction of dual-flush (DF) in cisterns; and information to users (eco-label).

Water audit reached 68% of the total number of washbasins and tanks in the UDC. Efficient aerator installation covered 16% of taps and valve adjustment covered the further 33.5% and provided flow reduction of 42%. Another 20% of valve units required repair. The current situation in toilets combines tankless flush valves and cisterns with single flush mechanisms. The introduction of DF mechanisms was assessed and proposed. The cost of these actions was very low, as evidenced by the investment return period while showing a high potential for user awareness.

Both from the environmental (water saving) and from the economic and social points of view, this study shows that similar projects aimed at the efficient and rational use of water are applicable to the universities and other public and private schools, with potentially positive results on sustainability and people awareness.