Private Water Research Articles

Assessment of Antibiotic Resistance in Groundwater Bacterial Strains: A Community-based Study

Background: The microbial quality of private and community water supply from groundwater is mostly not monitored nor assessed by any established government agencies in Nigeria. Contamination by pathogenic and antimicrobial resistant microbial agent, and the potential of resistant genes transfer from environmental bacteria to human pathogens is a major risk for public health in these water systems. Aim: This study was aimed at evaluating the microbiological quality and safety in terms of antibiotic resistance bacterial profile of groundwater sources in a typical peri-urban settlement in Nigeria. Methodology: Bacterial contaminants were isolated by membrane filtration technique, characterized and analyzed using standard microbiological approach. Results: A total of 22 and 8 Gram negative and positive bacteria respectively were isolated. The isolates comprised 7 bacterial genera with Klebsiella and Enterobacter species having the highest incidence of 20% respectively, followed by Bacillus (17%) and least being Shigella with 7% incidence. All the isolates were 100% resistant to cefotaxime, followed by 76.7% and 73.3% resistant to vancomycin and meropenem respectively. The least resistance of 3.3% was against ciprofloxacin. Resistance in borehole storage tank water was highest (80%) against vancomycin followed by 70% for meropenem, while 75% resistance was against vancomycin and meropenem respectively in the well water, Seventy-three percent (73%) of the isolates showed multidrug resistance (MDR) pattern, and a multiple antibiotic resistant index (MARI) ≥ 0.3. Conclusion: The results of this study suggest that groundwater source in the studied community is contaminated with antibiotic resistant bacteria and underscores the public health implication and concern for monitoring of groundwater supply in Nigerian communities.

Domestic groundwater wells in Appalachia show evidence of low-dose, complex mixtures of legacy pollutants.

Lack of water quality data for private drinking water sources prevents robust evaluation of exposure risk for communities co-located with historically contaminated sites and ongoing industrial activity. Areas of the Appalachian region of the United States (i.e., Pennsylvania, Ohio and West Virginia) contain extensive hydraulic fracturing activity, as well as other extractive and industrial technologies, in close proximity to communities reliant on private drinking water sources, creating concern over potential groundwater contamination. In this study, we characterized volatile organic compound (VOC) occurrence at 307 private groundwater well sites within Pennsylvania, Ohio, and West Virginia. The majority (97%) of water samples contained at least one VOC, while the average number of VOCs detected at a given site was 5 ± 3. The majority of individual VOC concentrations fell below applicable U.S. Environmental Protection Agency (EPA) Maximum Contamination Levels (MCLs), except for chloroform (MCL of 80 μg L-1; n = 1 at 98 μg L-1), 1,2-dibromoethane (MCL of 0.05 μg L-1; n = 3 ranging from 0.05 to 0.35 μg L-1), and 1,2-dibromo-3-chloropropane (MCL of 0.2 μg L-1; n = 7 ranging from 0.20 to 0.58 μg L-1). To evaluate well susceptibility to VOCs from industrial activity, distance to hydraulic fracturing site was used to assess correlations with contaminant occurrences. Proximity to closest hydraulic fracturing well-site revealed no statistically significant linear relationships with either individual VOC concentrations, or frequency of VOC detections. Evaluation of other known industrial contamination sites (e.g., US EPA Superfund sites) revealed elevated levels of three VOCs (chloroform, toluene, benzene) in groundwaters within 10 km of those Superfund sites in West Virginia and Ohio, illuminating possible point source influence. Lack of correlation between VOC concentrations and proximity to specific point sources indicates complex geochemical processes governing trace VOC contamination of private drinking water sources. While individual concentrations of VOCs fell well below recommended human health levels, the low dose exposure to multiple VOCs occurring in drinking supplies for Appalachian communities was noted, highlighting the importance of groundwater well monitoring.

Building the social. A query into the societal impact of the Pompeian water supply

This study explores the importance of the means of ensuring water supply in the formation of the architectural profile and basic social organization of Pompeii. It sees the city’s domestic water supply, for over two centuries ensured through rainwater-harvesting areas, basins and cisterns situated mainly in and below the many atria, as a stabilizing factor of both cityscape and household. Through the introduction of the city aqueduct in the 1st century AD and the creation of a generous network of public fountains this situation changes and the need to maintain the traditional organization of the “houseful”, comprising enlarged family, slaves and dependents of various kind including shopkeepers, is lessened; the physical proximity between those of different status renegotiated. This development, witnessed in adaptations of the architecture, can be followed through close study of the standing structures in Insula V 1. The hallmarks are the creation of upperfloor living quarters seemingly independent from the life of the large households of the atrium houses, and in parallel the introduction of private water lines from the city aqueduct. The remodelling that resulted in the creation of the double-atrium house of Caecilius Iucundus is focal to the discussion since it offers a coeval chronological fix point in the AD 40s for both remodelling and obtention of piped water. Given that the change in the domestic architecture observed was merely in its embryonic state in AD 79, the tenability to attribute a lower dating than that traditionnaly attributed not just to the private lines, but to the city’s distribution system of public aqueduct water as well, is reasoned. The particularities of Pompeii’s geomorphological situation and political status and how they impacted the discussed change in social relationships are also raised.

Water as a commodity: challenges and implications of the commercialization of a vital resource

Water, soil, and air are the planet’s natural capitals that have made life viable, and without them, biodiversity will disappear. The drought we are experiencing due to global warming puts everyone on alert to mitigate the risks to these vital common goods. Water is a resource in crisis due to scarcity, misuse, poor distribution to the most vulnerable populations, contamination, and pollution, but it still attracts the private sector's greed. Water privatization, distribution, and basic sanitation services have been touted as a panacea to solve urban problems. Several cities have followed the path of privatization, embracing neoliberal ideologies or using it as a lever to pay off state debts without considering social aspects. Studies demonstrating the positive or negative impacts of privatization are still rare. The objective of this conceptual work was to analyze trends in water management service providers around the world. The methodology was based on works published in journals and online. There has been a trend towards privatization. However, many cities have chosen to go in the opposite direction by municipalizing their water supply and sanitation services.

A Conceptual Site Model for Per‐ and Polyfluoroalkyl Substance Water Supply Impacts in a Residential Community

ABSTRACTAt a Class 4 State Superfund site located in a densely developed residential/commercial area in a suburb of New York City, emerging contaminant sampling for PFAS was performed as part of a statewide data‐gathering project. Two per‐ and polyfluoroalkyl substances (PFAS), perfluorooctanoic acid (PFOA) and perfluorooctanesulfonic acid (PFOS), were detected at concentrations in excess of drinking water standards in bedrock and overburden monitoring wells at the State Superfund site. A bedrock private water supply well sampling program and a PFAS source investigation, consisting of overburden investigations near potential sources (i.e., sites with a history of known or suspected use, storage, or discharge of PFAS), were undertaken to assess exposures and identify and potentially eliminate sources of PFAS contaminants in the bedrock drinking water supply.Relative ratios of PFAS (i.e., PFAS signatures) were plotted geospatially to facilitate comparison of the characteristics of overburden groundwater sampling results to that of nearby bedrock private water supply sampling results. In addition, total PFAS concentrations in overburden groundwater and bedrock private water supply samples were compared to identify potential sources of bedrock groundwater impacts. The PFAS signature analysis revealed that (1) PFAS signatures of overburden groundwater samples were generally consistent with nearby bedrock private water supply samples; (2) total PFAS concentrations detected in overburden groundwater samples were marginally higher than concentrations detected in nearby bedrock private water supplies; (3) there was generally low variability in PFAS signatures throughout the study area (Assessment Area); and (4) overburden groundwater and bedrock private water supply PFAS signatures were similar to that of the nearby wastewater treatment plant effluent discharge, which represents a composite average PFAS signature for domestic wastewater from the area. Finally, septic system tracers were also detected in bedrock private water supply and overburden groundwater samples. Based on the results of the investigation, multiple lines of evidence support the Conceptual Site Model, which is likely applicable to many PFAS‐contaminated drinking water supplies with conditions similar to the Assessment Area: consumer product use and discharge to domestic septic systems in a densely developed residential area, lacking area‐wide municipal water and sewer, with shallow groundwater and bedrock, and a vertical downward groundwater gradient, have resulted in the widespread presence of PFAS in private water supply wells.

Critical Intercultural Communication and the Public Sphere: Theoretical Engagements with Tahakkum and Other-Interculturality

ABSTRACT This article argues that tahakkum [ التَّحَكُّمِ ], an indigenous intercultural communication concept, impedes the functioning of the public sphere and underlines the failure (or unwillingness) of the authoritarian state and political actors to set conditions for plural deliberation and good governance. Using the critical cases of the sliding back of Islamist influence and the hirak (movement) against water privatization in an oasis town in southeast Morocco, the article theorizes tahakkum and proposes “other-interculturality” as an-other epistemological and ethical framework to articulate an intercultural communication model that interrogates embedded layers of power and domination, champions collective solidarity, and celebrates diversity without occluding difference.

Opposition windows in Delhi’s water utility privatization: going beyond the multiple streams framework

ABSTRACT John Kingdon’s Multi-Stream Framework sheds light on the foundational conditions under which public policies get formulated and implemented. The coupling of the Problem, Policy, and Politics streams along with efforts by Policy Entrepreneurs opens the Opportunity Window for policy realization. Interpreting Kingdon’s MSF, a rich scholarship exists, which found evidence in support of this framework. Some instances of the opening up of multiple windows are found in MSF. However, two aspects remain unclear. First, what happens when multiple windows open, some of them could be opened by the opposing side simultaneously to the policy window? Second, no literature exists that discusses the application of multiple windows of the MSF. In this context, this paper takes the idea of multiple windows seriously along with illustrations from Delhi, India where we find that although a window of opportunity existed for the Government of National Capital Territory of Delhi, it could not privatize water supply. Our argument is that multiple windows opened up, some by the opposition that thwarted water privatization attempts of the state government.

Expanding Water Privatization in Mozambique: Producing Success, Reproducing Neoliberal Water

ABSTRACTThis article examines how and why water privatization has been in place for nearly three decades in Mozambique, expanding from cities to towns despite a lack of conclusive evidence of its merits. Drawing on primary data and secondary sources, the article argues that powerful actors driving water privatization in Mozambique ‘produced success’ out of what has been a messy and problematic process of implementing water privatization in cities in the 2000s. This strategy is cultural, in that actors constructed and mobilized a success narrative to legitimize the retention of water privatization in cities and to widen its spatial scope to towns. Yet, because water privatization in cities was not actually successful — quite the contrary — the retention and expansion of water privatization necessarily relied on a political economic process that buttressed this cultural production of success. That is, proponents expended power and resources in critical decision‐making moments to ensure water privatization and its underlying neoliberal water imaginary would be sustained, at the expense of alternative (post‐neoliberal) modes of water supply. As such, this article concludes that water privatization in Mozambique represents an exemplary case of neoliberal resilience.

Comparative efficiency of Chilean water utilities: a Bayesian stochastic frontier approach

ABSTRACT Assessing the potential relationship between ownership and performance of water utilities is relevant for water regulators. Incorporating technological heterogeneity among groups of water utilities could solve any incomparability issues and lead to more appropriate policy implications. This can be done with the use of the metafrontier framework which assumes that utilities operate under different technologies. The study applies this framework to compare the efficiency of private water utilities (PWU) and concessionary water utilities (CWU) in Chile using Bayesian Stochastic Frontier Analysis (SFA) techniques. The results indicated that PWU performed better than CWU. Nevertheless, both types of water utilities presented considerable cost inefficiency. PWU and CWU should considerably reduce costs by 34% and 48% using the industry technology as a whole, respectively. The methodological approach proposed in this study could be used to compare the performance of other groups of water utilities to support the decision making of water regulators.

Applying a hydroclimatological index to assess nitrate contamination in private drinking water wells across Iowa, USA from 1991-2011

Applying a hydroclimatological index to assess nitrate contamination in private drinking water wells across Iowa, USA from 1991-2011

"Fora Saneouro, a água é do povo": social representations of residents of Ouro Preto, Brazil, on the privatization of water and sanitation services

The privatization of water and sanitation services constitutes a significant debate worldwide. Contrary to the trend in other countries, Brazil has been moving toward the privatization of these essential services. Within this scenario is the historic city of Ouro Preto, where water and sanitation services were privatized in 2019, leading to the formation of a broad popular movement against privatization. In this context, this study aimed to identify and analyze the social representations of the local population regarding the privatization of these services. Fifteen semi-structured interviews were conducted with native residents of the city, whose ages ranged from 26 to 90 years. The results point to the residents' dissatisfaction with the service provision by the private company, with privatization being perceived as a "great evil," anchored in values and conceptions aligned with anti-privatization groups. Remunicipalization emerges as the residents' desire and the possible path to achieving social justice and the realization of human rights.

Adapting to PFAS contamination of private drinking water wells near a PFAS production facility in the US Atlantic Coastal Plain of North Carolina.

Perfluoroalkyl and polyfluoroalkyl substances (PFAS) are widespread groundwater contaminants and are present in over 7000 drinking water wells near a North Carolina (NC) PFAS plant (Chemours). To understand options available to affected residents, we used new and previously existing water quality data to investigate deeper aquifers as alternate drinking water supplies and compared the regulatory responses near Chemours and three other PFAS production facilities with nearby contaminated wells. Data from >100 wells show that GenX concentrations decrease with increasing depth through the four aquifers in the study area: surficial, Black Creek, Upper Cape Fear, and bedrock. This illustrates the extent of vertical PFAS penetration through the aquifer sequence following roughly 40 years of atmospheric emissions. Detailed data on 143 water quality parameters in nine deep wells (two Upper Cape Fear, seven bedrock) revealed only eight exceedances of drinking water standards (one each for arsenic, perfluorooctanoic acid [PFOA], iron, chloride, and gross alpha, and three for manganese) and nine exceedances of health advisories (all for sodium). Regulatory responses to PFAS contamination of wells in four states included mention of deeper wells as an alternate water source only for nonresidential users in NC and residential users in Vermont. The bedrock aquifer is currently used by some residents and may be a viable alternative to shallower groundwater, though arsenic treatment may be beneficial at some deep wells and long-term sustainability of the aquifer should be evaluated. PRACTITIONER POINTS: GenX concentrations decreased with increasing depth in four aquifers near a PFAS plant. A few exceedances of drinking water standards and health advisories were found in deep bedrock wells. New bedrock wells could be part of the response to PFAS issues in shallower wells. In the long term, deep bedrock wells might be a less expensive option for some residents.

Households’ access and expenditure on water services: Examining intra-urban differences in the Accra metropolis, Ghana

Despite years of investment into the water sector in Ghana, access to and expenditure on potable water for drinking and domestic use remain a challenge for most urban households. However, within the urban context, the severity of water challenges varies from one residential community to another, with less research attention often given to such intra-urban differences. To address this gap, this study examines differences in household access and expenditure on pipe-borne water in three varying socio-economic residential communities in Accra. The study used a convergent mixed method design and drew on secondary literature, to examine the differences in households' access to and expenditure on water. The findings revealed that Jamestown, a low-income residential community, had the lowest connection to the Ghana Water Company Limited (GWCL) grid, with many respondents depending on pipe-borne water outside dwellings operated by private water retailers. While the findings showed no significant differences in the regularity of flow and expenditure on water among the three varying socio-economic communities, the paper argues that low-income communities such as Jamestown are likely to be more affected due to existing socio-economic deprivation and vulnerability contexts. Based on the study findings, we recommend that efforts be made to increase investment in water infrastructure to enable households to connect to the GWCL grid. Attention should also be given to low-income households, who often lack the means to pay for services that will enable them to connect to the GWCL grid. Further, we recommend improved collaboration between local communities and GWCL as a way of fostering strategies that address the peculiar water challenges in local communities.

Photosynthesis, Anatomy, and Metabolism as a Tool for Assessing Physiological Modulation in Five Native Species of the Brazilian Atlantic Forest.

The Brazilian Atlantic Forest, renowned for its exceptional species richness and high endemism, acts as a vital reservoir of terrestrial biodiversity, often referred to as a biodiversity hotspot. Consequently, there is an urgent need to restore this forest to safeguard certain species and to unravel the ecophysiological adaptations of others. This study aims to integrate some physiological parameters, including gas exchange and chlorophyll a fluorescence, with anatomical and metabolic techniques to elucidate how five different native species (Paubrasilia echinata, Chorisia glaziovii, Clusia nemorosa, Licania tomentosa, and Schinus terebinthifolius), each occupying distinct ecological niches, respond to seasonal variations in rainfall and their consequences. Our investigation has revealed that C. nemorosa and P. echinata exhibit robust mechanisms to mitigate the adverse effects of drought. In contrast, others demonstrate greater adaptability (e.g., S. terebinthifolia and C. glaziovii). In this context, exploring metabolic pathways has proven invaluable in comprehending the physiological strategies and their significance in species acclimatization. This study provides a comprehensive overview of the impact of water restrictions and their consequential effects on various species, defining the strategies each species uses to mitigate water privation during the dry season.

PENGELOLAN AIR LIMBAH DOMESTIK DKI JAKARTA DI TINJAU DARI PENGELOLAAN AIR LIMBAH DOMESTIK DI SINGAPURA

This study aims to identify the problems of managing waste water into clean water in the Special Capital Region of Jakarta from the perspective of Water Resources Law. Using a normative juridical approach, namely a legal research method carried out by examining library materials or secondary data. The results of the research show that waste water management in the State of Singapore can be said to be quite successful and can be an example to be adopted and implemented in DKI Jakarta as part of the form of handling in order to realize the mandate of Article 33 Paragraph (3) of the 1945 Constitution, namely distributed social justice in responding to legal reality regarding the purpose of water as a social asset and capital asset so as to close the gap in privatization of water by the private sector.

Geochemical tracers associated with methane in aquifers overlying a coal seam gas reservoir

Understanding inter-aquifer connectivity or leakage of greenhouse gases and groundwater to aquifers overlying gas reservoirs is important for environmental protection and social licence to operate. Australia's Great Artesian Basin (GAB) is the largest artesian groundwater system in the world with groundwater extracted for agriculture, livestock, mines, energy, private or town water supply. Microbial coal seam gas (CSG) and production water are also extracted from the GAB. Here a range of groundwater tracers is used to investigate the potential for gas and groundwater connectivity between the CSG reservoir and aquifers.The GAB aquifer and alluvium contained a range of methane concentrations (0.001 to 2100 mg/L) that exhibit an increase with depth and δ13C-CH4. Aquifer and alluvium groundwater 87Sr/86Sr were in the range 0.7042 to 0.7082. CSG production waters however had non-radiogenic, distinctive 87Sr/86Sr signatures <0.7036, indicating a lack of significant groundwater leakage. One gassy aquifer bore with 160 mg/L methane conversely has 87Sr/86Sr, δ13C-CH4, δ2H-CH4 and δ13C-DIC values overlapping the CSG waters. In several aquifers δ34S-SO4 and δ18O-SO4 are sourced from windblown surface salts of inland Australian playa lakes in recharge waters. Bacterial sulphate reduction is additionally occurring in a regional aquifer. Cosmogenic isotopes and tritium show recent recharge and mixing with older groundwaters in several shallow aquifers.Groundwater and gas signatures indicate that leakage of groundwater and methane from the CSG reservoir was not occurring in the majority of areas investigated here. Methane was consistent with in situ generation in shallow GAB aquifers by primary microbial CO2 reduction or acetate fermentation. Connectivity of one alluvial bore and the underlying GAB aquifer could not be completely ruled out. Separately, one gassy Springbok GAB aquifer bore is either connected to the underlying CSG gas reservoir, or has in situ secondary microbial CO2 reduction producing methane from interbedded coal within the aquifer. This study is relevant to other basins in Australia and internationally where gas is observed in aquifers that overly conventional, unconventional or coal seam gas reservoirs.

Drinking water sources, quality, and associated health outcomes in Appalachian Virginia: A risk characterization study in two counties

ObjectivesIn the US, violations of drinking water regulations are highest in lower-income rural areas overall, and particularly in Central Appalachia. However, data on drinking water use, quality, and associated health outcomes in rural Appalachia are limited. We sought to assess public and private drinking water sources and associated risk factors for waterborne pathogen exposures for individuals living in rural regions of Appalachian Virginia. MethodsWe administered surveys and collected tap water, bottled water, and saliva samples in lower-income households in two adjacent rural counties in southwest Virginia (bordering Kentucky and Tennessee). Water samples were tested for pH, temperature, conductivity, total coliforms, E. coli, free chlorine, nitrate, fluoride, heavy metals, and specific pathogen targets. Saliva samples were analyzed for antibody responses to potentially waterborne infections. We also shared water analysis results with households. ResultsWe enrolled 33 households (83 individuals), 82% (n = 27) with utility-supplied water and 18% with private wells (n = 3) or springs (n = 3). 58% (n = 19) reported household incomes of <$20,000/year. Total coliforms were detected in water samples from 33% (n = 11) of homes, E. coli in 12%, all with wells or springs (n = 4), and Aeromonas, Campylobacter, and Enterobacter in 9%, all spring water (n = 3). Diarrhea was reported for 10% of individuals (n = 8), but was not associated with E. coli detection. 34% (n = 15) of saliva samples had detectable antibody responses for Cryptosporidium spp., C. jejuni, and Hepatitis E. After controlling for covariates and clustering, individuals in households with septic systems and straight pipes had significantly higher likelihoods of antibody detection (risk ratios = 3.28, 95%CI = 1.01–10.65). ConclusionsTo our knowledge, this is the first study to collect and analyze drinking water samples, saliva samples, and reported health outcome data from low-income households in Central Appalachia. Our findings indicate that utility-supplied water in this region was generally safe, and individuals in low-income households without utility-supplied water or sewerage have higher exposures to waterborne pathogens.

Resilience of communal water management in La Gomera (Canary Islands): discussing with Hardin and Ostrom

ABSTRACT We analyse the main keys of the traditional agroecosystem of the palm grove (Phoenix canariensis) in irrigated terraces in Valle de Arriba in the municipality of Valle Gran Rey (La Gomera, Canary Islands, Spain). Here, irrigation water is not only associated with the land but is also being managed as a communal resource by the inhabitants. The change in the economic model from agriculture to tourism is putting the survival of this traditional agrarian system at risk (agricultural exit, population ageing and economic touristification). The need for preservation is then suggested, but the question that leads us to a re-edition of the so-called “Tragedy of the Commons” arises again: What actors should carry out this preservation? Private agents or the State, as suggested by Hardin, or the rural community, as maintained by Ostrom? We conclude that for the case studied of La Gomera, the rural community has kept managing the communal water resource but at the expense of the secular class struggles won by the farming community against the privatisation of water by private agents and/or the State.

Navigating the water–energy nexus amidst the Lebanese economic crisis

ABSTRACT Lebanon's economic crisis has disrupted the country's energy and water sectors, highlighting their interdependence. The methodology involves surveying 150 municipalities across all Lebanese governorates, ensuring a comprehensive coverage of public and private water resources. Data on water and energy were collected before and during the crisis to explore this nexus during periods of economic turmoil. The findings reveal a decline in water provision during the crisis, with the average weekly water supply plummeting from 49 h in 2019 to 22 h in 2023. Concurrently, the use of water tankers has surged from 26 to 44%, indicating a concerning shift in water acquisition methods. Despite the crisis, conventional water sources remain predominant, while unconventional sources account for less than 1% of the total supply. In response to the energy shortage, renewable energy sources have gained traction in residential, commercial, and industrial sectors. The scarcity and rising cost of electricity have driven the adoption of solar photovoltaics in the water sector, reaching 4.8% for extraction from underground reservoirs and 2.8% for distribution. Similarly, the use of solar water heaters has increased from 7.9 to 15.4% in 2023. These findings underscore the interplay between energy and water security during periods of economic instability.

The Influence of Procurement Practices in Commercialization of Water, and Private Service Delivery in Nairobi County, Kenya

Aim: The purpose of the study was to discuss the effect of procurement practices on commercialization of water and private service delivery in Nairobi City County, Kenya. Methods: Quantitative and Qualitative methodologies of data collection and analysis were implored in this research. The Collection of the data was through key informant interviews and questionnaires. Secondary data was obtained from library research materials, internet search and document analysis. The researcher used descriptive and content analysis techniques to analyze the data. Simple random sampling was used in selecting participants from Nairobi City residents. The target population was 4,397,073 Nairobi City County Residents and 635 Staff of the Ministry of Water, Sanitation and Irrigation; two departments were targeted in the Ministry i.e. The Water, Sewerage and Sanitation Development department and The Water Infrastructure Development Department which has a total of 168 in-post staff. Results: The study found that the components of commercialization of water greatly influences the quality control and equal access to water by the residents. These components are procurement practices, standardization machinery, and the supervision mandate by governmental agencies i.e. WASREB (Water Services Regulatory Board) and WARMA (Water Resources Management Authority). The study concludes that having good procurement practices in place, fosters integrity and professionalism in private water service provision. Recommendations: There is need for the government through its approved agencies WASREB and WARMA, to tailor-make policies that would better suit the unique Kenyan societies’ informal service providers, instead of unifying them all to be governed by a single policy. There is need to ensure private water service vendors provide quality and affordable services set out by government and its agencies. The government ought to thoroughly investigate the private water enterprises that have applied to be licensed to provide water services; not just at the national level but also the small-scale water kiosks-ought to be thoroughly scrutinized. The governmental agency WASREB ought to conduct more impromptu checks on WSPs (Water Service Providers) as opposed to only limiting itself to doing quarterly checks and visits.