Factories and Household Water Insecurity: Navigating the Trade-offs in Ethiopia’s Upper Awash Basin

14th January 2025
A blog by Dr Engdasew Feleke from the Water and Land Resource Centre (WLRC), Addis Ababa, Ethiopia

“God bless the factory owner, he provided water for us. In the past, there was a natural water source; people went to the river and drank the river water. But now, the river water is polluted due to wastewater released into it by the rich factory owners.” 

Water is an essential and irreplaceable resource. On July 28, 2010, the United Nations General Assembly recognized access to safe and clean drinking water and sanitation as a fundamental human right. Additionally, Sustainable Development Goal 6 outlines the global objectives of ensuring “safe and affordable water for everyone” and preventing the deterioration of freshwater ecosystems. However, our research in the REACH-WISER initiative in Ethiopia showed multiple forms of inequalities in the households’ access to safe water in Dukem town and Akaki district. The wealth status of households and spatial variations are the primary factors influencing water security in these parts of the country. The community’s most vulnerable groups such as internally displaced individuals, the elderly, new settlers, people with disabilities, those with chronic illnesses, and the economically disadvantaged, along with rural residents are the most affected by the lack of access to safe water.

The significant industrial development and expansion in the area have had both positive and negative impacts on water security for urban, peri-urban, and rural households. On the positive side, the factories have set up communal water points outside their premises that are accessible to the community at no cost. These water points serve as vital sources for individuals who lack access to safe water, particularly benefiting the urban poor, peri-urban residents without land certificates (ineligible to be connected with the water system), tenants, rural inhabitants, and other vulnerable community groups including internally displaced people. I want to present some case studies to illustrate the situation.

A female participant (in the slum urban site) in the study shared that while her neighbors are connected to the town’s water supply, her home is not linked to the piped system due to her household’s inability to afford the water meter and the connection fees. As the primary breadwinner, she works as a janitor from 6:00 AM to 11:00 AM (EAT). After her shift, her next responsibility is to gather water for cooking and other household tasks. She mentioned that she often collects water from factory communal water points, which do not charge a fee, despite being somewhat distant. On occasions when she feels fatigued or overwhelmed with other duties, she buys water from her neighbors’ private taps. However, she remarked that the factory water lacks a pleasant taste compared to the water she purchases from her neighbors. Nevertheless, she appreciates the financial relief the factory water provides, as she doesn’t have to pay for it. The difficulty of collecting water from the factories located a bit farther away is compounded by her husband’s lack of support, as he believes that water collection is solely a woman’s responsibility.

 

Collecting water from the factory water points in the peri-urban Dukem (image creditEngdasew Feleke).

 

A female participant from a peri-urban area shared that many households rely on factory water for their everyday needs, particularly mentioning two specific factories. She pointed out that the water from one of these factories was contaminated; upon boiling it for her child, she discovered worms in the water and noticed residue left in the container. After her older daughter experienced stomach pain and visited a doctor, she was advised to avoid drinking water from that particular factory. Consequently, she ceased collecting water from there for drinking purposes. In contrast, the water from the other factory is clean and safe. Currently, her household does not use water from the identified factory for cooking due to its poor quality and unpleasant odor.

 

Additionally, some young men earn money by acting as middlemen, transporting water from factory water points using horse-drawn carts. Women involved in the Tela (local alcoholic beverage) business have greatly benefited from access to factory water, which has been instrumental for many of them. The community has expressed appreciation for the role factories play in providing water free of charge.

On the flip side, the expansion of industries has given rise to various environmental and socioeconomic issues. One of the most significant impacts is the pollution of the Akaki River (part of the Upper Awash basin). Although water contamination in the river is not a recent problem, its severity has intensified. Residents in rural areas are becoming increasingly frustrated with the river’s condition, particularly during the dry season when pollution levels peak and alternatives such as rainwater collection and ponds are unavailable. The increasing amount of waste has caused the river to turn dark and produce a strong, unpleasant odor. This situation has left local communities feeling helpless, resulting in a decline in their efforts to protect the river. A local woman who depends on the river for irrigation lamented, “in the past, people were careful to look after the river, but now that sense of responsibility has vanished.”

Despite numerous complaints about its poor quality, factories in the area release wastewater that is used for irrigation farming. Poorer, rural communities that use water from the Akaki river are exposed to concentrated levels of pollutants, especially in the dry season when there is less dilution of wastes. Communities are aware of pollution risks and women in particular worry about relying on contaminated water.

 

Irrigation farming using factory wastewater in Peri-urban Dukem (Photo credit – Engdasew Feleke)

 

The Akaki river, Upper Awash Basin, Ethiopia

 

A woman from a rural village told us, “I feel stressed when I am interviewed about Akaki river pollution because I am using it daily with all its pollution.” Much of the food produced with Akaki river irrigation ends up on the shelves of shops in Addis Ababa (the capital city). The irony is not lost on the farmers-a man working on irrigation told us “we are selling our vegetables to urban residents together with their waste.” This illustrates that polluters are also impacted by the pollution in the water and industrial development system although the degree and exposure varies among the social groups.

In conclusion, we must acknowledge the crucial role that factories play in providing water access to vulnerable communities. However, it is imperative that we prioritize the urgent need to address the pollution and environmental damage resulting from untreated wastewater discharge from these industries. Protecting our water resources is essential for sustainable development and the overall well-being of communities. Instead of simply categorizing industries as polluters, we should channel our efforts into finding effective solutions to pollution and highlighting the significant contributions factories can make to water security and broader societal progress. This focus is not just important; it is a necessary intervention that can drive meaningful change.

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