UN Global Compact  |  CEO Water Mandate

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Quick Info

3.15 out of 5
WWF Country Risk Score
33 out of 248 Countries
WWF Country Rank
Total Organizations: 1
Total Projects: 0
Priority SDGs: Increase Access to Water, Sanitation, Hygiene (SDG 6.1 & 6.2)
Water Quality (SDG 6.3)
Water Use Efficiency (SDG 6.4)
Integrated Water Resource Management (SDG 6.5)
Protect and Restore Ecosystems (SDG 6.6)
International Cooperation and Capacity Building (SDG 6.a)
Stakeholder Participation (SDG 6.b)
Priority Regions: --
Priority Industries: Food, beverage & agriculture
Power generation
Organization Types:
NGO / Civil Society
Profile Completion: 91%

Water-Related Challenge Costs

Total annual estimated cost to address all water-related challenges: $191,151,557.00

Share of total annual estimated cost to address each individual challenge (2015 $USD):

  • Access to Drinking Water: $57,421,520.00 - [30%]
  • Access to Sanitation: $65,990,193.00 - [35%]
  • Industrial Pollution: $6,323,433.00 - [3%]
  • Agricultural Pollution: --
  • Water Scarcity: $29,557,818.00 - [15%]
  • Water Management: $31,858,593.00 - [17%]

For more about this data, see information on WRI’s Achieving Abundance dataset here.

Water Challenges

As reported by organizations on the Hub.

No challenges found.

Country Overview

1.1.1.WATER RESOURCES Total annual surface runoff is only about four million m3 and there are no rivers, perennial streams or lakes. There are also no dams. Bahrain receives groundwater by lateral under-flow from the Damman aquifer, which forms only a part of the extensive regional aquifer system (the Eastern Arabian Aquifer). This aquifer extends from central Saudi Arabia, where its main recharge area is located at about 300m above sea level, to eastern Saudi Arabia and Bahrain, which are considered the discharge areas. The rate of groundwater inflow has been estimated at about 112 million m3/year under steady-state conditions (before 1965) and this figure is considered to be the safe groundwater yield in Bahrain. But groundwater reserves suffer from severe degradation, in terms of both quality and quantity, as a result of over-extraction and seawater intrusion.

1.1.2.WATER USE Historically, Bahrain has utilized groundwater for both agricultural and municipal requirements. Natural freshwater springs used to flow freely in the northern part of Bahrain and before 1925 the water supply depended on these springs and some hand-dug wells, the total discharge of which was estimated at 93 million m3/year. With increased water demand after the exploration of offshore reservoirs of crude oil and gas in 1946, spring flow decreased and water started being pumped from boreholes. During the 1980s, most of the springs ceased flowing, and increased demand for water caused deterioration in water quality, including the intrusion of seawater into the aquifer system (UNU, 1995). In 1988, groundwater use in Bahrain was estimated to be 153 million m3/year, including 138 million m3 of tube-well abstraction, 8.1 million m3 of water from land springs, and 6.6 million m3 of water from marine springs. In 2003, total water withdrawal in Bahrain was 357.4 million m3. The part used for irrigation and livestock watering purposes dropped to 45 per cent, from 56 per cent in 1991. Total annual water demand was met by three sources: primary groundwater (238.7 million m3), desalinated water (102.4 million m3) and treated sewage effluent (16.3 million m3). This means that nonconventional water sources accounted for 34 per cent of total water withdrawal in 2003. About 90 per cent of the water used in agriculture, including livestock, was primary groundwater and 10 per cent treated wastewater. For municipal and industrial purposes, about 48 per cent of the water used was primary groundwater, and the remaining part was desalinated water. The total freshwater withdrawal (primary groundwater plus reused treated wastewater) represented 220 per cent of the total renewable water resources in 2003, meaning that abstraction of fossil water and groundwater mining was taking place. The excessive pumping of groundwater caused a sharp decrease in groundwater storage and a reduction in potentiometric levels of about 4m between 1965 and 1992. As a result, more than half the original groundwater reservoir has been completely degraded due to seawater intrusion and saline water up-flow from the deeper zones. The annual extraction is almost twice the annual recharge, leading to an everincreasing groundwater deficit. While the average annual groundwater depletion over the period 1965-1992 was approximately 40 million m3, in 1991/92 it was over 96 million m3. In 2003, the total quantity of desalinated water used was 102.4 million m3, against 44.1 million m3 in 1991. In 2005, treated wastewater amounted to about 62 million m3/year of wastewater (secondary treatment), against about 45 million m3 in 1991. Despite an increase of 100 per cent compared with 1991, only 16.3 million m3/year received tertiary treatment; part was used for irrigation purposes in government farms and some private farms, while the rest was discharged to the sea. The chemical and hygienic properties of the tertiary treated water are within international limits and are considered good for agricultural purposes. Although the government has plans for the full utilization of Treated Sewage Effluent (TSE) water through major agricultural projects, delays and lack of funds for these projects have limited the use of these waters. According to Arabian Gulf University academic affairs vice-president Professor Waleed Al Zubari at the 18th GCC-Japan Environment Symposium and Second Joint Bahrain Centre for Studies and Research (BCSR) – Japan Co-operation Centre Petroleum (JCCP) Environment Symposium in February 2010, 66 per cent of Bahrain’s water supply comes from non-renewable groundwater, 29 per cent from renewable desalination plants and the rest from waste and used water. In Bahrain, 45 per cent of water is used for agriculture, 49 per cent for domestic use and 6 per cent for industry.

1.2.WATER QUALITY, ECOSYSTEMS AND HUMAN HEALTH Over-utilization of the Dammam aquifer, the principal aquifer in Bahrain, by the agricultural and domestic sectors has led to its salinization through water coming from adjacent brackish and saline water bodies (particularly from the underlying saline aquifer of Umm er Radhuma). A hydrochemical study identified the locations of the sources of aquifer salinization and delineated their areas of influence. The investigation indicates that the quality of aquifer water quality has been significantly modified as groundwater flows from the northwestern parts of Bahrain, where the aquifer receives its water by lateral underflow from eastern Saudi Arabia, to the southern and southeastern parts. Four types of salinization of the aquifer have been identified: -brackish water up-flow from the underlying brackish water zones in north-central, western, and eastern regions; -seawater intrusion in the eastern region; -intrusion of sabkha water (saline water from saline areas) in the southwestern region; Country Overview - Bahrain -irrigation return flow in a local area in the western region. Four alternatives for the management of groundwater quality are under discussion by the water authorities in Bahrain. Priority areas have been proposed based on the type and extent of each salinization source, in addition to groundwater use in that area. Simulation modelling could be used to evaluate the effectiveness of the proposed management options in controlling the degradation of water quality in the Dammam aquifer (Zubari, 1999). Since it has become the policy to curb the abstraction of groundwater resources in the Damman aquifer and to improve its quality, further development of water sources will undoubtedly involve desalination, either by a thermal process or reverse osmosis. The choice will depend on sitespecific conditions and economy or cost. The first multi-stage flash (MSF) seawater desalination plant was introduced in Bahrain in 1976. The use of reverse-osmosis (RO) desalination for saline groundwater on Bahrain Island began in 1984-1986. One of the world’s largest RO plants for the treatment of saline groundwater, located 25 km south of the capital of Bahrain at Ras Abu-Jarjur, was commissioned in 1984. The plant has an installed capacity of 45 500 m3/day and its source of raw water is the highly saline brackish groundwater in the Umm er Radhuma formation. The RO plant was designed to meet the domestic water demand of Manama city, taking into account its advantages over an MSF plant, such as short construction time, lower energy cost, ease of operation and maintenance (UNU, 1995). In 2002, the total installed gross desalination capacity (design capacity) in Bahrain was 500259 m3/day (Wangnick Consulting, 2002). The reuse of treated wastewater for agriculture and landscape irrigation started in 1985. The main wastewater treatment plant in Bahrain is the Tubli Water Pollution Control Centre (Tubli WPCC), which in 2005 was producing about 160,000m3/day of secondary treated effluent, and around 60,674m3/day received tertiary treatment. There are also eleven minor wastewater treatment plants with a total designed capacity of about 9,720m3/day. Treated sewage effluent was expected to reach 200,000m3/day, or 73 million m3 per year, by 2010 (Al-Noaimi, 2005). The additional amount treated, if properly used for irrigation, was expected significantly to reduce water extraction, reserving the limited freshwater resources for potable supply and other priority uses. In Bahrain the cost of tertiary treated effluent is about US$0.317/ m3, while the cost of desalinated water is about US$0.794/ m3 (FAO/WHO, 2001).

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Organizations in Bahrain

To certain development of depriving sector by interviewing education, health, and common resources. Learn More

Projects in Bahrain

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Suggested Resources

View the full list of 300+ resources at the Water Stewardship Toolbox

With special attention to resources for utilities, this page lists relevant guidance around water and COVID-19. Learn More

Developers: American Water Works Association

This page seeks to help water sector professionals keep informed on the attributions of the COVID-19 virus and any measures needed to protect both workers and public health, in general. Learn More

In this Nature feature, Johan Rockstrom and co-authors argue that identifying and quantifying planetary boundaries that must not be transgressed could help prevent human activities from causing unacceptable environmental change. Learn More

Inform and strengthen your company’s water management strategies and allow your investors to evaluate current water management activities against detailed definitions of leading practice. Learn More

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Nature-based solution (NBS) can improve degraded ecosystems, help sequester carbon, and manage the effects of climate change, including extreme weather events. Businesses are beginning to recognize the value of NBS for climate change mitigation, adaptation, and resilience. Learn More

Developers: Pacific Institute

Developed by a group of leading beverage businesses, this is an easy-to-use excel tool for beverage facilities to estimate direct costs associated with their most water- and resource- intensive processes, beyond just the cost of water from the tap. The … Learn More

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This report presents analysis of the response data from a sample of 783 of the world’s largest publicly listed companies. The report is aimed at companies and investors seeking to understand how they can play their part in delivering a … Learn More

The Toolbox connects your business to the latest tools, guidance, case studies, datasets, and more most relevant to you based on your circumstances and interests. It features more than 250+ resources from dozens of organizations and is updated every week. Learn More

Developers: CEO Water Mandate, Pacific Institute

The purpose of these guidelines is to highlight additional measures so that the integrity of the food chain is maintained, and that adequate and safe food supplies are available for consumers. Learn More

Includes Immediate steps, ongoing health measures that can be taken, and responsible business practice Learn More

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Developers: Sabesp

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Developers: EPA Office of Wastewater Management

CDC/EPA Guidance for Cleaning and Disinfecting Includes Printable Materials Learn More

Best practices- Resources- Webinars on WASH/COVID-19 topics. Learn More

NBS offer a promising contribution on how to enhance the availability and quality of water for productive purposes and human consumption, while preserving ecosystems. In this discussion paper, 21 case studies of water management processes are analysed, using a non-representative … Learn More

FAO has been emphasizing the need to accelerate a global transition to sustainable food and agriculture systems, advocating an integrated approach. This document focuses on the management of water for agricultural use. Learn More

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Developers: WWF

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Developers: Heineken

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Developers: Pacific Institute

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How to ensure the safety of staff and maintaining water quality in buildings with little or no use. Learn More

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Developers: Global Environment Technology Foundation (GETF), The Coca-Cola Company

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Developers: Ambev S/A

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Developers: Pacific Institute

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Developers: Pacific Institute

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Developers: Pacific Institute

The Soil &amp; Water Assessment Tool (SWAT) is a small watershed to river basin-scale model used to simulate the quality and quantity of surface and ground water and predict the environmental impact of land use, land management practices and climate … Learn More

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Developers: WaterAid

The Sustainable Rice Platform (SRP) Standard for Sustainable Rice Cultivation is the world’s first voluntary sustainability standard for rice. The standard is complemented by a set of 12 quantitative performance indicators. By identifying “hotspots,” the indicators enable users to monitor … Learn More

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The AWS Standard is a globally-applicable framework for major water users to understand their water use and impacts, and to work collaboratively and transparently for sustainable water management within a catchment context. Learn More

Developers: Alliance for Water Stewardship (AWS)

This tool is an interactive map linking nature-based solutions to climate change adaptation outcomes based on a systematic review of peer-reviewed literature. Learn More

Developers: Pacific Institute

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Developers: World Economic Forum

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Developers: Pacific Institute

ILO Sectoral Policies and Governance and Tripartism Departments present four self-training modules, which adapt existing ILO training tools on OSH to provide governments, workers and employers with the necessary skills to implement the general principles contained in relevant ILO instruments. … Learn More

Companies are increasingly setting and pursing ‘water balance targets’ as part of their water stewardship strategies. The seeming simplicity of balance goals can be attractive – “we will restore a volume of water equal to the amount our business consumes.” … Learn More

Developers: WWF

The Water Risk Filter can be used to assess and respond to water related risks for your own operations, suppliers, or growth plans. Learn More

Developers: WWF

Safely managed water, sanitation, and hygiene (WASH) services are an essential part of preventing and protecting human health during infectious disease outbreaks, including the current COVID-19 pandemic. Learn More

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