Jordan Water Desalination Market Report 2025-2033: Plant Capacity & Project Pipeline, Regulatory & Policy Landscape, Demand & Supply Analysis
Dublin, Jan. 05, 2026 (GLOBE NEWSWIRE) -- The "Jordan Water Desalination Market Report by Technology, Application, Water Source, Cities and Company Analysis 2025-2033" has been added to ResearchAndMarkets.com's offering.
The Jordan Water Desalination Market is expected to grow at US$ 490.87 million by 2033, from US$ 215.12 million in 2024, with a CAGR of 9.6% for the period 2025-2033. This is driven by acute water shortage, growing urban demand, and government efforts to establish Red Sea and Dead Sea desalination projects. Reverse osmosis technology adoption enables sustainable water supply for municipal and industrial requirements.
Drivers of Growth in the Jordan Water Desalination Market
Extreme Water Shortage
Jordan is among the most water-stressed countries globally, with an acute shortage of this crucial resource. Per capita availability of water has fallen far below the scarcity levels recognized worldwide, making accessing adequate water for its people more and more acute. To address this urgent problem, desalination became an essential and groundbreaking solution, which offers a sure source of clean drinking water to urban and rural areas. This technology of utmost importance does not only seek to address the immediate demands of the population but also ignites continued growth in the market, as the drive towards water sustainability remains strong in the entire region. The nation's renewable water resources are valued at less than 100 cubic meters per capita per year, well short of the water poverty line of 500 cubic meters per capita. June 2023 - The World Bank has approved US$250 million in funding to enhance the efficiency of water services in Jordan by rehabilitating water distribution networks, enhancing energy efficiency and enhancing the drought management system in the Kingdom.
Government Investments and Initiatives
The government of Jordan is investing heavily in revolutionary projects, particularly the ambitious Red Sea-Dead Sea Water Conveyance Project. This program will increase the country's desalination capacity, helping to meet the nation's dire water shortage needs. Through the development of vibrant public-private sector partnerships, the government is successfully promoting the use of leading-edge technologies and fostering strong international alliances. These initiatives not only ensure Jordan a water future that is sustainable but also make Jordan a regional leader in water management and technological innovation. The National Water Strategy (NWS) of the Ministry of Water and Irrigation for the period 2023-2040 targets water security through integrated water resource management. The NWS aims to protect and conserve sources of groundwater and surface water, and the rigorous enforcement of the laws regarding the use and protection of water. The plan depends on researching alternative water sources and the creation of initiatives such as the National Water Carrier Project and wastewater treatment to improve and maintain the supply of water.
Urbanization and Population Growth
Between 1960 and 2024 Jordan's population grew from 933,102.00 to 11.55 million. This represents 1,138.1 percent growth over 64 years. The rapid increase in population, along with a consistent flow of refugees, significantly increases the urban water demand in places like Amman. Under these circumstances, desalination facilities present themselves as a fundamental and renewable solution, providing a scalable system to respond to these growing demands. Their development not only meets the instant water scarcity needs but also spurs market growth, opening the door to emerging technologies and investment in the management of water resources.
Challenges in the Jordan Water Desalination Market
High Operating and Capital Expenses
Desalination is a sophisticated technology that requires significant investment in multiple areas such as infrastructure, power supplies, and maintenance. For Jordan, the issue is exacerbated by limited funds that make it difficult to undertake large-scale desalination plants. Consequently, the nation needs external support to bridge this gap and efficiently utilize this life-saving technology in countering its water shortage challenges.
Environmental and Energy Issues
The high level of energy required to undertake water management operations, together with the release of brine, poses serious environmental challenges. In Jordan, a country which is known for its limited energy resources, the challenge of reconciling increasing population demand for water with sustainable uses is becoming a serious stumbling block in the marketplace environment. This complex challenge needs innovative measures that focus on preserving the ecology while responding to the pressing demands of the populace.
Jordan Water Desalination Reverse Osmosis Market
Reverse osmosis (RO) leads the desalination market in Jordan due to its efficiency and affordability in desalinating seawater and brackish water. RO technology is used more in municipal and industrial facilities, with high recovery rates and relatively less energy usage. In the next decade, growth is anticipated with continued technological advancements and government backing for energy-efficient systems.
Jordan Municipal Water Desalination Market
The municipal segment of Jordan's desalination market is the biggest, providing potable drinking water to towns and cities. The urban areas around Amman depend mostly on desalinated water to serve increasing consumption demands. Government initiatives aimed at public water distribution networks and home supply will push this segment forward, particularly with the operation of large-scale desalination plants by 2030.
Jordan Industrial Water Desalination Market
Industrial customers, such as manufacturing plants, mining, and energy facilities, are investing more in desalination to maintain a consistent supply of water. Jordanian industries tend to function in water-scarce areas and use high-grade water for efficiency in operations. Through the incorporation of desalination in industrial processes, businesses decrease reliance on overexploited groundwater and support the country's sustainability initiatives.
Jordan Seawater Desalination Market
Desalination of seawater is becoming popular in Jordan, especially with Red Sea-based initiatives. Thermal and RO technologies are employed by large-scale plants to treat seawater into potable and industrial-grade water. Red Sea-Dead Sea project development is anticipated to further grow this market, offering sustainable solutions for municipal as well as industrial uses while lightening pressure on current freshwater sources.
Jordan River Water Desalination Market
Jordan also uses desalination to treat river water, especially that from the Jordan River and surrounding brackish resources. Projects here aim at supplying irrigation and drinking water, enhancing agricultural yields while augmenting urban supply. This sector is less significant than seawater desalination but is vital for rural and semi-urban areas experiencing severe water deficits.
Amman Water Desalination Market
Jordan's capital, Amman, is the biggest user of desalinated water. Urbanization and high population density have necessitated municipal desalination ventures. The city is served by both industrial-scale plants and localized desalination plants of brackish water for meeting daily demand and industrial uses, guaranteeing long-term water security.
Russeifa Water Desalination Market
Russeifa is a rising market for desalination because of industry development and increasing residential water demands. Local brackish water desalination facilities are becoming more accepted, which decreases reliance on limited groundwater supplies. Future urban infrastructure investments will most likely fuel municipal desalination needs in this market.
Rukban Water Desalination Market
Rukban, found close to the border regions of Jordan, also has specific water supply issues because of its desolate landscape and scattered populace. Mobile and modular plants used for desalination are increasingly used to deliver drinking water for the locals and refugees. This is a niche market that will expand with the developing humanitarian and infrastructure initiatives broadening access to water.
Madaba Water Desalination Market
Madaba utilizes brackish groundwater desalination for municipal and agricultural supply. With the increase in tourism and population, the demand for sustainable sources of water increases for the city. The investment in small- and medium-sized RO plants provides sustainable supply, fuelling urban growth and agriculture in the nearby regions.
Recent Projects in Jordan Water Desalination Market:
Key Attributes
Key Topics Covered
1. Introduction
2. Research & Methodology
3. Executive Summary
4. Market Dynamics
4.1 Growth Drivers
4.2 Challenges
5. Jordan Water Desalination Market
5.1 Historical Market Trends
5.2 Market Forecast
6. Market Share Analysis
6.1 By Technology
6.2 By Application
6.3 By Water Source
6.4 By Cities
7. Technology
7.1 Reverse Osmosis
7.2 Multi-stage Flash (MSF) Distillation
7.3 Multi-effect (MED) Distillation
7.4 Others
8. Application
8.1 Municipal
8.2 Industrial
8.3 Others
9. Water Source
9.1 Seawater
9.2 Brackish Water
9.3 River Water
9.4 Others
10. Cities
10.1 Amman
10.2 Zarqa
10.3 Irbid
10.4 Russeifa
10.5 Ajloun
10.6 Aqaba
10.7 Rukban
10.8 Madaba
10.9 Rest of Others
11. Plant Capacity & Project Pipeline in Jordan
11.1 Operational Desalination Plants
11.2 Capacity by Plant and Location
11.3 Planned and Upcoming Projects
11.4 Public-Private Partnerships and Investment Analysis
12. Regulatory & Policy Landscape
12.1 National Water Strategy
12.2 Role of MEW (Ministry of Electricity & Water)
12.3 Environmental Regulations and Standards
12.4 Licensing, Project Approvals, and Subsidies
13. Jordan Water Demand & Supply Analysis
13.1 Current and Projected Water Demand by Sector (Residential, Industrial, Agricultural)
13.2 Water Supply Sources: Desalination, Groundwater, Others
13.3 Water Deficit Trends and Future Scenarios
14. Cost & Tariff Structure
14.1 Desalination Cost Breakdown (CapEx, OpEx, Energy)
14.2 Government Subsidies and Pricing Models
14.3 End-user Tariff Structure
15. Porter's Five Forces Analysis
15.1 Bargaining Power of Buyers
15.2 Bargaining Power of Suppliers
15.3 Degree of Competition
15.4 Threat of New Entrants
15.5 Threat of Substitutes
16. SWOT Analysis
16.1 Strength
16.2 Weakness
16.3 Opportunity
16.4 Threats
17. Key Players Analysis
17.1 International Development Enterprises (iDE)
17.2 DowDuPont
17.3 Doosan Group
17.4 Ovivo
17.5 Aquatech
17.6 Veolia
17.7 Guangzhou KangYang Seawater Desalination Equipment Co.
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