For stakeholders like city planners, public works departments, and private water management companies, the challenges are diverse and complex. They face issues such as limited water supply, aging infrastructure, and a growing population, all amidst the perfect storm of climate change. That's where Ayesa comes in.

Our leading team of hydrologists, planners, hydraulic engineers, and environmental experts offer tailored water management consulting services to provide holistic solutions for effective water resource management.  We're pioneering innovative solutions in water planning and management, such as real-time advanced monitoring systems that detect leaks and deterioration, and the integration of renewable energies like solar power to optimize the cost-effectiveness of pumping and treatment stations.

We provide environmentally sustainable solutions for extracting water from ground and surface sources, with a focus on minimizing the impact on natural water resources.

In hotter climates, we address water scarcity by helping clients maximize the reuse of treated sewage effluent (TSE) for irrigating urban roadside vegetation. Our projects encompass large-scale drinking water systems, catchment management for reliable water supply, flood prevention, erosion control, and asset protection, all designed to enhance aquatic and terrestrial ecosystems.

We assist utilities, municipalities, and local authorities in: 

• Managing and developing water and wastewater infrastructure, both man-made and nature-based. 
• Optimizing existing assets, addressing aging infrastructure, and integrating new and old assets. 
• Supporting decision-making through assessments, research, and studies that aid in infrastructure planning and construction. 
• Advising on innovative technologies to enhance productivity and conserve resources, such as recycling stormwater and wastewater and integrating renewable energies for pumping stations and treatment plants.
• Exploring sustainable solutions, like enhanced water storage (aquifer recharge and recovery) and developing non-conventional water sources. 
• Designing production wells and protecting catchment areas. 
• Implementing desalination and reverse osmosis plants. 
• Handling abstraction licensing and permitting. 
• Selecting and protecting water sources. 
• Designing treated sewage effluent processes and irrigation networks.