Water Solutions
Our Services and Projects
Today, water has become one of the most critical challenges facing industries and infrastructure. Population growth, industrial development, limited freshwater resources, and increasingly stringent environmental regulations have created a growing need for comprehensive water management solutions. Key areas of focus include:
- Water Security: Ensuring a reliable and sustainable water supply for industries and cities.
- Sustainability: Reducing freshwater withdrawal from natural resources and optimizing water consumption.
- Circular Water Economy: Returning treated water to the water cycle through reuse and recycling.
- Resource Efficiency: Reducing water, energy, and chemical consumption.
Our Services
1. Industrial Water Treatment
Target:
Producing water of the required quality to meet specific industrial process requirements.
Applications:
- Power generation industries
- Oil, gas, and petrochemical industries
- Steel and mining industries
- Food and pharmaceutical industries
Subsystems:
- Filtration systems (Dual Media / Disc / UF)
- Membrane processes (RO / CCRO)
- Ion exchange systems (Cation / Anion / Mixed Bed)
- EDI (Electrodeionization System)
- Condensate polishing systems
- Chemical injection systems
- Water distribution systems
Scope of Activities :
The quality of water used in industrial facilities plays a critical role in equipment performance and process efficiency. Our activities include the design of water treatment systems for the production of water required for process water systems, cooling water systems, demineralized water systems, and other industrial applications.
The appropriate treatment technology is selected based on raw water quality, required water specifications, and process requirements. By minimizing scaling, corrosion, and contamination, these solutions contribute to extending equipment service life and improving operational reliability and stability.
2. Desalination
Target:
Supplying high-quality freshwater required for industrial and municipal applications from seawater and brackish water sources.
Applications:
- Industrial desalination plants for power plants, refineries, and mining industries
- Municipal desalination plants for potable water supply
Subsystems:
- Seawater intake
- Pretreatment, including biological treatment, chemical dosing, filtration, and related processes
- Membrane processes (SWRO / BWRO)
- Energy Recovery Devices (ERD)
- Post-treatment (pH and TDS adjustment)
- Brine disposal
Scope of Activities:
Our desalination services cover the study and engineering of desalination systems from preliminary studies through detailed engineering. Depending on feedwater quality and project requirements, the most appropriate solution is selected, and all process units—including seawater intake, pretreatment, membrane systems, energy recovery, post-treatment, and brine management—are designed as an integrated system.
Design considerations include reliability, energy efficiency, product water quality, and ease of operation and maintenance.
3. Wastewater Treatment
Target:
Reducing wastewater pollutants and enabling safe discharge or water reuse.
Applications:
- Power generation industries
- Oil, gas, and petrochemical industries
- Steel, mining, and metal industries
- Food and pharmaceutical industries
- Municipal and sanitary wastewater facilities
Subsystems:
- Equalization systems
- Coagulation / Flocculation
- Dissolved Air Flotation (DAF)
- Clarifiers
- Chemical injection systems
- Biological and membrane bioreactor systems (MBR / MBBR / SBR)
- Oil separation systems (Oil Separator / API / CPI)
- Sludge handling and dewatering systems
Scope of Activities:
Wastewater treatment is a key component of sustainable water resource management and environmental protection. Our activities include the design of industrial and municipal wastewater treatment systems, selection of appropriate technologies for the removal of physical, chemical, and biological contaminants, and achieving the required standards for wastewater discharge or water reuse.
Target contaminants may include TSS, COD, BOD, Oil & Grease, and Heavy Metals.
The proposed treatment solutions are selected according to wastewater characteristics, applicable regulatory requirements, and the operational objectives of each project.
4. Water Reuse and Recycling
Target:
Improving water-use efficiency through the reuse of treated wastewater.
Applications:
- Industrial wastewater
- Municipal wastewater
- Process water
- Utility water
- Cooling water systems
- Landscape irrigation
- Industrial complexes
Subsystems:
- Biological and physicochemical treatment systems (DAF / Coagulation / Flocculation)
- Filtration systems (Dual Media / Disc / UF)
- Chemical injection systems
- Reclaimed water storage and distribution systems
Scope of Activities:
Water reuse is one of the most effective solutions for reducing freshwater withdrawal, lowering water supply costs, and enhancing industrial sustainability.
In this area, appropriate treatment technologies are employed to upgrade treated wastewater to the quality required for reuse in industrial processes, cooling systems, utility applications, or landscape irrigation.
In addition to reducing raw water consumption, this approach contributes to lowering operating costs and environmental impacts.
5. Brine Management
Target:
Sustainable management of brine with the aim of reducing environmental impacts, increasing water recovery, and optimizing resource utilization.
Applications:
- Seawater reverse osmosis desalination (SWRO)
- Brackish water reverse osmosis desalination (BWRO)
- Water reuse systems (Water Reuse / Secondary RO / CCRO)
- Zero Liquid Discharge (ZLD) systems
- Oil, gas, and petrochemical industries
- Power generation industries
- Mining and metal industries
- Chemical and mineral processing industries
- Projects with wastewater discharge restrictions
- Environmental protection and water resource management projects
Subsystems:
- Brine Characterization
- Volume Reduction
- Water Recovery
- Salt & Mineral Recovery
- Deep Well Injection
- Marine Outfall
- Evaporation Pond
- Brine Concentration
Scope of Activities:
Brine generated from desalination processes and certain water treatment systems requires proper management due to its high concentration of salts and other dissolved constituents.
Our activities include brine characterization, evaluation of volume-reduction strategies, optimization of water recovery, recovery of valuable materials, and the design of appropriate disposal or beneficial-use methods based on project-specific conditions.
The proposed solutions consider environmental regulations, site-specific conditions, and economic factors, thereby contributing to the reduction of environmental impacts and sustainable brine management.
6. Zero Liquid Discharge (ZLD)
Target :
Maximizing water recovery and eliminating liquid discharge through near-total water recovery and conversion of residual contaminants into solid waste.
Applications:
- Industries with restricted or prohibited wastewater discharge
- Power generation industries
- Oil, gas, and petrochemical industries
- Mining and mineral processing industries
- Chemical and pharmaceutical industries
- Projects subject to stringent environmental requirements
Subsystems:
- High-Recovery RO systems
- Evaporators (MED / MSF / MVC)
- Crystallizers
- Solid Waste Handling systems
Scope of Activities :
Zero Liquid Discharge (ZLD) is an advanced solution for managing liquid waste streams, designed to eliminate liquid wastewater discharge from a facility.
In a ZLD system, water contained in concentrated streams is recovered through a combination of concentration, evaporation, and crystallization processes, leaving primarily solid residues for further handling and disposal.
This solution enables industries facing water scarcity or stringent environmental requirements to maximize water recovery, reduce freshwater withdrawal, and support the achievement of sustainability and environmental objectives.
Our Projects
