Design & supply
Complete system design and equipment supply for the 100 m³/h EDI installation.
Home / Project experience / Al Quds EDI
PROJECT REFERENCE / IRAQ / POWER GENERATION
Al Quds Thermal Plant.
100 m³/h EDI system.
Industrial demineralization.
From system design to startup.
YORA Solutions delivered an electrodeionization system at Al Quds Thermal Plant in Iraq, in partnership with MAHAM Contracting & Engineering Services.
Explore our delivery scope ↓
PROJECT AT A GLANCE
High-purity water.
Industrial-scale delivery.
The project brings together system engineering, equipment supply and on-site execution for the power sector.
- Nominal capacity
- 100 m³/h100,000 litres per hour
- Application
- Power generationIndustrial demineralization
- Location
- IraqAl Quds Thermal Plant
Project partnershipYORA Solutions + MAHAM Contracting & Engineering Services
EDI stacksVeolia
COMPLETE PROJECT DELIVERY
Design and supply.
Installation and startup.
YORA’s scope covered complete system design, equipment supply, integration, installation, commissioning and startup, delivered in partnership with MAHAM.
Integration & installation
Integration and installation within the plant’s water-treatment infrastructure.
Commissioning & startup
Commissioning and startup of the integrated EDI system.
THE POWER-SECTOR APPLICATION
Demineralization for
plant water systems.
High-purity makeup water limits the introduction of dissolved salts and silica into steam and boiler circuits. EDI supports water-quality control by removing residual ionic impurities from the feedwater.
The Al Quds installation demonstrates YORA’s experience in bringing industrial water-treatment equipment together with the engineering and site services needed for project delivery.
HOW EDI WORKS
Continuous ionic removal.
Separate water streams.
Electrodeionization combines ion-exchange resins, ion-selective membranes and a direct-current electric field to remove dissolved ionic impurities.
INLET
Feedwater
Water entering the
EDI stage
DC ELECTRICAL INPUT
EDI stacks
Resins + selective membranes
Continuous ion transfer
PRODUCT
Demineralized water
Treated water leaves
the dilute compartments
Concentrate stream
Removed ions leave through a separate water circuit.
Ion separation
The electric field moves dissolved ions across selective membranes into concentrate compartments. A separate water stream carries those ions out of the system.
Continuous resin regeneration
Hydrogen and hydroxide ions generated within the process regenerate the resin during operation, avoiding routine acid or caustic resin-regeneration cycles.
Coordinated operation
Balanced flow distribution and controlled electrical loading support ion removal across multiple modules. Flow, pressure, current and product conductivity or resistivity are key operating measurements.
Technology reference: Veolia EDI stacks ↗
PROJECT PARTNERSHIP
Engineering expertise.
On-site coordination.
Delivered by YORA Solutions in partnership with MAHAM Contracting & Engineering Services, the project combined system engineering with installation, commissioning and startup.
Veolia EDI stacks form part of the installation. The photographs show the project equipment and site activities.
Explore YORA’s project services →
DISCUSS YOUR NEXT PROJECT
Planning an industrial
water-treatment system?
Share your required flow, feedwater analysis, product-water requirements and site constraints with YORA.
Discuss your project