Aurashu Supports Basra 650 MW Combined-Cycle Expansion Project with High-Performance HVAC Systems

Basra, located in southern Iraq, is a key energy hub in the region. The Basra 650 MW Combined Cycle Expansion Project represents a major expansion of the existing power generation infrastructure. The project aims to add a 650 MW gas turbine combined cycle unit to increase the power plant's generating capacity, improve efficiency, reduce emissions, and support regional grid stability. As part of the power plant's auxiliary facilities, the HVAC systems for the turbine building, generator room, control room, auxiliary equipment areas, and administrative facilities must meet stringent requirements for reliability, climate control, equipment protection, and indoor occupant comfort in a hot, humid, and corrosive environment.

Aurashu was honored to be selected as the HVAC system supplier and integrator for key areas of this expansion project, providing customized air conditioning, ventilation, and control equipment to support power plant operations, equipment lifespan, and indoor operating conditions.

   ●  Large, heavy industrial equipment environments: Turbine rooms, generator rooms, and auxiliary equipment rooms contain large rotating machinery and heat-absorbing surfaces, placing high demands on ventilation and cooling. The HVAC design must be integrated with the power plant's thermal management strategy.

   ●  Stringent reliability and maintenance requirements: Power plants operate 24/7, and any HVAC failure could impact equipment performance or personnel safety. The system must be highly durable, redundant, and easily maintainable.

   ●  Corrosion risks and harsh environments: Coastal and desert conditions present an increased risk of corrosion. HVAC equipment must be rugged and suitable for industrial environments.

   ●  High-efficiency industrial chillers and air-cooled modular chillers: Designed specifically for the turbine and auxiliary machinery rooms, they feature high COP and rugged components, effectively removing large heat loads and adapting to the hot climate.

   ●  Industrial air handling units (AHUs) and ventilation systems: Designed specifically for the generator room, control room, and administrative areas, they include corrosion-resistant materials, large fresh air intake, humidity control, and dust removal.

   ●  Flexible fan coil units and terminal units for supporting offices and operating rooms: Ensure comfortable living and efficient zoning for administrative and employee spaces within the plant.

   ●  Intelligent control and remote monitoring platform: Integrates with the plant's BMS (Building/Facility Management System) to enable real-time equipment monitoring, predictive maintenance alerts, energy consumption analysis, and lifecycle management.

          ●  The equipment has been carefully selected and tested to withstand high ambient temperatures and heavy industrial loads, ensuring stable performance.

          ●  Compared to traditional industrial systems, the overall HVAC system energy savings are expected to reduce annual operating costs by approximately 20-30% (based on design specifications).

          ●  Corrosion-resistant coatings and industrial-grade components are designed for desert and coastal environments.

Integrated IoT sensors and remote diagnostics provide full lifecycle support, minimizing downtime.