Al-Jahra Mosque HVAC Installation Project

Explore Our HVAC Expertise At Al-Jahra Mosque. High-capacity 62-ton COOLEX Systems Designed To Beat The Heat With Silent, Durable Performance.

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Client Name الهيئة الهندسية لوزارة الأوقاف
Project Value -
date 2026-03-07

Based on the rigorous engineering standards required for the Al-Jahra Mosque project, our company spearheaded the supply and installation of an advanced central air conditioning system with a total cooling capacity of 62 Tons. Our role focused on transforming engineering blueprints into a tangible reality by selecting and installing a DX Package (DX PKG) system, ensuring a cool and serene indoor environment tailored for places of worship while withstanding harsh climatic conditions.

Execution Methodology

Our execution strategy prioritized sustainable performance and ease of future maintenance through the following phases:

  • Structural & Spatial Analysis: We analyzed the mosque’s structural layout to determine optimal ducting routes, ensuring uniform cooling distribution across the main prayer halls and facilities.

  • Mechanical Preparation: This involved constructing specialized concrete and steel vibration-isolation bases on the roof to ensure the units operate with maximum silence.

  • Installation of COOLEX Units: We installed the COOLEX units and integrated them with the internal distribution network using high-quality thermal insulation to minimize energy consumption and prevent thermal loss.

  • Testing & Commissioning: We conducted comprehensive air pressure and flow balance tests to ensure the system reached its maximum cooling efficiency (62 Tons) immediately upon operation.

Technical Project Specifications

  • Location: Al-Jahra Area.
  • System Type: DX Package System (DX PKG).
  • Brand: COOLEX.
  • Total Capacity: 62 Tons.
  • Design Consultant: Osama Al-Sadi Engineering Consultants.

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Project Solution

?Why is engineering duct design essential before installation

To ensure uniform cooling in every corner, facilitate future maintenance, and avoid conflicts with the building's structural or electrical systems