As Seen On: internationalfireandsafetyjournal.com November 5, 2025
Armstrong Fluid Technology has supplied a full suite of heating, ventilation and air conditioning (HVAC) pumping systems and pressurisation units for the Grand Egyptian Museum (GEM) in Cairo.
According to the company, the project was delivered in partnership with Gabtic Engineering to provide precise environmental control across the 110,000 m² complex.
Constructed by the BESIX–Orascom Construction Joint Venture, the GEM is described as the world’s largest museum dedicated to a single civilisation.
The facility’s design required systems capable of maintaining stable temperature, air quality and humidity for the long-term preservation of ancient artefacts.
Armstrong said its scope of supply included Primary and Secondary Chilled Water Pumps, Condenser Water Pumps, Hot Water Primary and Secondary Pumps, and both Chilled and Hot Water Pressurisation Units.
Key equipment comprised Design Envelope Sensorless 4300 series and VIL 4300 vertical in-line pumps.
The company explained that these products combine efficient operation, reduced maintenance needs and lower energy use, while also offering compact installation across large-scale HVAC networks.
Kiran Dharwadkar, National Sales Manager in Africa, said: “Our advanced VIL/DE pump technology and Design Envelope solutions were selected for their proven reliability, energy efficiency and seamless integration into complex systems.
“These intelligent systems deliver exceptional hydraulic performance while minimizing footprint and simplifying installation across the museum’s extensive HVAC network.
“With sensorless control, built-in intelligence and minimal maintenance requirements, Armstrong’s solutions ensure consistent comfort, reduced operating costs and long-term sustainability for this landmark facility.”
Qusai Abuabed, Sales Director Türkiye & MEA at Armstrong Fluid Technology, said: “The Grand Egyptian Museum represents not only a cultural milestone for Egypt but also a historic moment in Armstrong’s legacy.
“We are proud to be part of this World Heritage project, contributing our global expertise and advanced technologies to help preserve Egypt’s rich cultural legacy for future generations.”
Hussein El Alfy, CEO of Gabtic Engineering, added: “Partnering with Armstrong on the Grand Egyptian Museum was a defining moment for Gabtic.
“The project demanded uncompromising quality, precision and reliability – values that Armstrong consistently delivers.
“Together, we ensured that every system performed flawlessly to meet the expectations of one of the most significant cultural institutions in the world.”
Armstrong stated that its involvement in the GEM project reflects its wider role in supporting sustainable, intelligent HVAC systems for critical infrastructure projects worldwide.
The company said the project demonstrates how its engineered solutions can provide energy-efficient performance while meeting the environmental requirements of sensitive cultural and heritage environments.
The Grand Egyptian Museum project demonstrates the integration of advanced HVAC systems in high-value facilities where environmental stability is essential for preservation and safety.
For building services engineers and facility managers, Armstrong’s sensorless pump control and pressurisation systems show how precise environmental regulation can protect both human occupants and vulnerable materials.
Mechanical and electrical engineers may note the relevance of these systems for controlling humidity and airflow in large, enclosed public venues where fire safety and air quality overlap.
The project also offers insights for procurement teams evaluating energy-efficient HVAC solutions in cultural, educational or heritage infrastructure with strict environmental requirements.