Tandem Engineering Group is pleased to announce a new collaboration with Aeroseal Arabia, a regional leader in duct sealing, envelope sealing, air tightness testing, and indoor air quality solutions. Together, we are strengthening our shared mission to ensure HVAC and building systems operate as intended, from design through installation and real-world performance.
As a multi-disciplinary engineering group with capabilities spanning Structural, Civil, Mechanical, Electrical, Process Engineering, and Energy/Sustainability Modelling and Studies, Tandem brings a broad, integrated approach to building performance. Through this collaboration with Aeroseal Arabia, we are enhancing that offering with advanced HVAC sealing, airtightness testing, and airflow performance solutions, creating a more complete, results-driven workflow for our clients.
This partnership integrates Tandem’s engineering and building performance expertise, including mechanical system design, ventilation analysis, energy auditing, and commissioning, with Aeroseal Arabia’s field-proven sealing technologies and HVAC performance solutions. The result is a coordinated, end-to-end design-to-performance approach that supports the delivery of reliable, efficient, and verifiable system outcomes.
Bridging the Gap Between Design and Actual System Performance
Across the building industry, a persistent challenge remains – ensuring HVAC systems perform in real-world conditions the way they were designed on paper. Variability in installation, uncontrolled air leakage, and system inefficiencies can impact airflow, pressurisation, and overall building performance.
By combining engineering analysis with validated sealing technologies, this collaboration helps close that gap. Clients benefit from a clearer connection among design intent, installation quality, and verified system performance.
Delivering Measurable Outcomes Through an Integrated Approach
Together, Tandem Engineering Group and Aeroseal Arabia provide measurable improvements in HVAC performance through:
Verified airflow and targeted leakage reduction aligned with design intent
Optimised ventilation efficiency for both new and existing facilities
Data-driven validation and reporting for commissioning, retrofits, and ongoing performance monitoring
Improved indoor air quality and occupant comfort through controlled ventilation pathways
Reduced energy waste and enhanced system reliability, supported by engineering analysis and measured results
This combined process allows owners, contractors, and consultants to identify inefficiencies early, implement corrective measures efficiently, and validate HVAC performance with confidence.
Applications Across High-Performance Sectors
This integrated design-to-performance workflow is particularly valuable in environments where HVAC performance is mission-critical, including:
Healthcare facilities requiring proper pressurisation, airflow control, and infection-prevention measures
Manufacturing plants where ventilation impacts safety, process quality, and energy use
Higher education and research institutions, such as labs and specialised academic environments
Commercial and mixed-use developments where comfort, reliability, and operating costs matter
Industrial and technical facilities with demanding environmental, efficiency, or code requirements
About Aeroseal Arabia
Aeroseal Arabia specialises in duct sealing, duct cleaning, envelope sealing, airtightness testing, and indoor air quality inspection across commercial, industrial, and healthcare sectors throughout Saudi Arabia. Using internationally recognised methodologies and patented Aeroseal and AeroBarrier technologies, Aeroseal Arabia delivers immediate, measurable improvements in system efficiency, leakage reduction, and ventilation performance. The company’s services help clients reduce energy waste, improve occupant health and comfort, meet pressurisation and code requirements, and validate building performance with certified testing. Aeroseal Arabia is committed to advancing indoor air quality and supporting the Kingdom’s broader sustainability and energy-efficiency goals.
