Applied
Research & Design.
Continuous learning and applied research are at the core of what we do. By staying at the forefront of building science, we provide clients with evidence-based solutions.
We undertake rigorous applied research and development to advance the efficiency, performance, and sustainability of building systems. Our work spans heat transfer, thermo-fluids, heat exchangers, HVAC systems, and energy recovery technologies, delivering innovative, evidence-based solutions that optimise energy use, thermal performance, and occupant comfort.
This research is led by our director, a PhD-qualified expert in thermo-fluids, ensuring that every project benefits from cutting-edge scientific knowledge and methodological rigour. Working at the intersection of fundamental science and engineering practice, we translate advanced thermo-fluid principles into practical strategies that are technically robust, actionable, and aligned with sustainability and compliance goals.
Our Approach
- Controlled experimental studies to investigate real-world system performance.
- Numerical simulations to explore complex heat transfer and fluid dynamics phenomena.
- Performance validation in operational settings to ensure practical applicability.
Key Areas of Research
Heat Exchanger Performance
Optimisation of plate, coil, rotary, and run-around systems for energy recovery and HVAC efficiency.
Advanced Heat Transfer Analysis
Experimental and computational investigation of convective, conductive, and coupled heat transfer in building systems.
Energy Recovery & Efficiency
Development and validation of innovative strategies and solutions to reduce energy use and carbon footprint.
System Integration & Modelling
Assessment of interactions between HVAC, ventilation, and passive systems to deliver holistic building performance.
Fabric Performance Benchmarking
Airtightness Excellence
Decarbonisation Targets