Wirth Research is delighted to share that our founder, Nick Wirth, has authored a feature article for Earth.org: "Air Flow Design is the Quiet Champion of Climate Resilience". In this piece, Nick explores how Computational Fluid Dynamics (CFD)-the same technology that revolutionised Formula One engineering-now plays a pivotal role in designing climate-resilient buildings, cities, and infrastructure.
As Nick highlights, CFD enables us to simulate and optimise how air, water, and heat move through the built environment. This insight is crucial for tackling challenges like urban heat islands, energy inefficiency, and the growing need for climate adaptation. By understanding and controlling air flow, we can reduce reliance on energy-intensive cooling, enhance occupant comfort, and build resilience against extreme weather events.
At Wirth Research, we apply advanced CFD to deliver practical, sustainable solutions for our clients. Our Built Environment services provide detailed wind engineering and microclimate analysis for projects ranging from individual buildings to entire cityscapes. We help clients:
Our Ventilation services use high-resolution CFD modelling to design efficient, natural ventilation systems. These solutions enable:
We tailor our approach to each project, ensuring that ventilation strategies align with both sustainability goals and practical requirements.
Wirth Research’s innovative methods have delivered measurable benefits for clients across commercial, retail, and residential sectors. Our work has been recognised with multiple industry awards and has contributed to landmark projects that set new standards for environmental performance.
To learn how our expertise in air flow design and CFD can support your climate resilience and sustainability objectives, read Nick Wirth’s full article on Earth.org: "Air Flow Design is the Quiet Champion of Climate Resilience".
For more information about our services, visit our Built Environment and Ventilation pages, or contact us to discuss your project requirements.