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Moisture Risk (WUFI)

Hygroscopic modelling in WUFI (Wärme und Feuchte Instationär, which means Heat and Moisture Transient) is a method used to simulate the behaviour of moisture within building materials over time. Hygroscopic modelling in WUFI is a powerful tool that can help to ensure that buildings are designed and constructed to withstand moisture-related challenges over their lifetime.




Case Studies

17th Century Grade II Listed Manor Retrofit

Transforming a 17th-century Grade II listed property to meet the EnerPHit standard. Applying advanced sustainable retrofitting techniques to preserve heritage charm while enhancing energy efficiency.

17th Century Grade II Listed Manor Retrofit

EnerPHit Church Conversion

A locally listed 1870's church retrofitted to EnerPHit standard. Featured on Derelict Rescue TV, Grand Designs Live 2024, and the UK Passivhaus Conference

EnerPHit Church Conversion

Research Hub for Sustainable Retrofit

A phased low energy retrofit serving as Ecospheric's offices and centre for research into sustainable retrofit of listed heritage buildings

Research Hub for Sustainable Retrofit

EnerPHit 1940's era Stone Manor House

A heritage property in South Yorkshire aiming for EnerPHit certified energy performance.

EnerPHit 1940's era Stone Manor House
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