Twin Dynamics provides Healthy Building Platform to offer safer, comfortable and enjoyable place to work.Find Out More x
Twin Dynamics makes buildings healthier and greener by precisely tracking airflow, thermal insights and aerosal transmissions in real-time
Book a DemoOur platform tracks how infectious aerosols, including COVID-19, spread in real-time to recommend office layouts, ventilation strategies and occupancy policies. We also real-time monitor airflow and temperature distribution data from the platform to ensure your spaces are comfortable and productive for occupants.
Buildings account for over 45% of the UK energy use and carbon emissions. By collecting your airflow data, we can help you understand your ventilation efficiency and develop real-time assessments on your building’s environmental impact, which help achieving net-zero targets as per COP26.
Ventilation also accounts for around 30% of heat loss in most commercial buildings. We help building owners and operators develop cost-conscious plans to manage energy usage efficiently while also providing sufficient ventilation for optimum occupant performance.
Our platform tracks how infectious aerosols, including COVID-19, spread in real-time to recommend office layouts, ventilation strategies and occupancy policies. We also real-time monitor airflow and temperature distribution data from the platform to ensure your spaces are comfortable and productive for occupants.
Buildings account for over 45% of the UK energy use and carbon emissions. By collecting your airflow data, we can help you understand your ventilation efficiency and develop real-time assessments on your building’s environmental impact, which help achieving net-zero targets as per COP26.
Ventilation also accounts for around 30% of heat loss in most commercial buildings. We help building owners and operators develop cost-conscious plans to manage energy usage efficiently while also providing sufficient ventilation for optimum occupant performance.
Our patent pending smart building platform integrates with existing building management systems to map centimetre-by-centimetre the airflow, aerosols and thermal data within indoor spaces.
Our easy to use dashboard helps facilities and estate managers clearly see areas of risks within their buildings and provides information to accurately inform occupancy policies, cleaning schedules and office layouts.
We intelligently analyse thousands of data points across each indoor space data from your existing building management systems (BMS), we reduce the need for extra sensors.
Our system is fast to deploy and easy to use. By extracting and analysing data from your existing building management systems (BMS), we reduce the need for extra sensors.
Our platform can integrate with wearables and third-party data sources to allow you to monitor the impact of your building on occupants and other systems.
We intelligently analyse thousands of data points across each indoor space data from your existing building management systems (BMS), we reduce the need for extra sensors.
Our system is fast to deploy and easy to use. By extracting and analysing data from your existing building management systems (BMS), we reduce the need for extra sensors.
Our platform can integrate with wearables and third-party data sources to allow you to monitor the impact of your building on occupants and other systems.
This project combined Computational Fluid Dynamics (CFD) with data-driven Machine Learning (ML) techniques to produce a system that can give detailed, intuitive information about one space in a large complex building.
This project adapted the developed MF-BM technology to predict near real-time airborne disease transmissions including COVID-19 and its predicted settlement locations and particles stranded in the air.
We know the risk of COVID-19 transmission significantly increases in indoor settings. Building ventilation strategies, workplace layout, and occupancy levels all affect the likelihood of COVID-19 transmission in a workplace. This is because respiratory droplets and aerosols travel at different rates in different conditions.
It is known that heavier droplets may travel two metres before settling down. However, the lighter micro-particles (aerosols) tend to be suspended in air for a longer time, thus increasing the risk of exposure.
Our platform models ventilation and aerosol transmission patterns for each individual office, helping you understand the risks associated with their existing layout. This information can also be used to develop strategies on how to optimise ventilation and occupancy in order to minimise transmission.
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