AQDV is the first and only IAQ-driven system to actively clean your air. This means that buildings with AQDV installed need to introduce fresh air less frequently, therefore improving energy-efficiency. 

Additionally, AQDV uses a suite of professional-grade components such as filters, bipolar ionisation, and UV coils, as well as high-quality fans to ensure the longevity of the air handling unit.

AQDV is designed for non-residential buildings currently, with larger spaces like schools and offices in mind. However, the technology can be used to improve the air quality in any space, including residential spaces, so get in contact with us if you have any queries.

If you'd like to know specifically how AQDV might improve the air quality within your space, reach out to us and we can model and report the potential improvements.

Upon purchase, we install the units ourselves to ensure everything is set up properly.

Depending on your choice, we either integrate AQDV into your existing AHU, or we install a bespoke unit. We also position air quality monitors in certain areas and link these up to the online platform so you can always stay in the loop with your air quality.

AQDV actively cleans the air to keep it safe for people to breathe. Legislation such as COSHH, Building Regulations (Part F), Health & Safety at Work Act 1974, and even guidance from CIBSE or BESA.

Healthy buildings certifications, like BREEAM, WELL, or Fitwel all require air quality to be considered in the building's design, and AQDV can deliver the clean air that these certifications require.

We model every building in the industry standard software IES Virtual Environment (IES VE) before installing AQDV to ensure it will have a great enough impact on the air quality within the space. Through this modelling process, we can ascertain predictions about temperature, humidity, CO2 levels, and more. This means that we know the expected benefits before even beginning installation work.

AQDV is for anyone interested in improving their air quality in non-residential spaces.

• People: Reduce exposure to toxic air in non-residential buildings, improving health
• Building designers: Sustainability engineers comply with net zero design requirements
• Building operators: Comply with EPC net zero requirements in existing buildings