Case Studies

Social Housing

Leading British ventilation manufacturer, Vent-Axia has helped Hillingdon Council decarbonise its social housing properties by providing energy efficient heat recovery ventilation for residents’ homes. Beginning in February 2022, in the first phase of upgrades, heat recovery ventilation was installed in 150 properties

Social Housing

Almond Housing Association is the second largest landlord in West Lothian with a stock of over 2,500 properties. When the Housing Association was looking for energy efficient upgrades of existing ventilation in 32 of its properties in Laurel Grove, Livingston, West Lothian, it turned to Vent-Axia's Heat Recovery Retrofit Solution.

Social Housing

A PureAir Home from leading British ventilation manufacturer Vent-Axia has solved the problem of condensation for a couple in Shropshire.

New Build

Housebuilder Castle Green Homes has selected Vent-Axia’s decentralised mechanical extract ventilation (dMEV) units to be installed in its homes as its chosen solution to meet the amended Part F (Means of Ventilation) and Part L (Conservation of Fuel & Power) of the Building Regulations. Vent-Axia is supplying its highly efficient Lo-Carbon NBR dMEV C units to be installed in 500 homes a year, across North Wales and the North West of England. The aim is to ensure homes have good indoor air quality to help protect homeowners’ health and meet the new airflow rates set out in Part F.

New Build

Designed to provide privacy, space, luxury and comfort the property spans four floors, with five Vent-Axia Sentinel Kinetic High Flow Mechanical Ventilation with Heat Recovery (MVHR) units, providing ventilation for this extensive project. Featuring a cinema, a basement swimming pool with spa and sauna, a golf simulation room and a fully equipped fitness suite as well as a separate studio flat for guests, all of which will benefit from quiet, energy efficient, effective ventilation.

Social Housing

Near-silent, continuous running ventilation from Vent-Axia, the market leader in low carbon ventilation, is helping one housing association in the West Country make across the board improvements to its tenanted housing stock. Vent-Axia’s ground-breaking Lo-Carbon™ Centra and Quadra fans, combined with Freshvent 100 natural ventilation technology, are enabling the Magna West Somerset Housing Association to make dramatic savings on maintenance costs, cut carbon emissions and simplify product specification and installation whilst improving living conditions and reducing fuel bills for tenants.

New Build

Vent-Axia has supplied a Lo-Carbon Sentinel Kinetic High Flow Mechanical Ventilation with Heat Recovery (MVHR) unit to a 3,000sq ft. self-build smart home in County Down, Northern Ireland.

Social Housing

Vent-Axia’s ground-breaking Lo-Carbon™ Centra and Quadra fans have helped improve the indoor air quality for residents at a block of flats. The flats known as Spencerbeck are located in the Ormesby area of Middlesbrough. They were refurbished by Coast & Country as part of the Decent Homes programme.

New Build

Vent-Axia has supplied ventilation to the impressive Clippers Quay in Salford. Vent-Axia ventilation systems were specified to provide good indoor air quality for all 614 apartments. The largest build to rent development outside London, the scheme comprises 614 apartments and is set to be home to more than 1,200 residents and seven new retail businesses. One of the UK’s largest providers of MEP services, HE Simm, specified and installed the ventilation for Grainger plc, the UK’s largest listed professional landlord, who owns and manages the property. 

Social Housing

Vent-Axia has always known its fans are second to none in performance and quality and now the company has support from MITIE’s Property Services business in its claim. Over the last 18 months, approximately 1,800 of Vent-Axia’s dMEV (decentralized Mechanical Extract Ventilation) Lo-Carbon Centra fans have been installed on a far-reaching refurbishment project for housing provider, A2Dominion, earning a ringing endorsement from MITIE.