A BESPOKE SOLUTION THAT MEETS YOUR REQUIREMENTS
INDOOR AIR QUALITY STANDARDS
Rensair designs and develops solutions to meet your needs, be it specialised standards for hospital and healthcare settings (eg Log3 clearance, post AGP particle reduction) or to meet building regulations and certification standards (eg IWBI, LEED, ASHRAE, CIBSE)
ENERGY REDUCTION AND ESG
Build a solution that is designed to last and that will minimise energy consumption. Smart Rensair Demand Controlled Ventilation (SDCV) can work in conjunction with an HVAC system to significantly reduce a building’s energy consumption.
TOOLS
Rensair assesses floor plans, existing ventilation rates and indoor air quality to determine a bespoke solution that uses its patented air purifications. The units are fully independently certified by leading scientific laboratories and by the UK National Health Service Innovation Agency.
CERTIFIED BY LEADING SCIENTIFIC LABORATORIES
CLIENT CASE STUDIES
HEALTHCARE FACILITIES
The UK National Health Service tested Rensair’s bio-efficiency using the Liverpool Bio Validation Protocol, confirming its ability to achieve a 99.9% (Log 3) particle reduction in 34.2 seconds. CFD modelling in an NHS dental suite demonstrated post-AGP Log2 particle reduction in under 2 and a half minutes, independent of where the unit was placed in the room. Rensair air purifiers are used broadly throughout the healthcare sector, including:
Primary Care: general practitioners and dental surgeries
Hospitals: especially in
- General wards
- Respiratory wards including Covid wards
- Spirometry
- Endoscopy
- Radiology
Care homes, hospices and assisted living facilities
OFFICE
OCS, a global Facilities Management company, installed a Rensair indoor air quality solution in their poorly ventilated building when they increased office capacity from 5% to 100%. Rensair calculated an air purification solution for their offices that would achieve CIBSE and WHO IAQ guidelines using Rensair Core units.
High quality air sensors registered a steady rise of CO2 as more employees occupied the building, understandable given the poor ventilation. However the data demonstrated that when the Rensair devices were installed and operated as the occupancy levels rose to 100%, Particulate Matter readings of PM1 and PM2.5 dropped to less than 1mg/m3 and then remained at negligible levels.
EDUCATION
Rensair has installed a Core air purifier in high occupancy, poorly ventilated classrooms (30 students + 1 teacher), together with high quality air sensors. Rensair air purification devices are delivering a third of the WHO guidelines in the classrooms due to limited budgets.
Despite the understandably high levels of CO2 during lessons, given the poor ventilation and high occupancy, the sensors registered negligible Particulate Matter throughout the air testing period, even when background Particulate Matter rose above safety guidelines. The noise generated by the air purifiers was significantly lower than the noise recorded in the room.
PUBLIC SECTOR
Public sector departments own a large variety of poorly ventilated indoor spaces that are occupied by staff fulfilling important functions. Rensair lends its experience in dealing across many different industry verticals, providing good Indoor Air Quality environments that allow full use of all buildings. All solutions are tailor made, meeting health and building guidelines.
Rensair provides very cost effective solutions that are simple to implement and maintain. Furthermore, not only do occupants reap the health benefits of good indoor air quality, but significant energy efficiency gains can be obtained. This results in important reductions of carbon footprints, helping the public sector in achieving its net zero targets.
TRANSPORT
Delos tested the performance of Rensair’s AirBubbl air purifiers in reducing vehicle in-cabin pollution. The results showed a 59% and 54% reduction in Particulate Matter in simulations of light and dense traffic conditions respectively. The Rensair AirBubbl is used by taxis, bus companies and ambulance services to protect drivers and their passengers from air pollution.
