VALUE PROPOSITION
Understand the compelling investment case for PRS
VALUE PROPOSITION
Understand the compelling investment case for PRS
The Case for Investment
There are various elements of performance that ensure investing in PRS technology is a fiscally sound strategy. Here we explore each factor, using our lab and live-site testing, and third-party research, to make the case for investment.
Central to PRS’ value proposition are the five key components featured below. Most client scenarios benefit from at least one of these components and we are happy to discuss options and explore likely outcomes on request.
Despite the differences in building conditions and age, investment returns are typically very compelling, with likely return of capital within 24 months and a return on capital of at least 70%.
Composite IAQ Solution
The PRS IAQ solution not only enhances overall wellbeing but also presents compelling economic advantages throughout diverse operational arenas. It contributes to environmental sustainability through energy savings while safeguarding occupants from airborne pathogens and external pollutants.
In addition to the clear health improvements associated with cleaner air, buildings utilising PRS experience considerable financial benefits, including reduced operating costs, increased occupant productivity, and the potential for carbon tax offsets.
Tenants and landlords alike will derive significant value from PRS performance, whether they are focused on cutting-edge IAQ management or maximising rental yields and property valuations.
Below we summarise the five key factors and provide links to third-party research and related resources.
Reduced Energy Use
Through safely increased air recirculation, reduced energy consumption used for heating, cooling, dehumidifying, etc.
Improved Environmental Sustainability
Lower carbon footprint due to energy efficiency; potential carbon tax offsets and neutralisation support.
Ensured Pathogen Resiliency
Addressing current cross-contamination risks with known airborne pathogen threats and ensuring future threats resiliency.
Higher Economic Productivity
Workforce wellbeing benefits including reduced absenteeism, improved cognitive performance and lower healthcare costs.
Reduced Pollution Exposure
Through higher recirculation levels, reduced reliance on polluted external air and lower exposure to noxious gases and harmful particulates.
References & Useful Resources
CLICK HERE to find third-party research articles and studies.
Reduced Energy Use
Through safely increased air recirculation, reduced energy consumption used for heating, cooling, dehumidifying, etc.
Improved Environmental Sustainability
Lower carbon footprint due to energy efficiency; potential carbon tax offsets and neutralisation support.
Ensured Pathogen Resiliency
Addressing current cross-contamination risks with known airborne pathogen threats and ensuring future threats resiliency.
Higher Economic Productivity
Workforce wellbeing benefits including reduced absenteeism, improved cognitive performance and lower healthcare costs.
Reduced Pollution Exposure
Through higher recirculation levels, reduced reliance on polluted external air and lower exposure to noxious gases and harmful particulates.
References & Useful Resources
CLICK HERE to find third-party research articles and studies.
“I am honored to be joining the PRS Advisory Board at a time when reduced energy consumption and improved air quality are the watchwords for mitigating climate change and improving human health. Our shared goal is to accelerate the path for people-first places that can support the health of millions of people now, and in the future. It’s an exciting time.”
Advisory Board Member
Ann Marie Aguilar
Senior Vice President
International WELL Building Institute (IWBI)
PRS Reports
PRS Case Study
PRS for Healthcare
PRS Technical Information
PRS Detailed FAQs
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TRANSFORMING INDOOR AIR QUALITY
& ENERGY EFFICIENCY WORLDWIDE
TRANSFORMING INDOOR AIR QUALITY & ENERGY EFFICIENCY WORLDWIDE
Improved Environmental Sustainability
Lower carbon footprint due to energy efficiency; potential carbon tax offsets and neutralisation support.
Lower carbon footprint due to energy efficiency; potential carbon tax offsets and neutralisation support.
Ensured Pathogen Resiliency
Addressing current cross-contamination risks with known airborne pathogen threats and ensuring future threats resiliency.
Reduced Pollution Exposure
Through higher recirculation levels, reduced reliance on polluted external air and lower exposure to noxious gases and harmful particulates.
Through higher recirculation levels, reduced reliance on polluted external air and lower exposure to noxious gases and harmful particulates.
Through higher recirculation levels, reduced reliance on polluted external air and lower exposure to noxious gases and harmful particulates.
Reduced Energy Use
Through safely increased air recirculation, reduced energy consumption used for heating, cooling, dehumidifying, etc.
Improved Environmental Sustainability
Lower carbon footprint due to energy efficiency; potential carbon tax offsets and neutralisation support.
Ensured Pathogen Resiliency
Addressing current cross-contamination risks with known airborne pathogen threats and ensuring future threats resiliency.
Higher Economic Productivity
Workforce wellbeing benefits including reduced absenteeism, improved cognitive performance and lower healthcare costs.
Reduced Pollution Exposure
Through higher recirculation levels, reduced reliance on polluted external air and lower exposure to noxious gases and harmful particulates.