Smartwashing in the Built Environment - How to spot it and how to stop it
We’ve all heard of greenwashing - when a company or product conveys the impression of being environmentally friendly and sustainable when in reality they aren’t. Greenwashing is a harmful marketing tactic because it misleads consumers who have the intention of making sustainable choices (i.e., being part of the solution, not part of the problem) and ultimately hinders progress towards sustainability targets - both personal targets and broader ones.
Would it surprise you to know that greenwashing is also prevalent in the built environment industry? If you’ve been to a real estate or construction event or conference in the past decade, you’ve noticed that every product, every company, every service is more and more touting their environmental benefits. And while the industry is moving in the direction of being more sustainable, there’s still a long way to go and progress is far too slow for such an impactful industry. How truly sustainable can the industry be when the operation of buildings is still responsible for 30% of global energy-consumption and 27% of energy-related CO2 emissions?
It is frustrating that in the built environment industry many claims of sustainability in buildings are still vague at best and haven’t been proven in the real world, i.e., measured against a baseline with proper scientific rigor. A good example of this is the so-called energy performance gap in buildings - where the energy consumption that was predicted during the building’s design differs from the actual energy use when the building is in operation - often that the energy use in operation is much higher than predicted in design. If there is no proof of sustainability gains to match the claims, that’s textbook greenwashing.
“Smartwashing”
Making buildings more sustainable (and actually quantifying the sustainability impacts) during the operation phase can, in large part, be addressed with smart building solutions. However, “smartwashing” is also becoming a trend in the industry. Smart technologies in buildings, when implemented correctly, can have a significant benefit on the social, environmental and economic impacts of a building. This is why there is a trend towards increasing claims of “smartness” from many actors in the built environment industry. Smart is a buzzword right now and many companies are claiming that they, their products, their services are “smart” with no proof and, in fact, no standard definition of “smart” in the industry to determine what is truly smart and what is not.
Definition of a Smart Building
So here is a definition:
Smart building is a constantly evolving practice of implementing, using and optimizing infrastructure to learn about and improve function, service, performance and utility of the built environment. According to the Smart Building Collective, a global community of industries working with the smart building space and the company behind the Smart Building Certification, a smart building refers to the application of data to drive autonomous controls or building automation (that brings the intelligence), through integrated design which connects systems and processes to deliver improved health, wellness, human performance, comfort, efficiency, safety and security.
The key here is that it’s not the technology itself, nor the data collected, that makes a building smart. What makes a building smart is how that data and technology is used to make improvements. By responding to data from a sensor (e.g., a measured CO2 concentration of 1500 ppm in a room), the building system can warn of potentially harmful air quality and respond appropriately and efficiently (e.g., increasing ventilation to that space until the CO2 concentration has dropped to 600 ppm).
Bottom Line: We Need Proof
As with sustainability claims, smartness claims for buildings should be verified in a systematic and proven way. If there is no proof of smartness to match the claims, that’s smartwashing.
For starters, a Smart Building Certification can assess the level of smartness of a building based on key areas, including indoor environmental quality, safety and security. It is important to recognize that all smart buildings are different and can’t be evaluated appropriately with a simple checklist - especially for such a new trend where best practices and new lessons are constantly being learned as smarter and smarter buildings are being designed and constructed. Evaluation of the smartness of buildings must be flexible and rooted in science, an approach that Smart Building Certification adopts.
Also, it’s one thing to evaluate the smartness of a building during the design phase of new buildings but how smartly the building performs during actual operation should also be measured. Remember the energy performance gap? It is entirely feasible that there could also be smart performance gaps in buildings due to various reasons - poorly place sensors, malfunctioning equipment and improper setpoints are a few that come to mind.
The Opportunity
Given the relatively new trend of smart buildings, what we have here is an opportunity. It is absolutely crucial that proper follow up, monitoring and research be done in a collaborative and interdisciplinary way to assess the actual smartness and the impacts of different smart technologies and practices on a building’s performance - environmental, social and economic. Anything less is misleading and, by definition, smartwashing.
References
IEA, 2021. Buildings Tracking Report September 2022. https://www.iea.org/reports/buildings
The Carbon Trust, 2012. Closing the gap – lessons learned on realising the potential of low carbon building design.
Green Business Bureau, 2021. The Seven Sins of Greenwashing. https://greenbusinessbureau.com/green-practices/the-seven-sins-of-greenwashing/
Nelson et al. 2022. The Future of Work, Workplaces and Smart Buildings. 1st ACM International Workshop on the Future of Work, Workplaces and Smart Buildings.
Franco, A. and Leccese, F. 2020. Measurement of CO2 concentration for occupancy estimation in educational buildings with energy efficiency purposes. Journal of Building Engineering, 32: 101714.
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