It is relatively easy to imagine a fully sustainable product, one that has no negative impact on the environment or the social condition. So why does no fully sustainable product exist yet? The answer lies in the most crucial aspect of innovation that people usually forget: people.
Innovation is not an activity that happens in the absence of human beings. It's created by human beings, and more importantly, for human beings. And it is the human element that we most often forget. In order for an innovation to truly be innovative, people must use it. A lot of people. Nothing is more frustrating than to hear a product being called innovative that only a few privileged people can use. That's not innovation, that's obscurity. Technology or creativity are not the most important components of innovation, adoption is.
Consider two ideas that have been brought to market in the world of cleaning products and what they teach us about how innovation creates change. The first idea is the refill station. This is currently being tested at Asda stores in the U.K., and has been attempted at a number of times over the last decade at natural grocers in the States. The idea is simple: After you've used up your cleaner, you bring in the empty trigger sprayer bottle, scan the barcode and, like the push-button coffee machine that fills your cup with the cappuccino or latte you ordered, it refills your existing bottle with the same cleaner you bought before. You get a refill without buying another bottle or trigger, or having to ship a bunch of water around. Seems like a no-brainer.
Another idea is the concentrated "fill yourself" model. Here you are sold an empty bottle with an additional small bottle of concentrate that you pour in, add water, and shake up to make a full bottle of cleaner.
Neither the fill yourself or refill station models have yet to reach beyond a tiny market niche. The reason they haven't worked is not because they weren't cool or green. In fact, they're both. These ideas haven't worked because they weren't designed with adoption in mind.
How many times have you forgotten your reusable shopping bags when you make a trip to the store? Now imagine having to remember to throw your empty bottle of bathroom cleaner in the back of the car too. And say you just got to the store and remembered you're out of cleaner. What are you going to do? Filling your own cleaning product at home seems like a good idea until you realize its work and it makes you doubt whether the product will be effective. These ideas haven't worked because, while interesting, they make it harder, not easier, to do the sustainable thing. In a category like cleaning that people try to think about as little as possible, this is the kiss of death.
The best innovations are self-educating. Their designs make it obvious that the behavior change required will make life better. Method has had tremendous success with its line of refill pouches because the benefit of the product, and how to use it simultaneously, is clear to consumers.
The important thing about this refill pouch product is not so much its sustainability benefits. While it creates an admirable 80 percent reduction in plastic use, one could point out that a refill station does this and also saves on the transport of water.
The important thing is that we have gotten a large group of people off of the habit of buying a new bottle and trigger every time they run out of cleaner. That change of habit allows us to innovate again. Maybe it will allow us to develop a concentrate or refill-at-shelf format that is incrementally more sustainable and adoptable. When we do, we will focus our efforts on solving the convenience issues so that the format is not asking for more effort from the consumer, but rather, making it easier and more delightful to use.
The fascinating part about this phenomenon of serial innovation is that it includes and is dependent on people — and it is exactly these small, intermediary steps that become the steady march toward a more sustainable future. The pundits and dilettantes will stand on the sidelines and critique the market, saying that we need more demonstrably sustainable products and we need people to realize they must use them. But they miss the point. Until someone wants to use something, really wants to, change cannot be created.
For the designer, it means adoption must be built into the product brief. It also means that the designer must get comfortable with the fundamental paradox of sustainable product design: The fastest path to a sustainable endpoint is a less sustainable midpoint.
This article originally appeared on The Huffington Post and is reprinted with permission.














Adam, I greatly appreciate
Adam, I greatly appreciate this wonderful piece of thinking and writing. Not sure how I missed it for so long. You are pointing to the most often missed link in creating a healthier a planet and society. That is the need for education and an understanding of how change works. It is not about the next design alone, although design matters. It includes the development of capacity to think differently and see the impact of our behavior and decisions. It is why i speak of the importance of building critical thinking skills and personal development into work systems inside of organization and into contracts with suppliers and contractors. Also into work in the community and with investors. WE do not change without education and mental shifts in perspective.
I agree with pretty much everything you offer although I see a need to extend the idea a bit further in scope and domain (e.g.into the org and supply relationships. The only strong disagreement I have is the idea that sustainability is even the objective which is defined by you and others as creating with less harm and ultimate no harm, as you say. But that is an incomplete way to innovate. We needs ways of thinking and design that has every product or process, transport mechanism, and effect IMPROVE the planet and society. For example, what is inside the bottle can be made to regenerate the health of water ways and life along them, not just avoid harming them. But this means understanding how "Lifesheds" work (must go beyond water sheds) and design for their ability to evolve and regenerate themselves.
I know that this is an even a bigger stretch at the moment than you are even pointing to, as a huge challenge. I want us to hold it as the real aim, however, and not less harm.
For more information on a system to create such innovation, my new book will be released March 15, The Responsible Business: Reimagining Sustainability and Success, Jossey Bass. Thanks for the great piece.
Thanks for the reminder on
Thanks for the reminder on the paradox of sustainable design! We're finding the same true in regards to the B2B market we are building for waste and recyclables.
We're always psyched to help companies get to zero waste, but alot of times the incremental step is just helping them manage their recyclables better / easier / more profitably. That step frees up their time and makes it easier for them to imagine going deeper into their dumpster to turn waste into a resource.
Some days that feels less ambitious - until we realize that the two are connected.
@BrookeBF from @RecycleMatch
I have actually found the
I have actually found the question of why no fully sustainable product exist yet indicative of the misconception of what sustainability is, which is most likely a result of poor definition. No one would argue that any product (or a service to this matter) contains materials, requires and consumes energy, occupies space and time of its user, can break, malfunction, etc. Since all of these parameters associated with expenditure of the resources can be improved, sustainability is rather a journey than a destination. By the way, we have not discussed other potentially significant impacts of any product on its Environment such as safety, security, pollution, and so on, which is why a FULLY sustainable product CANNOT exist in principle. In other words, give me ANY product that is believed to be perfect, and I will make it even better from the sustainability point of view.
Best regards,
Greg
It's certainly difficult to
It's certainly difficult to make a product that is 100% sustainable. I make a hemp soap & shampoo bar that is 82% organic, but the ingredients come from elsewhere & I use a small amount of electricity to produce it. So it's a trade-off. It replaces expensive & toxic soap, shampoo & conditioner that use much more energy. For the life of me, I don't know why the corporations couldn't make the same product!
As for cleaning products, if everybody would simply use vinegar, baking soda, etc., we would need to buy only dish & laundry soap (and those can be made if you start with a bar or liquid pure castile soap).
100% sustainable? Not possible, even in caveman days. Killing that woolly mammoth & scraping & cutting-up & cooking meant one less mammoth, less flint, less firewood, etc.
Violating Physics? Your post
Violating Physics?
Your post starts with a physical impossibility "It is relatively easy to imagine a fully sustainable product, one that has no negative impact on the environment or the social condition. So why does no fully sustainable product exist yet?"
Its called entropy. Every process creates waste energy and therefore there is no such thing as a "fully sustainable product". This is just a slogan. See Sustainability is Sustainable http://hallingblog.wordpress.com/wp-admin/post.php?post=1113&action=edit
What is needed is a rational discussion that does not violate the laws of physics on green products.
This article makes a great
This article makes a great point about people. We are the agents of our destruction when it comes to wastefulness. I have seen a lot of people who will leave their house for an hour or so at night and leave their lights on; I'll be the first to admit I do this all the time, sometimes on purpose and sometimes by accident.
But think about this, the price per 1000 lumens fell from $429 (in 1992 money) to $00.12 (also in 1992 money) from 1800 to 1992. Would someone in 1800 waste energy on light the way we do today? Yes, our light is more efficient now, but the point is that we pay less attention to how we use and waste it than we did when it was more expensive. This is the dark side of cheap goods: we lose our awareness.
The decreases in the price of lighting a house, office or street have significantly, but gradually decreased over the last two centuries, behind innovations. Sustainability initiatives will have to take the same path. Similar to building electrical infrastructure in our cities we have to build a sustainability infrastructure in our minds and habits. Nothing difficult, and in many cases expensive, happens in a heartbeat, even if it has too. It takes time and people have to be offered the right incentives incrementally.
The piece has substance, My
The piece has substance,
My own personal take is that you have to make it easier for consumers to use an alternative greener product or solution, for consumers to migrate there is two simple criteria..
1) the product must be cheaper than the less green alternative which means manufacturers biting the bullet on launch costs, not very likely unless the product has guaranteed long term saleability,
2) the product or alternative has to be easier to use than the alternative brands, many products have taken over Market positions purely on the basis that instead of the consumer having to go from A to B to C, they cut out the B allowing a jump from A to C, simply put if you could boil water via your tap then kettles would be obsolete,
The first criteria usually comes out more expensive than the Market leader therefore usually fails, the second criteria because of it's time saving factor can almost all of the time be more expensive because it saves the most valuable of human commodities...time.