Biomimicry: a “trend” of the last 250,000 years

Biomimicry—from the Greek, bios, meaning “life”, and mimesis, meaning “to imitate”, is an emerging discipline with an ancient practice. Since humans first wandered the plains of Africa a quarter of a million years ago, we have turned toward our fellow planet mates for guidance on how to live well in the places we inhabited. Throughout the millennia, nature has offered lessons learned for the borrowing. Yet, the rise of the industrial revolution yielded a shift from nature as mentor to nature as resource, the consequences of which have both led to the complete colonization of the planet by Homo sapiens, and significant indications that this wholesale strategy may not be in our or the planet’s best long-term interest.

Bringing i2® to another level, Kaleidoscope takes inspiration from the serendipitous pattern of a multicolored, leaf-strewn forest floor and allows random mixing of i2 tiles in four colors to create a unique look every time. Designed to be installed in any order, the tiles comprise a highly efficient and sustainable system that further enhances selective replacement capabilities.

Over the last 15 years, curious designers and innovators of all walks of life have been revisiting the inspiration and guidance from the time-tested strategies of the other 30 million species on Earth. We recognize biomimicry today as the conscious emulation of nature’s genius. Media is filled with amazing, hopeful stories from around the world of how designers, engineers, entrepreneurs, and biologists are asking nature for solutions to some of the world’s most critical sustainable design challenges. Through careful emulation of biological strategies, the wisdom of the planet is changing everything from the way we create color, communicate, and package and transport goods, to maintaining health, designing cites, and growing food. Inspiration from the smallest of organisms like termites and bees and sponges are changing the way we design buildings, manage traffic, and improve ventilation. While whales are teaching us to better harness wind, forests teach us how to manage industrial systems, and lessons from deep sea vents are transforming energy production.

Inspired by the principles of photosynthesis and the growth patterns of ivy, Sustainably Minded Interactive Technology devised a means of applying photovoltaic technology to vertical spaces in an aesthetic way. Solar Ivy is a customizable, non-toxic and completely recyclable modular system that brings a technology traditionally restricted to rooftops to almost any architectural surface.

By reconnecting nature with what it means to be human, our opportunities for fostering a world mentored and empowered by nature’s genius abound. And this potential lives within all of us. The next opportunity you have to spend time in nature, don’t forget to ask, “how would nature solve this?” Her answers might just create the foundation of your next brilliant and sustainable innovation.

For more information about biomimicry and the trainings and certifications that Biomimicry 3.8 offers, visit www.biomimicry.net

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Jennifer Busch

Faster, Cheaper…Better

Good design is increasingly critical to good healthcare

If the healthcare sector routinely exists at the center of multiple, sometimes opposing forces, today it is being pulled in more—and more complex—directions than ever before, all of which have some influence on the design of medical facilities.

Let’s start with the obvious—the economy. If the healthcare sector did not experience the kind of cataclysmic downturn suffered by other sectors, it’s only because profitability margins in healthcare have been trending downward for years, even as the cost of medical care to the patient continues to rise. The demand for state of the art healthcare and healthcare facilities is increasing as the Baby Boomer generation ages, yet the available capital funds necessary to build and renovate have been significantly curtailed by a loss of investment income. Uncertainty around President Obama’s healthcare reform act, which is being contested in the Supreme Court as I write this, makes long term planning difficult. And by the way, the patient at the center of all this is an increasingly sophisticated consumer, so the competition among healthcare providers to attract and retain the best medical professionals, and provide the best care in the best facilities, is fierce.

Northwest Community Hospital South Pavilion, Arlington Heights, IL, designed by Cannon Design; Photography by Christopher Barrett

Adding to the complexity is the broader role of healthcare facilities in our built environment. “These projects are so large, touch so much of the urban fabric, involve so many people, and are so expensive, that they must be treated as the major civic structures they are,” says Randy Guillot, Design Principal at Cannon Design in Chicago. Gone are the days when creating healthcare environments involved little more than designing to code. “The quality of design in these buildings is really high,” notes Guillot, “and talented designers are bringing the latest design tools to bear, not just on the design, but on the functional areas as well.

All this makes the role of the healthcare architect and interior designer more challenging—and more critical—than ever before.

What is the design response to the many social, economic, political, demographic, and technological trends tugging at the healthcare sector? “The value proposition is better, faster, cheaper,” says Jeffrey Stouffer, Principal at HKS Architects in Dallas. The “faster” part increasingly is being addressed with lean project delivery, a risk/reward equation whereby owner, developer (third party developers, once an anomaly, are increasingly common in the healthcare sector), architect, and contractor all share the responsibility for cutting out waste in the design process and delivering the most operationally efficient facility possible—a better, more functional facility.

“The premise is that if you do it better, it will also be cheaper,” Stouffer adds.

Some examples of “better” design in healthcare, he says, include improved functional adjacencies for ideal operational flow and improved delivery of care in a reduced amount of space, shorter foot travel distances for caregivers on the job, a reduction in supply waste, and the introduction of sustainability measures that reduce long term operational costs.

Integris Health, Edmond, OK, designed by HKS; Photography by Blake Marvin

Ultimate flexibility is also key to long term operational efficiency, so the universal patient room, which is scalable and adapts to alternate uses, is increasingly favored in the design of acute care facilities. Otherwise, patient rooms are designed to accommodate family members around the clock as much as patients, and in some cases—especially in pediatrics—family members are encouraged to take an active role in the care of the patient. This provides psychological benefits for the patient, but also reduces strain on the nursing staff.

Maintenance is another huge factor of operational efficiency, and should inform the intelligent selection of materials and finishes. “We need to do more with less so we need to be looking at life cycle costs of materials and not just first costs,” says Guillot. “Flooring is a great example. Maintenance can quickly eclipse the first cost of a material if not chosen wisely.”

There is also growing documentation of the benefits of evidence-based design in healthcare, thus moving the concept out of the realm of the theoretical and into the realm of best practice benchmarking. Key findings on the environmental aspects of healthcare design indicate that daylighting, exposure to nature, strategic use of color, inclusion of artwork, and individual control of the patient environment all contribute to more positive patient outcomes. “We have been doing all of these things intuitively,” says Stouffer, “but we are starting to gain quantitative evidence that they provide true benefits.”

Among environmental factors, acoustics has become an area of particular concern. For example, “We have so many hard surfaces to keep the facility easy to maintain and as a result, have noisy environments impacting caregiver ability to concentrate on tasks and the patients’ ability to rest and heal,” says Guillot. Cannon Design is currently involved in a research study on the impact of acoustics on patient outcomes.

Both Guillot and Stouffer note that healthcare is shifting more and more toward an ambulatory care model. “Healthcare at home is on the horizon,” says Stouffer, since modern technology increasingly allows for remote diagnosis and treatment. And Guillot points to a new trend around a “retail” approach to healthcare, where services are available in retail settings away from the traditional hospital, clinic, or medical office building. “What does this mean for design?” he wonders. “How do you extend the brand of a provider into a new setting?”

In any case, gone are the days when only the rare architect or interior designer actually chose to specialize in healthcare design. “There is a vitality in healthcare design at the present time,” says Guillot. “Healthcare has moved into the general mainstream, and it is likely to stay there. Hospitals and other healthcare related projects are now judged in the same terms as all great architectural projects. They are expected to bring forth the same level of craft, innovation, and most importantly—intellectual and creative ideas.”

Even Starchitects like Frank Gehry have gotten into the act… http://www.architectmagazine.com/healthcare-projects/lou-ruvo-center-for-brain-health.aspx

Interesting Fact: According to Jeff Stouffer, the cost of information technology in an acute care facility has now surpassed the cost of the medical technology housed therein.

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Mikhail Davis

Turning a Recycling Quandary into a Reuse Opportunity

Many people consider InterfaceFLOR to be the expert in carpet recycling, maybe even “recycling nerds” if they’re feeling a little comedic. And while ReEntry® 2.0 kept over 25 million pounds of old carpet and carpet scrap out of the landfill in 2011 (and 253M pounds since 1995), our system is certainly not perfect. This winter, a partnership with one of the national experts in building product reuse has given us a new tool to tackle tough projects for which our recycling system has had no good solution. The pilot project, working with Nathan Benjamin, Founder of PlanetReuse, has already repurposed more old carpet tile in the first quarter of 2012 than we did in all of 2011.

The Challenge

More than 95% of our US products are 100% recyclable back into new carpet tiles through ReEntry 2.0. But it is also a fact of life at Interface that we continually strive for improvement, so 95% is not good enough. What is that other 5% anyway? The answer is that we manufacture one backing type, a polyurethane-based cushioned tile (NexStep), and import another (bitumen-based Graphlar from our factory in Holland) that have a very loyal customer base, but few end-of-life options beyond waste-to-energy conversion (which we consider a last resort, consistent with the EPA’s Solid Waste Hierarchy).

Polyurethane-backed tiles are inherently unrecyclable (you can’t re-melt this plastic), and the best that can currently be done is to shred them up and either use them to soak up spills or glue them back together as carpet padding (a classic case of “downcycling” to less valuable products in either case).

Bitumen dominates the carpet tile market in Europe, where we recently created the first closed-loop system for this backing, but it is rare enough in the US that no infrastructure exists to reclaim it other than waste-to-energy. We’re not going to ship it back to Europe for cost and environmental reasons and experiments recycling it using technology designed for other materials, including asphalt roofing shingles, have not been successful so far.

Exploring Reuse

Reuse has always been part of our ReEntry 2.0 system (about 140,000 pounds were repurposed in 2011), but it was mostly done on a one-off basis where opportunities to repurpose carpet were seized by motivated local salespeople or local charities and all the logistics happened to line up. Once old carpet tile is pulled up, there is always a very short window in which the building owner will hold it, so we need to have the logistics for donation or recycling come together very quickly.

What PlanetReuse adds is access to the national community of local building product reuse stores, which has revealed a very interesting fact to us: there exists a sizable aftermarket nationally for used carpet tile for use in multipurpose areas like entryways, basements and garages.

Successful projects in our pilot with PlanetReuse include moving several full truckloads of old competitor polyurethane tile into reuse stores in Denver and Kansas City, where it is selling well. It also turns out that the durable bitumen-backed Graphlar tiles, even after being used in a retail setting, are still sought after by homeowners for use in entryways and garages.

While our priority for our recyclable products is getting the materials back, our pilot has also managed to find new homes from some of our recyclable carpet tile in local reuse stores in Missouri and Nebraska where transportation back to our recycling plant in Georgia proved cost prohibitive and the tile was still in good condition.

The pilot has also revealed that our focus on product durability and glue-free installation with TacTiles makes our product ideally suited to many reuse scenarios; broadloom or heavily glued tiles are usually too contaminated after removal to be re-sold. From an environmental perspective, it’s a clear win for an old carpet tile to remain a carpet tile as long as possible before sending it to be recycled.

The Future

The next challenge will be to work with the network of reuse stores to get tiles back after their second life by creating incentives for customers to bring them back to the stores for reclamation or recycling (we still won’t want our product going to the landfill). Feedback from stores on this idea during the pilot has been unanimously enthusiastic. You never know, we might just have the beginnings of a national network of local recycling drop-off locations for carpet tile.

And that’s just the kind of thing that gets a bunch of carpet recycling nerds like us really excited.

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LaGrange College’s First LEED Building - Frank and Laura Lewis Library

Greening the Campus

When Library Director Loren Pinkerman came to LaGrange College, he immediately began lobbying for a new building. After 40 years and substantial growth in the student body, it was time. One of former President Stuart Gulley’s primary directives? Make it LEED certified.

If you’re going to do something…

Do it right. So the school brought in some experts. For help planning the building, the school went to Jay K. Lucker, a former Director of Libraries for MIT who has served as a library building and management consultant to numerous universities and colleges, to work with real estate developer Partners Development. And with additional help from sustainable building consultants Southface and Holley Henderson of H2 Ecodesign, a LEED Silver building was born.

Kevin Matherly, VP, Project Management for Partners Development says, “Dr. Gulley was moving the college toward a more sustainable campus overall, new buildings, existing buildings, sustainable living in general. LEED was the most well-known green building rating system at the time. Southface was brought in on the front end to do a quick study, which became the basis of the design created by Perry Dean Rogers of Boston, MA.”

During the planning phase, the college held a comprehensive workshop to help orient contractors to the green building process. According to workshop leader Holley Henderson, “One of the most remarkable things about this project was that many of the local subcontractors had never participated on a LEED project. They were excited about it and put extra efforts into making LEED Silver a reality. It all comes full circle from a president’s vision to the people in the trenches to make success. Of all the project types we do, a higher education library is one of the most rewarding because it has the potential for such outreach. Think of all the open minds it touches!”

And to make sure this new, technology-driven facility fit into the campus, Perry Dean Rogers took photos of all the buildings on campus and incorporated their architectural features into a contemporary design. Says Pinkerman, “They did a great job of that and with the overall space in here. The many, large windows create so many beautiful views and it makes the library a very comfortable place.”

The Results Are In

The Frank and Laura Lewis Library achieved LEED Silver in late 2009. The library’s green features will offer lower operating costs, a healthier work and study environment and less solid waste for local landfills, which translate into a better quality of life for LaGrange College and the greater community. One of the many features that played a role was the InterfaceFLOR carpet tile used throughout the space.

Henderson says, “H2 Ecodesign facilitated the entire project team for all sustainable decision making centralized on LEED. The specifications included low-emitting, recycled content and regional products – the InterfaceFLOR carpet tile was a great contribution to all of these aspects of green design.”

According to Director Pinkerman, it’s also nice to look at. “It’s very lively and doesn’t look institutional. The design team brought us several [carpet tile] options to choose from and we really liked the color and design of the most prominent tiles on the floor. It breathes life into the place and we’ve been pleased with it.”

Another benefit? It’s easy to replace. Pinkerman recalls an incident just one month after they moved in. “A slow leak developed where the two roofs joined together and caused some minor flooding. We had waste baskets everywhere. Despite the water, we only had to replace one of the carpet tiles and it was no problem.”

Build It and They Will Come

The real measure of success, however, is how well the library is used. Thanks to the additional space and availability of electronic resources, students now have access to nearly 400,000 holdings. “We have some huge collections. We’re the only small liberal arts college in the United States to have Gale’s Sabin Americana, 1500-1926, a collection that covers the whole western hemisphere from 1500 to the 1920s. That’s been a huge boost. ”

And the space itself is more inviting. He continues, “In the old library we had stuff jammed everywhere and there was too little space to study. It was also the furthest building from the dorms, so it wasn’t easy for students to get to. Now we have a central location, small study rooms, a 24-hour study space, SMART classroom technology and an auditorium with videoconferencing to name just a few things. We also have a central location that has made a big difference. After one year in this building, we doubled our gate count.”

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melissav

Accepting the 2030 Challenge II

Last summer, InterfaceFLOR featured a very successful series of guest blog posts on the topic of Environmental Product Declarations (EPDs) - a full public disclosure of a product’s ingredients, use of energy and material resources, and environmental impacts during its life cycle. Recently EPDs have gained a notable marketplace use through the 2030 Challenge for Products and inclusion in the draft LEED 2012 rating system.

This month, we take a closer look at the 2030 Challenge, a new program championed by Ed Mazria and his organization, Architecture 2030. The 2030 Challenge advocates for carbon neutral buildings in 2030 and over 1000 design firms and major municipalities, associations including AIA, US Conference of Mayors, USGBC, ASHRAE, ASID and more have committed to achieving this goal.

Our final post in our two-part series takes a look at how brands and product manufacturers can work toward the goal of meeting or exceeding the 2030 Challenge for Products. While an ambitious goal, we feel it is a necessary step, not just for environmental sustainability, but also to sustain business as a manufacturer.

The Marketplace Trends Toward Transparency

We are observing an increased demand for product transparency, including recent drafts of LEED 2012 from the US Green Building Council, HBN’s Healthy Product Declaration, Pharos and others. Customers want to see the data, not just a rating.

Environmental Product Declarations follow ISO 14025 international standards which define common guidelines for life cycle based environmental information and allows for “comparable” LCA reporting within specific product categories. As Heather Gadonniex, EPD Program Manager at UL Environment said, “EPDs help move the dialogue beyond single attributes to more holistic measures of environmental performance. Used appropriately, this can result in the increased selection and use of environmentally preferable products.”InterfaceFLOR has long used Life Cycle Assessment (LCA) as an internal decision-making tool to clearly analyze the materials, energy, and wastes involved in each phase of a product’s total existence. Paired with EPDs, the LCA impacts are packaged in a useful way for external audiences.

How to meet the 2030 Challenge for Products

InterfaceFLOR is proud to be the first manufacturer to commit to the 2030 Challenge for Products. The Challenge has much in common with our Mission Zero goal and builds on our leadership around transparency and reducing the carbon footprint of our products.

Meeting the Challenge requires having an Environmental Product Declaration or a 3rd party verified life cycle assessment. In parallel, it asks designers to specify products that are measuring and reducing their embodied carbon. InterfaceFLOR has been an early adopter of EPDs, utilizing them since 2009. By the end of 2012, all InterfaceFLOR products will have an EPD.

To meet the Challenge for Products, the embodied carbon of a product must be reduced by 50% compared to industry average by 2030. As evidenced by the 45% footprint reduction already obtained in its Type 6 Nylon products, InterfaceFLOR is confident we can beat the industry average as well. The advances we’ve made in switching to renewable energy sources for manufacturing, energy efficiency gains, and raw material changes toward recycled sources, give us an advantage in achieving significant reductions in carbon footprint.

Architecture 2030 for Products lays out an ambitious goal for the building products industry, but for InterfaceFLOR, it’s merely a milestone on the road to Mission Zero. The gauntlet has been thrown down, and we invite other manufacturers and designers to join us in adopting this new challenge to transform building products and help put the brakes on climate change. Let us know how your business is changing pace for climate change transformation.

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