GSB News and Notes: Formula-E Is a Hit In Brooklyn; D.C.’s New Audi Field Goes Green via Green Bonds; Study Shows Winter Sports Fans Support Athlete Engagement on Climate Change

Here is a GSB News & Notes column for your mid-summer reading pleasure: Formula-E, the all-electric vehicle racing circuit, came to New York City (Red Hook, Brooklyn, to be exact) for the first time ever with two races over the weekend. Audi Field, the future home of Major League Soccer’s D.C. United, will open with both a solar array and stormwater storage that was funded in part by an innovative, DC-based green bond program. And a small research study conducted at the 2017 Nordic World Ski Championships in Lahti, Finland this February demonstrated that fans are very receptive to climate change statements from professional skiers.

 

FORMULA-E A HIT IN BROOKLYN

The Red Hook neighborhood in Brooklyn is not normally associated with great New York City sporting events. There are no stadiums nor arenas nearby. Subways are nowhere to be found.

But this weekend, the quiet if increasingly hip waterfront section of town was quiet no more as its streets played host to the first-ever automobile road race in New York City history—and it happened to be one that featured only electric vehicles (EVs).

England’s Sam Bird won both rounds of the Qualcomm New York City ePrix, the ninth and 10th rounds of Formula-E’s 2016-17 season on Saturday and Sunday. Bird drives for DS Virgin Racing, owned by sustainable business innovator Sir Richard Branson. Formula-E, now nearing the end of its third campaign, is the world’s first and only all-EV racing series.

 

Formula E Bird 2nd Steven Tee:LAT Images:FIA Formula E via Getty Images

Sam Bird, driving in the red car on the left, starts off in second place in the Qualcomm New York City ePrix on Saturday in Red Hook, Brooklyn. (Photo credit: Steven Tee/LAT Images/FIA Formula E via Getty Images)

 

Formula-E Branson Bird Stephane Sarrazin

But while Bird (c) started in second, he finished in first in both the Saturday and Sunday legs, earning a Champagne Shower from Sir Richard Branson (l) and DS Virgin Racing teammate Stéphane Sarrazin. (Photo credit: Kevin Hagen, Getty Images)

 

While exact attendance figures have not been released, the Associated Press reported that “thousands attended thraces, packing two metal grandstands overlooking the track…Organizers ran shuttle buses from Barclays Center to the race site about three miles away. There were also ride-share stations, a bicycle valet and water taxis and ferries from Manhattan.”

And, according to a CNN.com story by Matthew Knight, Brooklyn and Formula-E share an understandable affinity for renewable energy: “Formula-E [didn’t provide] too much of a drain on local electrical supplies during its visit — all the race cars [were] charged using carbon-neutral glycerine generators provided by British firm Aquafuel.”

New York City’s entrance into EV road racing adds another top tier metropolis to Formula-E’s already impressive roster, which includes Buenos Aires, Hong Kong, Paris and Montreal, host of the season finale at the end of this month.

 

AUDI FIELD TO SPORT SOLAR, STORMWATER STORAGE, FINANCED BY GREEN BOND

Audi Field, the new home of Major League Soccer’s (MLS’) D.C. United that’s set to open next year, will be on the forefront of green stadium design and performance:

  • An 884 kW solar array, installed by local vendor New Columbia Solar, will be situated on the stadium’s canopy and in other areas of the site.
  • There will storage for more than 55,000 cubic feet of stormwater on site through green roofs, bio-retention areas, and infiltration basins.
  • Energy and water efficient technologies will be employed throughout the stadium.

 

Audi Field

Artist’s rendering of Audi Field, the new home of D.C. United (Credit: D.C United)

 

According to a story by Jennifer Hermes in the July 10 issue of Environmental Leaderthe measures described above “are being funded through the [capital district’s Department of Energy and Environment’s] D.C. PACE (Property Assessed Clean Energy) program’s green financing solution, which operates through a public-private partnership, allowing local lenders to fund environmentally beneficial projects at no cost to taxpayers.” The $25 million deal, done through a relationship with locally-based EagleBank, is the nation’s largest single PACE note issued to date, according to D.C. United.

Per Hermes, PACE’s funding will also include resources for “high-efficiency heating and cooling systems, LED field lighting, additional building insulation, and low-flow water fixtures.” D.C. PACE asserts these measures will result in a 25% reduction in energy use and will reduce emissions by 820 metric tons of CO2 annually, saving the club an estimated $125,000 annually on utility bills.

Writing in the July 6 issue of CurbedPatrick Sisson noted that, in addition to PACE’s clean energy deal, the project also includes a $95 million loan from Goldman Sachs.

While public financing of stadiums and arenas has, in the main, not proven to be a good deal for taxpayers, perhaps Audi Field’s green bonds approach will provide an innovative exception—as well as become a model for other stadiums and cities. Writes Sisson: “Funding these types of designs or retrofits saves owners money, may prolong the useful life of an existing stadium, helps cities cut emissions, and sets an example for other projects in the community (In less than two years, the D.C. PACE program has provided $30 million in private capital for projects including small businesses, affordable multifamily housing, and a charter school).”

While D.C. United’s colors are red and black, D.C. Mayor Muriel Bowser has bought in to the club’s greenness, saying in a statement that the stadium will boost local economic development and create good green jobs for District workers, “all without costing DC government a cent.”

 

RESEARCH SHOWS SKI FANS REACT POSITIVELY TO CLIMATE CHANGE STATEMENTS FROM ATHLETES

The sample size was very small, so the conclusions drawn can only be directional rather than definitive.

But.

Research conducted in February by M Inc., in collaboration with Protect Our Winters Finland, at the 2017 FIS Nordic World Ski Championships in Lahti, Finland demonstrated that sports fans—at least a small sample of Nordic skiing fans in Europe— welcome climate change messaging from athletes.

A group of athletes who took part in the Championships gave video statements to their fans as to 1) why it is important to care about climate change and, 2) how we all can help in the climate change fight by changing a few specific behaviors. 44 spectators, chosen at random, were asked to view this 45-second edited video athlete statement and fill in a short questionnaire to measure what they thought of it.

 

 

The study’s conclusion?

Fans at the Championships were very receptive to climate change statements from pro skiers – across age, gender, nationality and whether they ski themselves or not. Fans also said that they felt much more motivated to change some of their behavior in support of the climate change fight (8.12 average on a scale of 1-10).

When asked, in an open-ended question, what they liked the most about the video statement, 51 per cent of the fans mentioned that professional athletes were giving the statement. Some of these fans also emphasized that professional athletes were showing their passion about the issue, that they formed an international mix and that it was a positive message.

GreenSportsBlog’s conclusion?

The Green-Sports world needs to fund and conduct more research, among a wide cross section of sports fans, on fan attitudes, in North America, Europe and beyond, towards environmental issues, including climate change. The studies must consist of fans who go to sports events and, this is important, the much larger group of fans who consume sports on TV, online, radio and newspapers. In fact, these studies need to be conducted every 1-2 years to see how fans’ awareness of, and attitudes towards green-sports are changing over time.

The only major, quantifiable study that I know of was conducted on North American sports fans (defined as people who attend at least two sports events per year) by Turnkey Sports & Entertainment in 2014 and funded by the Green Sports Alliance. In research terms, that’s ancient history. And, while the M Inc. study is helpful, the small sample size means that the takeaways have to taken with a grain of salt.

 


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The GSB Interview: Rick Fedrizzi, Chairman, International Well Building Institute

If there were a Green-Sports Hall of Fame (hey, that’s an idea!), Rick Fedrizzi would be an inductee. As one of the founders of the U.S. Green Building Council (USGBC) and its CEO for 14 years, Fedrizzi was instrumental in LEED becoming the certification standard for the built environment, including the sports world. During his tenure, LEED-certified stadia and arenas became the rule rather than the exception; permanent, high profile exemplars of the greening of the sports world. You’d think that would be enough. But, rather than retiring, Fedrizzi has chosen to start an important second act, as Chairman and CEO of the International WELL Building Institute (IWBI), which administers the WELL Building Standard, a new standard that looks at how to use buildings to improve and enhance human performance and comfort. In a wide-ranging GSB Interview, Fedrizzi shared his vision for IWBI and how it can positively impact the sports world in general, and Green-Sports in particular.

 

GreenSportsBlog: Rick, thank you so much for chatting with us. I can’t wait to discuss your work at the International WELL Building Institute—IWBI—and how the WELL standard can accelerate the sports sustainability movement. But, before we get there, how did you get there?

Rick Fedrizzi: My pleasure, Lew. Going back a ways, I started out in accounting at Carrier Corporation right after graduating from LeMoyne College in Syracuse. Found out I didn’t much care for accounting, nor auditing. I much preferred marketing so I angled my way in that direction. Moved to South Florida with the company and was later pegged by the CEO to lead a unit that was tasked with greening the air conditioning business. So I became the Director of Environmental Marketing…

GSB: Did you have a real interest in environmental marketing before this job?

RF: Not specifically. But as I got into the job, I really got into it. In a year’s time, we delivered an entire platform for environmental marketing in the air conditioning arena, including dramatic improvements in packaging and refrigerants. We created, in essence, an internal ratings system…energy, sound, air quality…

 

Fedrizzi Michael Dambrosia

Rick Fedrizzi, chairman and CEO, International WELL Building Institute (Photo credit: Michael Dambrosia)

 

GSB: Sounds like part Energy Star, part LEED.

RF: Exactly…When I was asked to lead the team at U.S. Green Building Council (USGBC) temporarily, I saw the possibilities and ended up signing on for 14 years as the full time CEO. We started the Leadership in Energy and Environmental Design or LEED certification program, which first focused on environmental performance of new and existing commercial buildings, and later expanded to pretty much every building type – schools, retail, healthcare. It was my mission—I cared deeply about an organization that linked environmentalism, capitalism, and business—so it was the right place for me to be.

GSB: LEED has become standard operating procedure for new and upgrades to existing commercial buildings, including stadia and arenas. So congratulations are in order!

RF: Thank you…

GSB: So you decided to leave USGBC, and then a new opportunity came your way…

RF: With the International WELL Building Institute or IWBI…

 

IWBI

GSB: What is IWBI?

RF: IWBI is an organization at the intersection of building science, business metrics and health science. We look at, measure and certify, through the WELL Building Standard, what goes on inside a building and how it affects the people in the same way LEED looks at, measures and certifies mainly for external environmental impacts. LEED’s main targets are to protect the environment, reduce carbon emissions, environmental toxicity, and more. In terms of inside buildings, LEED does provide credit for human health related measures like air quality, water quality and light. But it represents only about 22-24 percent of LEED credits. WELL picks up where LEED leaves off, focusing on how human beings interact with the built environment.

GSB: What kinds of buildings can receive WELL certification?

RF: Right now, we work primarily with large scale commercial buildings and interiors – new and existing — which includes stadia and arenas, and large scale, high rise residential. But we have an “all buildings in” effort underway, and we’re beginning to register smaller scale building, affordable housing and later this summer, communities. With WELL we’re looking to change mindsets. In real estate, we want to the industry to move from simply building buildings that are functional and, yes, environmentally efficient, to one that builds buildings that inspire, attract and nurture, all with improved human performance in mind.

GSB: WELL basically sounds like a natural evolution from LEED…

RF: We hope so! LEED had to come first but now WELL gives us the opportunity to add health and wellness to the definition of sustainability of buildings. I call it the “second wave” of sustainability.

GSB: Where do sports fit in? I mean it’s clear how LEED fits—teams and venue owners want to build or renovate in an environmentally friendly way: It saves money—owners really like that—and it’s better for the environment.

RF: Great question, Lew. By looking at and measuring for air, light, but also acoustics and ergonomics, among others things WELL will help improve a player’s performance just like LEED will improve a stadium’s performance. Some Major League Baseball clubs have—or will have soon—high-end comfort pods at their stadiums. Players can read, relax, even sleep there. Putting your players in the best environment gives them the best chance to succeed on the court, on the field.

GSB: When did the IWBI and WELL get started?

RF: About seven years ago. Paul Scialla, CEO of Delos, a company focused on sustainable design, health and wellness real estate, really got the ball rolling. He saw the need for a collaboration between architects, engineers, sustainability executives—the key players in LEED—and doctors, public health officials, athletic trainers, dietitians, and more. It took awhile, but the WELL Building Standard finally went to market in late 2014, and I was brought in last November.

 

Delos Paul Scialla

Paul Scialla, CEO of Delos (Photo credit: Delos)

 

GSB: Is WELL only a North American thing?

RF: That’s our home base but we’ve got WELL Certified projects in more than 30 countries and a growing supporting infrastructure in key growth markets – China, India, UK, Europe, Canada. WELL was “prepped” for it by LEED.

GSB: So let’s get into the WELL Building Standard credits a bit. What do they look like?

RF: Let’s look at air: I’ve read a great deal and heard many stories about indoor air quality and its effects on the human body and human performance. There is a significant body of research that shows that human performance suffers when people are not properly ventilated, if it’s too dry or wet, too hot or cold. If CO2 is too high in a room, people can yawn, get fatigued, and/or suffer from headaches. WELL features tackle these issues: They include air quality performance and balance, material selection, filtration, moisture control, ventilation, construction processes, maintenance and operations, and more.

GSB: I did not know that about indoor CO2; never thought about it. What about lighting and water?

RF: Lighting is a complex topic. An office worker may be lucky enough to have a window nearby, indoor overhead lighting, a local desktop light and light from the computer. The optic nerve and brain try to process all four light sources to give you the best chance to perform. But the odds are that the mix of those light sources are not optimal which can lead to eye fatigue and overall sluggishness, and can disrupt your sleep patterns.

GSB: Which hurts productivity, I imagine.

RF: That’s right. So we measure light balance, as well as access to natural light, indoor light quality and more. On water, we are concerned with more than how clean it is—of course we measure that—but access to water inside a building is also very important as is how a company goes about encouraging hydration.

GSB: Talk to me about some of the areas that are unique to WELL as compared to LEED.

RF: WELL measures nourishment—things like access to healthy, organic food. Balanced meals. How clean the food is. Fitness is a very interesting area. Think about the old office building model: You sit at your desk and take the elevator. The new model, favored by millennials and I’m sure their successors, includes standing work stations, fitness rooms, shower access, bike commuting, and stairs inviting enough to use.

GSB: So how is WELL doing so far.

RF: I’ll tell you, Lew, with LEED we had to push, push, PUSH at the beginning to gain acceptance from developers, architects, engineers and more. It was really hard. With the WELL Building Standard, it’s still early days but it’s been just the opposite: People want this. WELL is in the realm of the personal, in the realm of health, especially the health of the people we care about – our families, our colleagues and employees.

GSB: That makes perfect sense. How does WELL deal with climate change? Or is that more of an issue for LEED?

RF: Great question, Lew. In “Thoughtful Living,” Thomas Blakenhor talks about how if we have access to healthy food, healthy buildings and a healthy lifestyle, concern about climate change will become more obvious, more ingrained. That healthy lifestyle will, of course, include more walking and cycling and less driving. When companies encourage this among their employees, they can apply for WELL credits via an “Alternative Adherence Path”…

GSB: Sounds like the WELL equivalent of “Independent Study” credits…

RF: You got it. The carbon reductions from encouraging employees to shift from driving to walking or cycling to work can be a WELL credit opportunity.

GSB: I really like the flexibility you’ve built into WELL. The more I think about it, the more I think that sports stadium and arena architects, engineers and construction managers need to jump on it for every new project and renovation.

RF: There are 345 stadiums and arenas that have or are applying for some level of LEED certification. Of those, 20-30 have indicated a very strong interest in WELL. So I think we’re off to a good start.

GSB: I’ll say!

RF: You know, with a LEED certified stadium or arena, a team is making a strong ESG (Environmental, Social, Governance) type of sustainability statement. When you add WELL, you’re investing in the improved performance of your players, and you show your fans and community that you care about health and wellness of all stakeholders. If players feel good and proud of being in that type of environment, that’ll inspire fans to think “I too can be healthy.”

GSB: That will depend on strong messaging about WELL to fans…And one thing I’m concerned about in the Green-Sports world is that teams and leagues seem loathe to talk about their sustainability efforts directly to fans, which ironically limits the reach and potential impact of Green-Sports.

RF: I think teams and leagues will want to talk about how WELL is helping make their players perform better and fans enjoy their experience at the stadium or arena better. But it’s more than just spectator sports—participatory sports are getting into the act as well. And this is just the tip of the iceberg. Airports and other big, high profile buildings will be designed with WELL certification in mind. And imagine this future: A worker is wearing her FitBit-type device to work. The FitBit signals to the building that the wearer didn’t sleep well the night before; her pulse is off a bit. In response, the building drops its temperature by 1° and increases its fresh air intake slightly. Lights around her work space are brightened a smidge. By lunchtime, the worker is feeling good, not craving a sugar hit. She enjoys a lunch featuring slightly more fruit and vegetables than is typical. And when she gets home, she is destined for a good night’s sleep. So with WELL, buildings, including stadiums and arenas, will start to actually take care of humans. And that’s a big win for all of us.

 


 

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Green-Sports Corporate All Stars: Johnson Controls Helps Green Pro Football Hall of Fame; Aquafil Makes Fibers for 100 Percent Recyclable Swimsuits and Jerseys

GreenSportsBlog’s occasional series, “Green-Sports Corporate All Stars” highlights companies that are taking taking the lead at the intersection of Green + Sports. The first centered on adidas and Patagonia. Today’s second installment features energy efficiency leader Johnson Controls partnering with the Pro Football Hall of Fame (PFHOF) as it expands from its current museum and football stadium footprint into a never-seen-before “football village,” and Aquafil, the Italian company that manufactures ECONYL®, a 100 percent regenerated yarn used in swimsuits and athletic wear.

JOHNSON CONTROLS HELPS GREEN NEW PRO FOOTBALL HALL OF FAME VILLAGE GREEN

When Pro Football Hall of Fame President David Baker and Stu Lichter, President and Chairman of the Board of Industrial Realty Group, began formulating plans to turn the Canton, OH based museum and football stadium into a village that will include a hotel, retail, medical center, and much more, Johnson Controls was a logical energy efficiency partner. The Milwaukee-based company:

  • Is a global leader in intelligent building design, efficient energy solutions, integrated infrastructure and next generation transportation systems
  • Has significant experience working on high profile, energy efficiency projects, such as the Empire State Building’s massive retrofit that resulted in a 38 percent energy usage reduction.
  • Has worked with the Hall of Fame for many years.

“When the Hall of Fame undertook its last major renovation in 2010, we were hired to do the environmental systems work,” said Kim Metcalf-Kupres, Johnson Controls’ Vice President and Chief Marketing Officer, “In addition to energy efficiency advances, part of our mission-critical work helped to protect the archives and artifacts through humidity controls and temperature monitoring. As big as that project was, the Hall of Fame Village is a much bigger undertaking.”

Kim Metcalf-Kupres

Kim Metcalf-Kupres,Vice President and Chief Marketing Officer, Johnson Controls (Photo credit: Johnson Controls)

 

The $600 million, 9-component^ Village project, currently in the design and strategy phases, is set become the world’s first-ever sports and entertainment “smart city.” Johnson Controls is providing its building management systems, heating, ventilation and air conditioning (HVAC) equipment, fire and security systems and other technologies. The result will be significant greenhouse gas emissions reductions, and energy efficiency improvements. LEED certification will be sought—the level it will achieve is not yet known.

Johnson Controls, while primarily a B-to-B brand, understands the hold the NFL and the Pro Football Hall of Fame have on the American people. Thus it is not only helping to green and provide state of the art technology to the Hall of Fame Village, it is also putting its name on it.

Thus the Johnson Controls Hall of Fame Village is the company’s first foray into title sponsorship and “will be a powerful marketing and business building for us as it showcases the benefits of a smart, connected, energy efficient, sustainable village for fans, customers and prospective customers.” said Ms. Metcalf-Kupres. “We want our name to be more known, more visible to consumers as the market for smart, efficient buildings grows. And as that happens, our ability to help our customers lead on sustainability, efficiency and climate change will also grow.”

Hall of Fame Village Pro Football HOF

Artist’s rendering of the Johnson Controls Pro Football Hall of Fame Village (Credit: Pro Football Hall of Fame)

 

The way Pro Football Hall of Fame President Baker sees it, Johnson Controls’ is an ideal teammate for the Village project: “The Pro Football Hall of Fame stands for excellence—and so does Johnson Controls, with its leadership from energy efficient lighting to shades that keep heat in during the winter and help keep the building cool in the summer and more.”

 

AQUAFIL’S 100 PERCENT REGENERATED YARNS BECOME ATHLETIC APPAREL WITH ECONYL®

Giulio Bonazzi is a man on a mission.

The Chairman and CEO of Aquafil, manufacturer of yarns for apparel and carpet since opening its doors in 1970, believes humanity has no time to waste as far as making serious reductions in climate change producing carbon emissions is concerned. That is why his company, headquartered in Trento in Northern Italy, has made improving performance on emissions and resource consumption central to its DNA.

Bonazzi G Headshot

Giulio Bonazzi, Chairman and CEO of Aqaufil (Photo credit: Aquafil)

 

“We are, in effect, a chemical plant, one that is located near Lake Garda, one of Italy’s beautiful lakes, and the source of much of region’s water and energy—over 80 percent of which comes from hydro power. We have always realized that we need to keep the lake, the region and the planet clean and to do so, we have to innovate with sustainability at top of mind.”

Aquafil’s signature climate change fighting innovation is the ECONYL® Regeneration System, launched in 2011. ECONYL® yarn is made from Nylon 6, which, according to Mr. Bonazzi, “has a special characteristic that allows it to be regenerated into raw material through de-polymerization. This means you end up with a 100 percent virgin polymer. Nothing is degraded; all of the characteristics are at 100 percent quality.”

This would be a great story in and of itself, but remember, ECONYL® is a system as well as a yarn product

What makes it a system is that the Nylon 6 is produced from 100% regenerated waste materials, such as:

  • Pre-Consumer Waste: Scraps generated from the production of Nylon 6.
  • Post-Consumer Waste: Fishing nets and fluff (the top part of carpets and rugs).

Aquafil_Nets

Fishing nets retrieved from the ocean become raw materials for Aquafil’s Nylon 6 based ECONYL® product (Photo credit: Aquafil)

 

The ECONYL® yarn is manufactured at a dedicated regeneration plant in Slovenia, and then sold to a wide variety of apparel and carpet makers.

Athletic apparel companies are big consumers of ECONYL®. adidas uses it for its Parley swimwear line which was featured in GreenSportsBlog last month. “Parley” refers to adidas’ partnership with nonprofit Parley for the Oceans, which is dedicated to reducing the massive amounts of plastic waste in the oceans. Not to be outdone, Speedo sends its post-production scraps to Aquafil, which recovers the Nylon 6 for manufacture into ECONYL®. Even surfing legend Kelly Slater uses ECONYL® in Outerknown, his line of sustainable swimwear and outerwear. And Volcom uses ECONYL® in its new “Simply Solid” women’s swimwear line, launched last November. The tagline? “Caught Up In A Good Thing.”

 

Surfing legend Kelly Slater describes his/Outerknown’s partnership with ECONYL®

 

 

VOLCOM CAUGHT_UP_LIFESYYLE_3_LOWRES (1)

Volcom “Caught Up in a Good Thing” print ad (Courtesy of Volcom)

 

“Sports and active apparel represents more than 50 percent of our ECONYL® business and the business is growing precisely because of its green properties,” reported Mr. Bonazzi, “And perhaps the most important statistic of all is that ECONYL® yarn has about 80 percent lower global warming potential than standard nylons.”

What about calcio, as soccer is called in Italy, and ECONYL®? “The clubs in Serie A, the top league in Italy, make their jerseys from polyester, as it is cheaper, at least for now,” acknowledged the Aquafil CEO, “Napoli F.C. is making its jerseys from a polypropylene that is better than polyester for the environment but there is much room for improvement. Before we get to Serie A, we see the skiing and cycling apparel markets as strong opportunities for ECONYL®. Right now, Aquafil is the 10th largest nylon fiber maker in world. We expect to move up, thanks to ECONYL® in the sports and apparel markets and also the carpet market, where we are a big player.”

 

 

 

^ The Hall of Fame Village’s 9 components are: Hall of Fame Museum, Tom Benson Stadium (where the annual Hall of Fame Game will be played), 4 Star hotel and Conference Center, Main Street Hall of Fame Village and Retail, Center for Excellence, Performance Center (another football stadium plus basketball arena), Legends Landing (independent and assisted living for Hall of Famers and other NFL legends), National Football & Youth Sports Complex, and the Johnson Controls Hall of Fame Experience.

 


 

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The GSB Interview: David Doll, OSIsoft; the Internet Of Things meets Green-Sports

Smart Grid. Smart Agriculture. Smart Stadiums? The Internet of Things (IOT) is making virtually every process, every structure, every thing much smarter, much faster. Why would that be different in the sports world. Fact is, technology is allowing stadiums and arenas to measure their energy use, water use and waste in real time. This has made it possible for venue operators and team owners to be much more efficient, saving money and carbon emissions in the process. GreenSportsBlog talked with David Doll, Industry Principal, Facilities and Energy Management at OSIsoft, one of the leaders at the intersection of Green, Sports and the IOT, about where this exciting world is going.

 

GSB: David, right off the bat, for the tech-luddites among us, can you define Internet of Things or IOT?

David Doll: Great question, Lew—there are a lot of definitions out there. I’ll go with this: The Internet of Things is putting a digital presence, a sensor where it didn’t exist before to feed data to other machines, to get them and humans to react.

GSB: Makes sense to me. Readers, you got it? Good. OK, I’m really glad to talk with you as the topic of smart stadiums and arenas is something I’ve wanted to delve into for quite awhile. How did you get into this business? Are you from the tech side?

DD: Yes. After doing my undergrad at University of Richmond and my MBA at Villanova…

GSB: Congratulations on your national championship last year, and on a great regular season this season.

DD: Thank you, although I didn’t have anything to with it, I’m still willing to take credit! Anyway, I worked for 16 years as a software developer, manager, and IT consultant for software and consulting firms. Eventually, the company I was with was acquired by OSIsoft, and I’ve been with them for the last eight years.

DavidDoll

David Doll, Industry Principal, Facilities and Energy Management at OSIsoft (Photo credit: OSIsoft)

 

GSB: What does OSIsoft do, exactly?

DD: We’re a privately held company that’s been around for more than 30 years. OSIsoft connects data with people in ways that allows them to turn that information into valuable insights. Our focus has been in heavy industry and the built environment worlds to help get value out of data, which was kind of an industrial-specific arena for decades. But with sensors getting smaller, more powerful and much cheaper, data and metrics have exploded everywhere.

GSB: That must mean it’s much more competitive.

DD: MUCH more so! Smart grid, smart apartment buildings, smart airports, smart university campuses, smart data centers, and smart stadiums are sexy these days. There’s data where there wasn’t before, from heating and air conditioning (HVAC) to occupancy. And so the big guys like Cisco and Oracle and Dell and you name it are involved. The competition has stepped up, but OSIsoft’s industrial heritage puts us in a strong position, as does our long experience in the environmental space, meaning using sensors to measure energy, water and carbon. For us, it’s a win-win intersection of “planet and profit”.

GSB: Love that kind of “win-win”. I have to believe a rapidly greening sports industry is adapting IOT and thus would be a market for OSIsoft. Is that the case and, if so, how big is sports in your overall portfolio?

DD: Sports is a small portion of OSIsoft’s overall business, but it is growing and it is very high profile, which certainly helps us overall. I’ll give you a great case study with Major League Baseball and their Green Tracks program. This goes back to 2011 or 2012. We were introduced to Scott Jenkins, who, at the time, ran Safeco Field on behalf of the Seattle Mariners…

GSB: …Now the General Manager of the soon-to-open Mercedes-Benz Stadium in Atlanta, future home of the Falcons and Atlanta United F.C. Scott, a GSB fave, is also the Chairman of the Board of the Green Sports Alliance

DD: Yes, THAT Scott Jenkins. So, at that time MLB had a program called Green Tracks, which asked stadium employees to manually enter their water, energy, and gas usage as well as their recycling data.

GSB: MANUALLY ENTER? Are you kidding? That’s so a decade ago!

DD: So true! And it had its struggles, so the data weren’t that accurate or detailed. We showed Scott and other folks at MLB our PI System

GSB: What does PI stand for, other than 3.14159…

DD: It’s not THAT PI. Rather it stands for something pretty simple, Plant Information. But the PI System is actually ubiquitous. In fact the PI System brand name is, in some cases, better known than OSIsoft. The PI System was installed at Safeco Field, and it immediately provided visibility and real time data for Mariners’ executives about the operations of the ballpark. Which is important when you consider that teams have much less knowledge about the business of their stadiums, about how their stadiums perform, than they do about how their players perform.

GSB: So it was like the Mariners’ move from the manual Green Tracks to the PI System was the ballpark operations version of moving from old time player metrics (batting average, ERA, etc.) to advanced sabermetrics^ (OPS, Wins Above Replacement, etc.), right?

DD: Exactly! Now team management can see the energy footprint of the game, day vs. night, April vs. August, and then tweak things to improve it. And there were lots of ways the Mariners—or any other club, for that matter—could improve upon stadium energy, water and carbon footprint performance without messing with the game day experience of the players and fans.

GSB: Give me a for instance of how the PI System could help Safeco Field run more efficiently and lower its carbon footprint.

DD: First off, when the club is on the road, they can use the PI System to make sure things like the TV monitors and pizza ovens are turned off, that the AC is off except in occupied offices.

GSB: That seems like low hanging fruit. What about minimizing things during a game?

DD: It’s a bit more subtle, but the same principle applies. When do you turn on the AC to get maximum effect and comfort but minimize waste? PI technology can show that. Same thing with lights, ovens and the rest. It enables them to constantly tweak performance. Energy usage in a place like Seattle should be a lot different at an April game vs. one in the summer.

GSB: How much did the Mariners save?

DD: They reported about $1.5 million over four years.

GSB: That’s significant for sure. How much did they save on a carbon footprint basis?

DD: We don’t have that data, but if the energy savings are significant so too must the carbon footprint savings. The Mariners were very happy, and so our next step was to sign an enterprise agreement in 2013 with MLB as part of Green Tracks 2.0 which gave the 29 other clubs the right to install the PI System at their facilities.

GSB: How did that work?

DD: The league purchases the software, so the clubs can use the PI System for free. The only additional fees are for maintenance and consulting, if a club wants that. So far about a dozen teams are using it.

GSB: Such a deal for the clubs! Why wouldn’t all of them use PI technology if it’s free? Is it an exclusive deal or can clubs choose to use one of OSIsoft’s competitors?

DD: Nope, clubs are free to use other products, but they’d have to pay to go that route. And one or two have done so…

GSB: …Hmmm. There must be some political reasons for doing so…A club is using, I’m making it up, Oracle for their digital networks and so they get a break on IOT.

DD: Something like that. We don’t have visibility as to what all of the clubs are doing. But we are happy the Mariners, the San Diego Padres and Petco Park, which hosted the 2016 All Star Game, and a host of other teams have chosen to integrate the PI System into their operations.

 

PI System Data in real time

The OSIsoft PI system tracks water, electricity and natural gas use at Petco Park, home of the San Diego Padres. (Photo credit: San Diego Padres)

 

GSB: That’s good to hear. I imagine that the employees prefer PI to manually entering data…

DD: No doubt about it—the employees LOVE IT! It allows them to be environmental and operational heroes by helping to solve problems before they happen.

 

Petco Water System2

A Petco Park employee wires the stadium’s water system for monitoring by OSIsoft. (Photo credit: San Diego Padres)

 

GSB: That’s great. Now, let’s look beyond baseball. Talk about OSIsoft’s involvement with the NHL’s Minnesota Wild.

DD: We’re working with the Wild and Xcel Energy Center, which includes the hockey arena, an auditorium, and a Convention Center. The PI System gives the owners visibility on energy, water and carbon across all of the facilities. As with baseball, the operators of the buildings didn’t know much about the energy they were using or why. Now that they know, they can negotiate better contracts for concerts and other events. A Monster Truck contest looks a lot different than a Lady Gaga concert; now they know. We also see a big opportunity with minor league and community rinks.

GSB: I’m sure you’re aware of the NHL’s Greener Rinks program, in which the league is becoming a sustainability resource for community rinks. Are you working with MLS, the NBA or NFL?

DD: Not yet with those leagues nor their clubs. One big and perhaps surprising hurdle is the lack of technology in many stadiums and arenas, even the “modern” ones.

GSB: Really? I gotta believe that Mercedes-Benz Stadium or the new US Bank Stadium in Minneapolis (home of the Vikings) or Levi’s Stadium in Santa Clara (49ers) are super high tech.

DD: I assume you’re right on US Bank Stadium and I know you are on the other two. But think about newer ballparks like Camden Yards in Baltimore. It’s considered of the modern era, even though it is now 25 years old. There was not a lot of smart technology put into many of these buildings, and that’s where new IOT technologies become critical. And the sports world is changing. I don’t think it’s a stretch to envision that, within 3-5 years, OSIsoft will have brought our technology to the other leagues.

GSB: Oh I would be shocked if it took that long. One last question: Does OSIsoft have any fan engagement programs? OSIsoft is, as far as I know, a B-to-B company, not business-to-consumer.

DD: You’re right, we’re B-to-B. Environmentally-focused fan awareness programs need to be the team’s responsibility, but we will keep innovating behind the scenes.

 

^ Sabermetrics = the application of advanced statistical analysis to baseball records, especially in order to evaluate and compare the performance of individual players.

 


 

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