President’s
Message
crisis was “the moral equivalent of war,” and
my assignment was to research the controversy surrounding the “Greenhouse Effect.”
I interviewed scientists whose elaborate models of atmospheric carbon dioxide buildup
predicted possibilities of massive societal and
economic disruption from melting polar ice
caps and rising sea level, an increase in violent storms, population displacement and a
substantial northern shift in arable farming
climate. Remember, this was 1978.
Each year at this time, as winter finally
gives way to spring (here in New
England, anyway), I’m reminded of a
career decision I made 26 years ago to stay
in the energy field rather than accept an
offer from Jake Burton Carpenter to join him
in the early stages of his company, Burton
Snowboards. In hindsight, now that snowboarding is a hugely popular Olympic sport
and Jake is an iconic, self-made millionaire
doing cool television commercials for American Express and HP, it would seem I really
goofed. But, in retrospect, I believe now as I
did then, that working to transform how we
use energy is an important calling.
Today, society is dealing with record-high oil prices, massive urban population
growth, decaying infrastructure, declining
water resources and a panoply of environmental challenges largely due to increasing
fossil fuel consumption. From Wall Street to
Main Street, interest in greener energy solutions is growing exponentially, and the district energy industry is well positioned to ride
this groundswell of market forces. As I reflect
on the road not taken in spring 1982, I see
some interesting parallels between the path
ahead for district energy and the emergence
of snowboarding from a cottage (in this case,
barn) industry. It has gone from a disruptive
technology to market acceptance to a prominent Olympic sport.
I see some interesting parallels
between the path ahead for dis-
trict energy and the emergence
of snowboarding from a cottage
(in this case, barn) industry.
The Epiphany
My career epiphany occurred early in
college during a summer internship at the
Energy Policy Information Institute in Boston.
The year was 1978, when the second energy
Still other climatologists felt that increased
temperatures and moisture would enhance
cloud cover and therefore increase reflectivity
to offset UV radiation. Even then, there was
an “unsettled climate controversy” within
the scientific community.
In analyzing the causes of atmospheric
CO2 buildup, however, it was crystal clear to
me that energy efficiency was dramatically
undervalued and stymied by “principal-agent
problems” (as noted by Fred Krupp in his new
book Earth: The Sequel). I found that our
national energy policy needed major overhaul
and that unfettered fossil fuel consumption
and carbon dioxide emissions held real economic and environmental peril for future
generations. I had an epiphany that working
in the energy field would make for a challenging and interesting career where I could
both make a living and, possibly, a difference.
Throughout college, I stayed with energy
through work-study assignments at the U.S.
Department of Energy in Appropriate Technologies and Office of Consumer Affairs, culminating in a professional opportunity at the
DOE after graduation to oversee a solar
demonstration program. But the 1980 presidential election brought a change in the
White House, and the new administration’s
axe fell swiftly on the solar energy program,
ending my public sector career in energy
before it even began.
After graduation from Tufts University
and another summer of lifeguarding and bartending, I opted for a winter job in Vermont
at a slopeside ski lodge that included room,
board and a free season ski pass. It was here
at Bromley Mountain on a slope aptly named
“The Lord’s Prayer” that I first met Jake
Burton as he was testing new snowboard
prototypes after hours. I was immediately
hooked on the sport and, over the course of
the winter, I not only got pretty good at riding but also, without really trying, managed
to sell dozens of snowboards to young lodge
guests during after-hours snowboarding sessions.
As winter gave way to spring and my
“endless summer” came to a close, Jake
thanked me for selling a whole bunch of
boards and asked me to join his small company and tag along for a helicopter boarding
adventure in Utah where they were filming a
new video. Yet this was 1982 and in mulling
it over I had to consider that snowboarders
were still not allowed on ski areas and without real market access, and worse yet, the
onset of summer, the immediate financial
prospects of this opportunity seemed rather
thin. In declining, I told Jake that I might one
day regret it, but I felt compelled to return to
the alternative energy field where I had a
sense of mission. I wished him luck in converting the landed gentry to accepting his
renegade sport.
Snowboarder Turned
Energy Evangelist
One year later in spring 1983, after hiking
up in the backcountry to take a ride at Snowbird Utah, I was angrily “escorted” off the
slopes by the ski patrol, and I felt somewhat
vindicated in my career decision. At the time,
incumbent ski area owners still resisted innovation and new technology participants, much
like the treatment many investor-owned electric utilities give cogeneration developers
today. Citing issues like insurance risk and
probable damage to groomed trails, the
incumbents required that snowboard design
evolve by eliminating fins and adding bindings that would reduce runaway boards.
In effect, these changes both improved
the safety of snowboards and enhanced their
functionality. Like real-time monitoring, island-