"We have made
significant investments in our fleet, technology and processes to improve our
fuel performance, which is a key part of Alaska 's
commitment to be the airline industry leader in environmental stewardship.
These sustainability efforts also help us keep our costs down in order to
provide better value for our customers," said Keith Loveless, Alaska Air
Group's executive vice president and general counsel. "We're proud and
gratified to see our efforts validated by such an independent and respected source
as the International Council on Clean Transportation."
The ICCT study looked at
fuel-consumption data reported annually by airlines to the U.S. Bureau of
Transportation Statistics. The study employed methodology developed by a team
of researchers at the Federal Aviation Administration's National Center of
Excellence for Aviation Operations Research (NEXTOR) at the University of
California, Berkeley, to evaluate fuel efficiency based on passenger miles
between origin and destination as well as airports served and/or flight
frequency. Researchers looked at fuel burned and identified inefficiencies,
such as the use of older technology, circuitous routing and taxiing with two
engines instead of one.
By improving its fuel
efficiency in recent years, Alaska Airlines reduced its carbon emissions by 30
percent (measured by flying one passenger one mile). This reduction was
accomplished through a variety of measures—most notably by migrating to
exclusively flying the Boeing 737 and Bombardier Q400, the most fuel-efficient
aircraft in their classes.
Alaska Airlines has also
made other improvements in its sustainability efforts:
• Sustainable service ware is used for inflight meals and
beverages. Additionally, Horizon Air flight attendants recycle 91 percent of all
paper, plastic, aluminum and glass generated onboard while Alaska cabin crews divert 80 percent of
recyclable materials.
• First-of-their-kind solar-powered boarding ramps are being
used in Seattle and San Jose , Calif.
This project enables passengers to enter and exit an aircraft faster by using
the front and rear doors simultaneously.
• Worked with the FAA and Port
of Seattle to implement new arrival
routes at Seattle-Tacoma
International Airport
using satellite-based navigation rather than ground-based radar. The shorter
routes, which became operational last spring, save fuel, lower carbon emissions
and noise, and reduce pilot-controller workloads.
• Installed the first airport wind-turbine solar panel in Nome , Alaska .
• In August 2013, Alaska became
the first airline to sign an agreement with Hawaii BioEnergy LLC to purchase
sustainable biofuel for its Hawaii
flights.
• Operated 75 passenger flights powered by a 20 percent biofuel
blend in November 2011. These flights demonstrated the viability and need for
an adequate, affordable and sustainable supply of alternative aviation fuel.
The biofuel project grew out of Alaska Air Group's involvement in Sustainable
Aviation Fuels Northwest, the first U.S. regional group of its kind to
study alternative aviation fuels.