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News > MacDill officials use multi-pronged approach to save aircraft fuel
 
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Fuel Savings
Staff Sgt. Benjamin Carlson examines a sample of jet fuel. Preserving the fuel is what is behind constant monitoring and planning at MacDill Air Force Base, Fla., ensuring no more is used during KC-135 Stratotanker missions than is needed. Sergeant Carlson is the NCO in charge of the 6th Logistics Readiness Squadron Fuels Lab. (Courtesy photo)
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MacDill officials use multi-pronged approach to save aircraft fuel

Posted 1/28/2011 Email story   Print story

    


by Nick Stubbs
6th Air Mobility Wing Public Affairs


1/28/2011 - MACDILL AIR FORCE BASE, Fla. (AFNS) -- Drivers who stay aware of their right foot, keep their engine tuned and adjust their car's tire pressure can save a few cents a day in gas costs. When the professionals who plan the flying missions at here get frugal, it can save thousands of dollars a day. That's why the 6th Air Mobility and 927th Air Refueling wings constantly monitor and plan with an eye toward greater fuel efficiency and savings.

The efforts here fall under the Air Mobility Command directive to maximize fuel savings while maintaining the mission, said Capt. Ryan Reed, from the 6th Operations Support Squadron. Captain Reed is in charge of keeping an eye on fuel consumption.

So far, changes in procedures and policies during recent months have added up to thousands of pounds of fuel saved, he said.

"The single biggest thing that has saved us here has been moving a lot of the (flight) training to the simulator," Captain Reed said. "It costs us about $500 per hour to train on the simulator, compared to about $5,000 per hour flying a KC-135 (Stratotanker)."

It's a balancing act, he said, as the KC-135 flight simulator on base must be supplemented by "real" flight time.

"There are certain things in training that require the real thing, but by doing more in the simulator and flying only when necessary, we save a lot of fuel," Captain Reed said.

More savings are realized by flying higher than in the past. The thinner atmosphere means less drag on the air frame, reducing the amount of power needed to propel the plane. MacDill's tankers also carry fewer pounds of fuel when they take off, the reduced weight cutting down on the fuel needed to carry the load Captain Reed said.

"That means we have less wiggle room," he said, referring to dealing with contingency situations that might require rerouting or spending more time in holding patterns waiting to offload fuel.

"It's a trade-off," he said. "The pilots don't have the (fuel) buffer they used to have, but it means they take off with less weight and return with less than they used to."

Carrying less applies to both the plane's supply as well as that carried to refuel aircraft. Captain Reed said measures are taken to ensure no more fuel is carried to a receiver aircraft than they are willing to take, as in the past it was common for aircraft to request more than they needed, meaning the tanker had to return with a heavier load than necessary.

Other factors that have added up to big savings at MacDill include less time running aircraft engines on the ground, careful monitoring of fuel usage on each mission and making adjustments when needed.

"Tracking is another area where we save," said Captain Reed, who added the wing increasingly looks at the ways commercial airlines economize for ideas on saving more fuel.

"You'll see commercial airlines taking magazines off to save weight," he said. "That attention to detail is something we are doing in our tracking."

The process will be ongoing, with adjustments for maximum savings without interfering with the mission always the objective, said Captain Reed, who added small savings will have to do until the day when the aging KC-135s are replaced with a modern tanker.

While the engines on the 50-year-old KC-135 fleet are newer and more efficient, the air frame itself is heavier and less efficient. There are more malfunctions and maintenance issues with older planes, which means more planes have to return early from missions, requiring additional landings and takeoffs, or push harder to make it to the destination on time.



tabComments
1/30/2011 11:08:04 PM ET
Looking good, Ben.
Curtis Carlson, Fort Collins CO
 
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