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Team Dover exercises fuel spill containment

Firefighters assigned to the 436th Civil Engineer Squadron operate an emergency shower to remove simulated Jet-A fuel from a person who feigned full-body exposure during a fuel spill exercise April 20, 2017, at Dover Air Force Base, Del. After showering, members exposed to dermal contact with jet fuel or other hazardous materials require immediate medical evaluation and treatment. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Firefighters assigned to the 436th Civil Engineer Squadron operate an emergency shower to remove simulated Jet-A fuel from a person who feigned full-body exposure during a fuel spill exercise April 20, 2017, at Dover Air Force Base, Del. After showering, members exposed to dermal contact with jet fuel or other hazardous materials require immediate medical evaluation and treatment. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Senior Airman David Dejarnette, 436th Medical Operations Squadron medic, takes the blood pressure of Patrick Shaffer, 436th Logistics Readiness Squadron Petroleum, Oil and Lubricants fuel systems operator, during a fuel spill exercise April 20, 2017, at Dover Air Force Base, Del. During the simulation, Shaffer feigned full-body Jet-A fuel exposure to evaluate Team Dover’s emergency response capabilities. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Senior Airman David Dejarnette, 436th Medical Operations Squadron medic, takes the blood pressure of Patrick Shaffer, 436th Logistics Readiness Squadron Petroleum, Oil and Lubricants fuel systems operator, during a fuel spill exercise April 20, 2017, at Dover Air Force Base, Del. During the simulation, Shaffer feigned full-body Jet-A fuel exposure to evaluate Team Dover’s emergency response capabilities. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Senior Airman Seth Bollmann, 436th Civil Engineer Squadron Fire Department driver operator, opens a hydrant prior to filling a firetruck’s onboard water reservoir during a fuel spill exercise April 20, 2017, at Dover Air Force Base, Del. Members of the fire department demonstrated equipment functionality and knowledge at the direction of the Wing Inspection Team evaluators. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Senior Airman Seth Bollmann, 436th Civil Engineer Squadron Fire Department driver operator, opens a hydrant prior to filling a firetruck’s onboard water reservoir during a fuel spill exercise April 20, 2017, at Dover Air Force Base, Del. Members of the fire department demonstrated equipment functionality and knowledge at the direction of the Wing Inspection Team evaluators. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Tech. Sgt. Scott Morisette (right), 436th Civil Engineer Squadron Fire Department NCO in charge of logistics, plans emergency response during a fuel spill exercise April 20, 2017, at a temporary command center on Dover Air Force Base, Del. Morisette acted as the on-scene commander to coordinate emergency response and fuel containment efforts. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Tech. Sgt. Scott Morisette (right), 436th Civil Engineer Squadron Fire Department NCO in charge of logistics, plans emergency response during a fuel spill exercise April 20, 2017, at a temporary command center on Dover Air Force Base, Del. Morisette acted as the on-scene commander to coordinate emergency response and fuel containment efforts. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Airman 1st Class Kristina Di Maria tapes the boot of Senior Airman Jorge Rijo to his chemical suit during a fuel spill exercise April 20, 2017, at Dover Air Force Base, Del. Di Maria and Rijo, 436th Aerospace Medicine Squadron bioenvironmental engineering technicians, supported the exercise by monitoring air quality at the simulated spill site. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Airman 1st Class Kristina Di Maria tapes the boot of Senior Airman Jorge Rijo to his chemical suit during a fuel spill exercise April 20, 2017, at Dover Air Force Base, Del. Di Maria and Rijo, 436th Aerospace Medicine Squadron bioenvironmental engineering technicians, supported the exercise by monitoring air quality at the simulated spill site. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Airman 1st Class Kristina Di Maria,  436th Aerospace Medicine Squadron bioenvironmental engineering technician, seals a chemical suit during a fuel spill exercise April 20, 2017, at Dover Air Force Base, Del. Di Maria and other 436th AMDS bioenvironmental engineering technicians demonstrated their ability to safely work around potentially hazardous materials during the exercise. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Airman 1st Class Kristina Di Maria, 436th Aerospace Medicine Squadron bioenvironmental engineering technician, seals a chemical suit during a fuel spill exercise April 20, 2017, at Dover Air Force Base, Del. Di Maria and other 436th AMDS bioenvironmental engineering technicians demonstrated their ability to safely work around potentially hazardous materials during the exercise. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Senior Airman Jorge Rijo, 436th Aerospace Medicine Squadron bioenvironmental engineering technician, adjusts his respirator during a fuel spill exercise April 20, 2017, at Dover Air Force Base, Del. Rijo and a coworker prepared to measure air quality at the site of a simulated fuel spill. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Senior Airman Jorge Rijo, 436th Aerospace Medicine Squadron bioenvironmental engineering technician, adjusts his respirator during a fuel spill exercise April 20, 2017, at Dover Air Force Base, Del. Rijo and a coworker prepared to measure air quality at the site of a simulated fuel spill. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Emergency responders assigned to the 436th Airlift Wing investigate a simulated large-volume fuel spill during an exercise April 20, 2017, at Dover Air Force Base, Del. The exercise simulated damage to a fuel silo, pictured in the background. These siloes are capable of holding millions of gallons of Jet-A fuel. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Emergency responders assigned to the 436th Airlift Wing investigate a simulated large-volume fuel spill during an exercise April 20, 2017, at Dover Air Force Base, Del. The exercise simulated damage to a fuel silo, pictured in the background. These siloes are capable of holding millions of gallons of Jet-A fuel. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Senior Airmen Alexander Delfs (left) and Jorge Rijo, 436th Aerospace Medicine Squadron bioenvironmental engineering technicians, monitor air quality for airborne hydrocarbons April 20, 2017, near a flightline drainage spill gate on Dover Air Force Base, Del. Airborne hydrocarbon concentrations are strong indicators of potential combustion and inhalation risks. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Senior Airmen Alexander Delfs (left) and Jorge Rijo, 436th Aerospace Medicine Squadron bioenvironmental engineering technicians, monitor air quality for airborne hydrocarbons April 20, 2017, near a flightline drainage spill gate on Dover Air Force Base, Del. Airborne hydrocarbon concentrations are strong indicators of potential combustion and inhalation risks. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Tech. Sgt. Matthew Miiller, 436th Civil Engineer Squadron Fire Department crew chief, provides communication support as Senior Airman Alexander Delfs, 436th Aerospace Medicine Squadron bioenvironmental engineering technician, uses a Draegar Civil Defense Simultest Kit to measure airborne hydrocarbons at the scene of a simulated fuel spill during an exercise April 20, 2017, near a flightline drainage spill gate on Dover Air Force Base, Del. Bioenvironmental engineering technicians provide various hazmat response capabilities around the Air Force. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)
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Tech. Sgt. Matthew Miiller, 436th Civil Engineer Squadron Fire Department crew chief, provides communication support as Senior Airman Alexander Delfs, 436th Aerospace Medicine Squadron bioenvironmental engineering technician, uses a Draegar Civil Defense Simultest Kit to measure airborne hydrocarbons at the scene of a simulated fuel spill during an exercise April 20, 2017, near a flightline drainage spill gate on Dover Air Force Base, Del. Bioenvironmental engineering technicians provide various hazmat response capabilities around the Air Force. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Senior Airman Jorge Rijo, 436th Aerospace Medicine Squadron bioenvironmental engineering technician, monitors air quality with a photoionization detector during a fuel spill exercise April 20, 2017, near a flightline drainage spill gate on Dover Air Force Base, Del. The detector measures airborne chemical and oxygen concentrations to determine the degree of air contamination in hazmat emergencies. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)
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Senior Airman Jorge Rijo, 436th Aerospace Medicine Squadron bioenvironmental engineering technician, monitors air quality with a photoionization detector during a fuel spill exercise April 20, 2017, near a flightline drainage spill gate on Dover Air Force Base, Del. The detector measures airborne chemical and oxygen concentrations to determine the degree of air contamination in hazmat emergencies. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

From left, Tech. Sgt. Jeffry Stamm, 436th Aerospace Medicine Squadron Bioenvironmental Engineering flight chief, provides simulated air quality values with Senior Airmen Jorge Rijo and Alexander Delfs, bioenvironmental engineering technicians, during a fuel spill exercise April 20, 2017, near a flightline drainage spill gateon Dover Air Force Base, Del. Rijo relayed the simulated values via radio to the temporary control center, which acted as a communication hub between emergency responders and other installation command agencies. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)
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From left, Tech. Sgt. Jeffry Stamm, 436th Aerospace Medicine Squadron Bioenvironmental Engineering flight chief, provides simulated air quality values with Senior Airmen Jorge Rijo and Alexander Delfs, bioenvironmental engineering technicians, during a fuel spill exercise April 20, 2017, near a flightline drainage spill gateon Dover Air Force Base, Del. Rijo relayed the simulated values via radio to the temporary control center, which acted as a communication hub between emergency responders and other installation command agencies. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Thomas Krass, 436th Civil Engineer Squadron Fire Department assistant fire chief, debriefs Senior Airmen Alexander Delfs and Jorge Rijo, 436th Aerospace Medicine Squadron bioenvironmental engineering technicians, at a temporary command center during a fuel spill exercise April 20, 2017, at Dover Air Force Base, Del. The bioenvironmental engineers relayed pertinent information about the simulated fuel spill, which allowed the on-scene commander to make informed command decisions. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)
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Thomas Krass, 436th Civil Engineer Squadron Fire Department assistant fire chief, debriefs Senior Airmen Alexander Delfs and Jorge Rijo, 436th Aerospace Medicine Squadron bioenvironmental engineering technicians, at a temporary command center during a fuel spill exercise April 20, 2017, at Dover Air Force Base, Del. The bioenvironmental engineers relayed pertinent information about the simulated fuel spill, which allowed the on-scene commander to make informed command decisions. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Staff Sgt. Robert Simpson, 436th Civil Engineer Squadron Infrastructure and Utilities water and fuel systems maintenance technician, places a containment boom during a fuel spill exercise April 20, 2017, at a flightline drainage spill gate on Dover Air Force Base, Del. The containment boom is specially designed to work on both land and water to keep spilled fuel in a controlled area. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)
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Staff Sgt. Robert Simpson, 436th Civil Engineer Squadron Infrastructure and Utilities water and fuel systems maintenance technician, places a containment boom during a fuel spill exercise April 20, 2017, at a flightline drainage spill gate on Dover Air Force Base, Del. The containment boom is specially designed to work on both land and water to keep spilled fuel in a controlled area. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

Staff Sgt. Robert Simpson, 436th Civil Engineer Squadron Infrastructure and Utilities water and fuel systems maintenance technician, adjusts a containment boom at a flightline drainage spill gate during a fuel spill exercise April 20, 2017, at Dover Air Force Base, Del. Along with the containment boom, Team Dover’s emergency responders would also close the drainage gate during a real-world emergency. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)
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Staff Sgt. Robert Simpson, 436th Civil Engineer Squadron Infrastructure and Utilities water and fuel systems maintenance technician, adjusts a containment boom at a flightline drainage spill gate during a fuel spill exercise April 20, 2017, at Dover Air Force Base, Del. Along with the containment boom, Team Dover’s emergency responders would also close the drainage gate during a real-world emergency. (U.S. Air Force photo by Senior Airman Aaron J. Jenne)

DOVER AIR FORCE BASE, Del. -- Team Dover emergency responders from several base agencies participated in a fuel spill exercise April 20, 2017, here.

The scenario: a hurricane struck the coast of Delaware and approximately 2.5 million gallons of Jet-A fuel spilled when a housing container was damaged. The high winds spread fuel outside the permanent containment area surrounding the silos. One person suffered full-body exposure to the fuel and needed immediate medical treatment.

The exercise, conducted under the Commander’s Inspection Program, was designed to fulfill annual requirements and test the emergency response capabilities and readiness of the installation, said Tech. Sgt. Rachel Weis, 436th Airlift Wing Inspector General NCO in charge of wing exercises.

“The exercise tested the base’s ability to respond to real world situations based on historical events and real world scenarios,” Weis said. “We worked with our mission partners to both meet inspection requirements and effectively test our capabilities to respond to a catastrophic event.”

Members from the 436th Security Forces Squadron; 436th Civil Engineer Squadron’s Fire Department and Infrastructure and Utilities shop; 436th AW Emergency Management; 436th Medical Operations Squadron ambulance response team; and 436th Aerospace Medicine Squadron’s bioenvironmental engineering flight came together to provide a unified response to the simulated threat.

All involved agencies provided coordinated response under the direction of the on-scene commander, Tech. Sgt. Scott Morisette, 436th CES Fire Department NCOIC of logistics.

“This was a great learning experience for all of us,” Morisette said. “This was my first time as the on-scene commander for this type of emergency response and also my first time interacting with some of these agencies. We all have our own terminology and ways of communicating, so it’s very important that we practice like this so we’re prepared if something like this were to ever happen in real life. Team Dover is more than capable of providing top notch emergency response in any situation, and exercises like these just help us be more prepared and proficient if the need ever arises.”

As the exercise wrapped up and responders packed up their gear to return to their workplace, Weis and the rest of Team Dover’s Wing Inspection Team began comparing notes to identify exceptional moments and areas for improvement.

“The exercise was a success,” Weis said. “We met all of our internal and external training objectives. It was a chance for us to strengthen our plans and programs with internal and external agencies. We were able to uncover some strengths and suggest some improvement points, which will make us more prepared for emergency response in the future.”