Pueblo Plant Tests New Medical Device to Ensure Workers Stay Hydrated

Dr. Linda Sturtevant, staff physician, Pueblo Chemical Agent-Destruction Pilot Plant (PCAPP), demonstrates the plant’s new hydration testing system on Aron Realey, deputy medical services manager, PCAPP. The new system is expected to be less costly and more efficient than the plant’s existing system.
Dr. Linda Sturtevant, staff physician, Pueblo Chemical Agent-Destruction Pilot Plant (PCAPP), demonstrates the plant’s new hydration testing system on Aron Realey, deputy medical services manager, PCAPP. The new system is expected to be less costly and more efficient than the plant’s existing system.

The Pueblo plant medical team is conducting a study on a new worker hydration testing system that could enhance workforce protection and save the plant money, effort and time.

“We are excited about the potential of this device,” said Aron Realey, deputy project medical services manager, Pueblo Chemical Agent-Destruction Pilot Plant (PCAPP). “If the device results prove to be accurate, this would be a valuable addition to PCAPP as well as other sites.”

With the new system, test strips are automatically inserted into an all-in-one device and tapped on a worker’s tongue, taking seconds from test to result.

The new hydration testing system is more cost-effective and efficient, said Dr. Linda Sturtevant, staff physician, PCAPP. She said testing does not have to be conducted by medical personnel, and results are available on location in seconds. The new system could be implemented if initial results prove conclusive.

“The device is portable and rechargeable,” Sturtevant said. “If study results show it to be viable, it could also be used in the field by supervisors to combat heat-stress situations.”

Workers can opt to not participate in the study and continue with regular hydration testing, which is assessed by urine specific gravity test and body weight change. Results for this testing take about 10 minutes and then must be analyzed and interpreted using color strips.

Medical staff is being trained on the new equipment with a goal to start in February. The study will take approximately six to eight weeks.

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