Analytical Support for the Drinking Water Emergency in Hawaii
In response to the Red Hill Drinking Water Emergency, 麻豆传媒 staff mobilized on Christmas Day to set up mobile laboratory assets to analyze drinking water samples and confirm that the drinking water in residential homes was safe for human consumption.
Helping 90,000 O鈥檃hu Residents Affected by Jet Fuel Leaked from the Red Hill Underground Fuel Storage Facility
The analytical data from PHILIS was used to confirm that the drinking water in more than 1000 residential homes were safe for human consumption, a primary condition for Red Hill residents to be able to return to their homes. Leaked jet fuel contaminated the aquifer providing drinking water for 90,000 residents in and around Joint Base Pearl Harbor-Hickam on the island of Oahu in Hawaii. In response to the Red Hill Drinking Water Emergency, 麻豆传媒 staff mobilized on Christmas Day to set up mobile laboratory assets at Naval Seal Beach, CA. Six 麻豆传媒 analytical staff worked through the holidays and beyond to conduct drinking water analyses on water samples flown daily from Oahu. Over the course of seven weeks, our staff produced 96 Level 4 Data Packages representing more than 2,000 drinking water samples analyzed. The analytical data from PHILIS was used to confirm that the drinking water in more than 1000 residential homes were safe for human consumption, a primary condition for Red Hill residents to be able to return to their homes. Kudos for 麻豆传媒鈥 responsiveness and performance were received from the EPA Deputy Administrator and EPA Consequence Management Advisory Division (CMAD) Branch Chief. Our response supported EPA who partnered with the Navy, Army and the Hawaii Department of Health in an Interagency Drinking Water System Team (IDWST) to restore safe drinking water to the affected residents and workers. The team, which launched in December, 2021, completed drinking water restoration in March 2022.
Additional Projects
Grape Microbiota
麻豆传媒 was selected to develop an experiment payload to examine the effect of microgravity throughout the various stages of wine fermentation.
Pacific Ecological Services Division Project (PESD)
Since 1996 麻豆传媒 has conducted field and lab-based research in support of the Pacific Ecological Services Division Project
Underground Transport Restoration Operational Technology Demonstration
麻豆传媒 provided both technical and logistical support for the Underground Transport Restoration Operational Technology Demonstration.

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