Outreach through SERDP and ESTCP social media will begin to look different in the coming weeks. Instead of separate Twitter and Facebook pages for each of the five program areas, all content will be coming from the main SERDP-ESTCP accounts. However, our LinkedIn presence will remain the same. Click the link in the blog and make sure you are following us to stay up to date with projects, conferences, webinars and more!
SERDP and ESTCP support ASETSDefense Workshops to provide an opportunity for Design and Sustainment Engineers, Industrial Hygienists, Program Managers, and Government Officials to share recent developments and information on testing and implementation of sustainable chemical and process alternatives. The 7th Workshop on Sustainable Surface Engineering for Aerospace and Defense will be held at the Grand Hyatt of Denver Colorado, August 21-23, 2018. Visit www.ASETSDefense.org for links to meeting registration and hotel information.
ESTCP is gearing up for the 2018 Energy Exchange to be held August 21 to 23, 2018 in Cleveland, OH. The Energy Exchange is an excellent forum for ESTCP to interact with federal and private sector energy professionals, learn about developments in federal- building management and share results from our portfolio of new technology demonstration projects.
The Department of Defense has been using aqueous film forming foam (AFFF) since the 1970s to suppress fires. Due to this use, there are numerous sites with related per-and polyfluoroalkyl substance (PFAS) contamination.
The Society for Technical Communication is the world’s largest and oldest professional association dedicated to the advancement of the technical communication field.
We’re going to try a few new events at the upcoming SERDP and ESTCP Symposium and bringing back an old favorite. I’ll start with the old favorite since we have already gotten a lot of interest in this session. On Thursday, November 29th at noon we will be holding a session entitled “Funding Opportunities: How to Partner with SERDP & ESTCP.”
Engineers throughout the aerospace and defense industry are under constant and increasing pressure to improve corrosion and wear performance of materials while reducing the overall costs of acquisition and lifecycle sustainment. Simultaneously, occupational and environmental safety and health concerns are driving the replacement of the most widely used surface treatments. Under REACH, European companies are under pressure to assess and manage chemical risk.
The Department of Defense (DoD) operates over 500,000 buildings and structures with diverse inventory encompassing barracks, commissaries, data centers, office buildings, laboratories, and maintenance depots, among others. Most of these bases are largely dependent on a commercial power grid that is vulnerable to disruption from cyber-attacks, aging infrastructure, weather-related events and direct attack.
A vital piece of the Department of Defense’s (DoD) ability to meet its mission is the effective treatment of wastewater to protect public health and the environment as well as maximize operational flexibility. Advances in wastewater treatment at fixed installations and at forward operating bases (FOBs) can significantly contribute to meeting DoD’s sustainability goals, reduce operational costs, and improve overall mission performance.
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