A significant limit to the performance of any marine platform arises from surface fouling by marine organisms. The response to this is to develop nontoxic approaches to antifouling and fouling release coatings. The state-of-the-art antifouling coatings are copper rosin or copper self polishing coatings, while fouling-release coatings are silicone-based. The overall program is broad with contributions from surface and adhesion science, analytical chemistry, and marine biology. Portions of this program are allied with the polymer science programs and are focused on the synthesis of new coatings. Current approaches include improved silicones, low surface energy coatings, amphiphilic, zwitterionic-containing and textured/patterned coatings with complex topographies.
The long-term goals of this Office of Naval Research (ONR) program are to develop new approaches to antifouling or foul-release coatings with the following attributes: non-toxic or environmentally benign; durable in order to allow 12 -year dry-dock intervals; improved anti-fouling performance over existing copper-based paints. As marine fouling involves living organisms, there is a close cooperation between this program and programs maintained by Dr. Linda Chrisey of the ONR Human and Bioengineered Systems Division. ONR welcomes research ideas and suggestions from a variety of scientific and technical disciplines.
- Hull coatings for all ships
Science, Technology, Engineering & Mathematics Education, Outreach and Workforce Program 15-0002
FOA-15-0002 (PDF - 362.88 KB)
Published: October 21, 2014 02:08 PM EST | Full Proposals will be accepted until September 30, 2015 12:00 AM EST
White Papers due no later than February 28, 2015 12:00 AM EST
Long Range Broad Agency Announcement (BAA) for Navy and Marine Corps Science and Technology 15-001
15-001 (PDF - 1.07 MB)
Amendment 0001 (PDF - 1.07 MB)
Amendment 0002 (PDF - 78.93 KB)
Amendment 0003 (PDF - 490.66 KB)
Published: September 29, 2014 11:22 AM EST | Full Proposals will be accepted until September 30, 2015 03:00 PM EST