MONDAY, SEPTEMBER 29, 2014
Coatings, surface preparation and corrosion control projects will share in more than $2.5 million in funding newly awarded by the National Shipbuilding Research Program.
The program's Executive Control Board has announced the support for 17 projects as part of NSRP's continuing mission to reduce costs associated with U.S. shipbuilding and repair.
Three projects, representing $449,000 in funding, are related to coatings, surface preparation and corrosion control.
![]() |
©iStock / nycshooter |
NSRP is awarding more than $2.5 million to 17 projects, including three related to marine coatings, surface preparation and corrosion control. |
The projects were selected from proposals submitted in April in response to NSRP's annual Panel Project Solicitation. The panels represent four main initiatives: ship design and material technologies; ship production technologies; business processes and information technologies, and infrastructure and support.
Coatings & Corrosion Focus
Coatings and corrosion prevention figure prominently in three of this year's awards.
Ingalls Shipbuilding will receive $150,000 for "Universal Primer and Surface Preparation Process," a project to reduce paint costs by eliminating the need for mechanical surface preparation when overcoating construction primer.
The project will evaluate alternate primers with extended overcoat windows and develop the technical and business case for their use in ship construction.
Elzly Technology Corp., NASSCO and BAE Systems SE Shipyards will get $149,000 for "Partial Blast of Ultra-High-Solids Coated Tanks," a project to quantify the risks and benefits of a partial blast procedure for use in ultra-high-solids coated tanks on Navy ships.
The process allows for a small amount of remaining tightly adhering coating. If effectively implemented for surface ships, the potential costs savings will be quantified and wording for NAVSEA 009-032 will be developed.
Elzyly Technology Corp. and Bath Iron Works will receive $150,000 for "Alternate Corrosion Control Methods for Inaccesible Void Spaces." This project aims to compile application and performance data on the various alternative corrosion control methods that have been used.
Based on this data, a guide document for shipbuilders will be developed that will contain logic for selecting appropriate alternative treatment methods.
The Projects
Following are the other 14 projects awarded, the grantees and the award amount.
![]() |
©iStock / m-1975 |
The panel projects represent four main initiatives: ship design and material technologies; ship production technologies; business processes and information technologies, and infrastructure and support. |
More information: www.nsrp.org.
Tagged categories: Corrosion protection; Funding; Marine; Marine Coatings; National Shipbuilding Research Program; Newport News Shipbuilding; Primers; Program/Project Management; Research; Shipyards; Surface preparation