Weapons Systems and Platforms

SERDP and ESTCP’s Weapons Systems and Platforms program area supports the development and demonstration of innovative technologies that enable DoD to reduce or eliminate the use of hazardous materials in its production and maintenance processes, reduce hazardous waste streams, and better understand and mitigate emissions and other environmental impacts that result from its operations.

Completed Projects List
Project Title Completed

Innovative Technology Development for Comprehensive Air Quality Characterization from Open Burning

Project Information
Project ID: WP-2153
Principal Investigator: Dr. Byung Kim, U.S. Army ERDC-CERL
SERDP Apr 2012

Replacement of HC in Handheld Obscurants

Project Information
Project ID: WP-2149
Principal Investigator: Mr. Nathan Seidner, ATK Launch Systems
SERDP Jan 2012

Surface Modified TiO2 Obscurants for Increased Safety and Performance

Project Information
Project ID: WP-2150
Principal Investigator: Dr. Steven Oldenburg, NanoComposix, Inc.
SERDP Nov 2012

Characterization of Open Burning/Open Detonation Emissions

Project Information
Project ID: WP-247
SERDP Oct 1997

Measuring and Modeling for OB/OD Permitting

Project Information
Project ID: WP-251
SERDP Oct 1997

A Field Program to Identify TRI Chemicals and Determine Emission Factors From DoD Munitions Activities

Project Information
Project ID: WP-1197
Principal Investigator: Dr. Kenneth Cowen, Battelle Memorial Institute
SERDP Jan 2006

Feasibility of New Technology to Comprehensively Characterize Air Emissions

Project Information
Project ID: WP-1672
Principal Investigator: Dr. Byung Kim, U.S. Army ERDC-CERL
SERDP Sep 2010

Non-Ozone Depleting Sealants for Ammunition Applications

Project Information
Project ID: WP-674
Principal Investigator: Mr. Dean Martinelli, US Army ARDEC
SERDP Jan 1997

Laser Ignition to Replace Chemical Ordnance Igniters for Propulsion

Project Information
Project ID: WP-680
SERDP Oct 1998

Recycling Propellants in Nonpolluting Supercritical Fluids: Novel Computational Chemistry Models For Predicting Effective Solvents

Project Information
Project ID: WP-695
Principal Investigator: Dr. Betsy Rice, US Army Research Lab
SERDP Oct 1998

Solventless Manufacture of Artillery Propellent Using Thermoplastic Elastomer Binder

Project Information
Project ID: WP-867
Principal Investigator: Dr. Lawrence Merwin, Naval Air Warfare Center
SERDP Oct 1999

Elimination of Toxic and VOC Constituents from Small Caliber Ammunition

Project Information
Project ID: WP-1057
Principal Investigator: Mr. John Middleton, AMSTA-AR-CCL-B, Bldg 65N
SERDP Oct 2000

Insensitive Munitions

Project Information
Project ID: WP-1072
Principal Investigator: Dr. Jim Short, Office of Naval Research (Code 333)
SERDP Oct 1999

Green Energetic Materials

Project Information
Project ID: WP-1115
Principal Investigator: Mr. Marc Magdinec, Naval Surface Warfare Center
SERDP Nov 1999

DoD/DOE Clean Agile Manufacturing of Energetics

Project Information
Project ID: WP-63
Principal Investigator: Dr. Jim Short, Office of Naval Research (Code 333)
SERDP Oct 1998

Extraction and Recycling of LOVA Propellants Using Supercritical Fluid Extraction

Project Information
Project ID: WP-660
SERDP Oct 1998

Investigation of MIC Materials for Electrically Initiated Lead Free Primers (SEED Project)

Project Information
Project ID: WP-1183
Principal Investigator: Mr. Ron Jones, NAVAIR Weapons Division
SERDP Jul 2004

Lead-Free Initiator Materials for Small, Electro-Explosive Devices For Medium Caliber Munitions

Project Information
Project ID: WP-1306
Principal Investigator: Dr. Ross Millar, QinetiQ
SERDP Jun 2003

Investigation of Alternative Energetic Compositions for Small Electro-Explosive Devices for Medium Caliber Ammunition

Project Information
Project ID: WP-1307
Principal Investigator: Mr. John Hirlinger, U.S. Army Armament Research, Development and Engineering Center (ARDEC)
SERDP Apr 2004

Environmentally Acceptable Medium Caliber Ammunition Percussion Primers

Project Information
Project ID: WP-1308
Principal Investigator: Mr. Michael Ellis, U.S. Army Armament Research, Development and Engineering Center (ARDEC)
SERDP Oct 2007