From: | steve@miltoxproj.org |
Date: | 2 Jun 2003 23:47:00 -0000 |
Reply: | cpeo-military |
Subject: | [CPEO-MEF] Green Missiles |
X-Topica-Id: <1054587875.inmta006.21527.1159596> Return-Path: <steve@miltoxproj.org> Received: (qmail 8198 invoked by uid 0); 2 Jun 2003 21:04:34 -0000 Received: from unknown (HELO mail.midmaine.com) (69.24.239.7) by 0 with SMTP; 2 Jun 2003 21:04:34 -0000 Received: (qmail 2296 invoked from network); 2 Jun 2003 21:00:01-0000 Received: from unknown (HELO steve) (216.220.228.241)by mailclone2.midmaine.com with SMTP; 2 Jun 2003 21:00:00 -0000 MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii"; format=flowed - Don't know if this presentation ever went around here, but seems appropriate given perchlorate situation. One wonders how much - if any - funding is going into R&D to replace the perchlorate in rocket and muntions propellant. Maybe Boxer and company can take that up. _From 1999 SERDP/ESTCP symposium: Partners in Environmental Technology Poster No. 128 THE GREEN MISSILE PROGRAM ROBERT STANLEY, Ph.D. U.S. Army Aviation and Missile Command AMSAM-RD-PS-R Redstone Arsenal, AL 35898 (256) 876-7478 Robert.Stanley@redstone.army.mil The Green Missile Program is an integrated pollution prevention research effort funded by the Strategic TEnvironmental Research and Development Program (SERDP) designed to develop alternative materials and technologies for solid rocket motor propulsion systems. The program has team members representing the Army, Navy, Air Force, and EPA. The specific objectives of the program are to 1) develop propellants which do not do not contain lead catalyst for both extrudable and castable propellant processes; 2) develop and demonstrate complete and clean HCl-free combustion; 3) develop and demonstrate the use of liquefied gases for environmentally friendly processing of energetic oxidizers and components resulting in elimination of solvents and reductions in VOC waste stream generation; and 4) develop TPE-based grain inhibitors to allow for a solvent-free application. Currently, alternatives for lead have been identified for both castable and extrudable formulations. Evaluation of the alternative materials is ongoing. Ammonium perchlorate free baseline formulations have also been developed. Several successful experiments have been completed to validate the solventless processing systems for oxidizers. Scale-up for generating pound quantities of comminuted oxidizers has also been completed. ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ | |
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