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File: 961031_950925_0631rpt_00n.txtIZ CHEMICAL MUNITIONS Filename:0631rpt.00n [ (b)(2) ] RESPOND TO TASK [ (b)(2) ] PASS TO THE ITF OPS OFFICER 27 NOV 1745 BY: [ (b)(6) ] SUBJ: IZ CHEMICAL MUNITIONS 1. Your organization has requested information on the basis for an assessment of limited Iraqi agent shelf life. This assessment represents the best judgment of the most experienced and knowledgeable CW analysts [ (b)(1) sec 1.3(a)(4) ]. Realizing the potential implications of this assessment, it was not taken lightly. Unless there is specific evidence to the contrary, this assessment should be accepted. 2. [ (b)(1) sec 1.3(a)(4) ] confirmed the DIA assessment on the short shelf life of Iraqi CW agents. [ (b)(1) sec 1.3(a)(4) ] Iraq has been unable to produce high quality chemical agent in its production plants due to poor operating practice. [ (b)(1) sec 1.3(a)(4) ] nerve agent produced at Samarra is of poor quality. Sarin produced at Samarra has a purity of between 20 and 50 percent due to poor quality control of the chemical processes as well as the precursor chemicals which are used. (By contrast, laboratory produced Sarin has a purity level of 90 percent and retains its potent toxicity.) 3. Due to the deficiencies of Iraqi chemical processes and the impurity of their chemical precursors, DIA continues to believe that all Iraqi unitary chemical agents have a limited shelf life. 4. [ (b)(1) sec 1.3(a)(4) ] 5. Probably the majority of Iraqi chemical agents are filled into munitions, with a small reserve stockpile retained in bulk chemical form. 6. We believe the Iraqi binary agents are most likely the nerve agents sarin (GB) and GF. In a binary configuration, these agents are formed by reaction of an alcohol with methylphosphonic difluoride (DF). For sarin, the alcohol used is isopropanol; for GF, the alcohol is cyclohexanol. 7. DIA has no specific information on component packaging and storage procedures or on procedures for warhead assembly and filling of binary agents. Prepared by: [ (b)(6) ]
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