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American <br />Excelsior - <br />Company `Ow <br />Earth Science Division <br />Design Values for CurlexR Sediment Logs�)and AEC Premier Straw Wattles <br />'Weight is based on a dry fiber weight basis at time of manufacture. Baseline moisture content of Great Lakes Aspen excelsior, AEC Premier Straw, and AEC Premier Coconut fibers are <br />22%, 15%, and 20%, respectively. <br />"Based on ASTM D5141. <br />"'Based on large-scale simulated rainfall testing. <br />""Testing in progress. <br />850 Avenue H East / Arlington, Texas 76011 <br />Phone 1 -800 -777 -SOIL / Fax 817-385-3585 / www.Cudex.com W0709RO114 <br />Attachment 2.05.3(3)-1 Page 78 June 2016 (TR -73) <br />Channel Desic <br />n <br />Slope Design <br />Product Name/ <br />3 <br />Density' (Ib/ft) <br />GPM/ft 2" <br />GPM linear ft of installed <br />P Factor"' event -based <br />( ) <br />% Soil Retained <br />Nominal Diameter <br />product <br />6" Curlex Sediment <br />2.4 <br />42.5 <br />19.5 <br />0.461 <br />53.9 <br />Log <br />9" AEC Premier <br />4.5 <br />7.5 <br />5.6 <br />0.676 <br />32.4 <br />Straw Wattle <br />9" Curlex Sediment <br />2.3 <br />42.5 <br />29.0 <br />0.461 <br />53.9 <br />Log <br />12" AEC Premier <br />3.8 <br />8.0 <br />8.0 <br />0.828 <br />17.2 <br />Straw Wattle <br />12" Curlex Sediment <br />2.5 <br />40.0 <br />36.7 <br />0.297 <br />70.3 <br />Log <br />20" AEC Premier <br />2.8 <br />,,,, <br />0,789 <br />21.1 <br />Straw Wattle <br />20" Curlex Sediment <br />1.4 <br />37.5 <br />46.9 <br />0.297 <br />70.3 <br />Log <br />'Weight is based on a dry fiber weight basis at time of manufacture. Baseline moisture content of Great Lakes Aspen excelsior, AEC Premier Straw, and AEC Premier Coconut fibers are <br />22%, 15%, and 20%, respectively. <br />"Based on ASTM D5141. <br />"'Based on large-scale simulated rainfall testing. <br />""Testing in progress. <br />850 Avenue H East / Arlington, Texas 76011 <br />Phone 1 -800 -777 -SOIL / Fax 817-385-3585 / www.Cudex.com W0709RO114 <br />Attachment 2.05.3(3)-1 Page 78 June 2016 (TR -73) <br />