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C. <br />April 8, 2014 <br />j. 21 Austin 1994 (G1.d), Austin 2000 (G1.d) <br />Design the site filling plan to facilitate screening of the active face from the <br />prevailing winds, whenever possible, to minimize the amount of windblown <br />dust released from the working face. <br />Current Status: To the extent feasible, the operator will fill each waste <br />management unit to facilitate screening of the active face from prevailing <br />winds. <br />k. 22 Austin 1994 (G1.e), Austin 2000 (G1.e) <br />Haul trucks canying easily airborne material shall be covered during <br />transport and sprayed with water prior to dumping if it is shown that this <br />would reduce dust emissions during off-loading activities within the landfill. <br />Current Status: Forward's haul trucks do not typically carry easily airborne <br />material. When easily airborne materials, such as dry ash, are transported <br />on site, the materials are sprayed with water during off loading. <br />1. 23 Austin 1994 (G1.0, Austin 2000 (G1.0 <br />The landfill operator shall restrict truck and equipment travel over loose, <br />uncompacted, unpaved surfaces. <br />Current Status: Forward routes trucks to active waste management units <br />over compacted roadways. <br />m. 24 Forward 1993 (D5) <br />A particulate/meteorological monitoring station should be installed on the <br />project site, preferably near the site boundary with one of the closer <br />residential receptors. This monitoring station should be operational for a <br />minimum of six months during the dry season (April -September) before <br />landfill activity begins to intensify as a result of project implementation. <br />Data should be collected daily during this baseline period, during the <br />landfill's transition to higher project -related activity levels, and during the <br />landfill's peak operational phases thereafter. If the more intensive landfill <br />operations are found to increment the 24-hour average of the annual <br />average PM10 levels by more than 5 ug/m3 over baseline, respectively, <br />even with the implementation of all the above-mentioned dust controls, <br />further dust control measure and/or limits on the amount of waste received <br />at the site may be necessary to control PM10 impacts. <br />- Current Status: The PM10 -- station was installed and monitored for several-. <br />months in 2008. Monitoring was also conducted from April to September in <br />2009 to 2012 and will be continued in 2013. <br />Page 36 <br />