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The most significant risk associated with Petroleum fuels is <br /> aromatic compounds• Skin contact will he eliminated <br /> exposure to wear, and gloves and the inhalation <br /> ex use of clothing, eyeappropriate n respiratory protective <br /> a <br /> an site air monitoring using <br /> hazard will be In using <br /> devices ecule <br /> as determined by pID) calibrated to the ben' tmmanager <br /> photoionization detectov The safety Coordinator/pro, <br /> with isobutylene gas encompassing. a conservative 50 <br /> ay <br /> will establish an exclusion zone encompxclusion the e <br /> the course <br /> foot radius from the won fieldrmeasurements� taken during one owill nes mbe <br /> be modified base activities. Access within this <br /> of investigative <br /> e limitations limited to required personnel. <br /> or <br /> Table ] . Also <br /> Current enforces one amity nts recommended <br /> and are p resented exposuiin Tabon these <br /> potential site c <br /> is additional hazard information <br /> presented in Appendix I <br /> compounds. <br /> Table 1 <br /> Hazard Exposure Guidelines <br /> Cal OSHA 1989-90 ACGIH <br /> TLV <br /> Substances pEL __.._-_____----_-- <br /> 10 ppm (TWA) <br /> 10 ppm (TWA) <br /> Benzene 25 PPm (Ceiling) <br /> 100 ppm (TWA) <br /> 100 ppm (TWA) 150 ppm (STEL) <br /> Toluene 150 ppm (STEL) <br /> 100 ppm (TWA) <br /> 100 ppm (TWA) 125 Ppm (STEL) <br /> 1 Ethylbenzene 125 PPm (STEL) <br /> 100 ppm (TWA) <br /> 100 ppm (TWA) 150 ppm (STEL) <br /> Xylene150 Ppm (STEL) <br /> t <br /> 300 ppm (TWA) 300 ppm (TWA)500 ppm (STEL) <br /> Gasoline 500 ppm (STEL) <br /> * pcssible contaminants that could be encountered as <br /> presently known. <br />