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R <br /> _ MATERIAL SAFETY DATA SHEET No. <br /> GENIUM PUBLISHING COP,'-tiIAT10N IESEL FUEL OIL N0, '2-D <br /> 1145 CATALYN STRI ' r <br /> SCHENECTADY.NY 1230318,36 USA <br /> (518)377-8855 i'm am pftl anmo co ta. <br /> SECTION I. MATERIAL IDENTIFICATION Date October 1981 <br /> TERM NAME: DIESEL FUEL OIL NO. 2-D <br /> DESCRIPTION: Mixture of petroleum hydrocarbons; a ,distillate oil of low sulfur content <br /> OTHER DESIGNATIONS: ASTM D975, CAS 1 068 476 346 <br /> MANUFACTURER: Available from many Suppliers <br /> SECTION II, INGREDIENTS AND HAZARDS s HAZARD-DA I TA <br /> Diesel Fuel Oil No. 2-D <br /> Complex mixture of paraffinic, olefinic, na hthenic > <br /> P 95 -hr TWA 5mg/m` <br /> and aromatic hydrocarbons** (mineral oil mist) <br /> Sulfur content 0.5 <br /> Benzene*** <100 pp <br /> *Current OSFL1 standard and ACGIH (1981) TLV <br /> **Diesel fuels tend to be low in aromatics and high in <br /> - paraffinics. A min. Cetane No. of 40 is required <br /> (ASTM 13613). <br /> ***A low benzene level reduces carcinogenic risk. <br /> Fql oils can be exempted under the benzene standar <br /> r SECTION lII, PHYSICAL DATA <br /> �~ Boiling point range, deg F, - Ca 340-675 Specific gravity (H 0-1) <0.8b <br /> Solubility in water ---------- negligible Cloud point (wax), Seg C --- Ca 0 <br /> Viscosity at 40 C, cSt --------___ 1.9-4.1 <br /> Appearance and Odor: Clear, bright liquid with a mild petroleum odor. <br /> - 1 <br /> k' SECTION IV, FIRE AND EXPLOSION DATA LOxER UPPER <br /> _71ash Point and Method AiltOi£nicion Temp. I Flammability Limits In Air <br /> 125F min (PH) >50OF X by volume 0.6 7.5 <br /> Extinguishing Media: Dry chemical, carbon dioxide, foam, water spray. Use a water spray <br /> to cool fire exposed containers. Use a smothering technique for extinguishing fire <br /> of this combustible liquid. Do not use a forced water stream directly on oil fire as <br /> this will *uly scatter the fire. Material is a OSHA Class II combustible liquid. <br /> Firefighters should wear self-contained breathing apparatus and full protective cloth- <br /> ing. <br /> SECTION V, REACTIVITY DATA <br /> This is a stable material in cloned containers at room temperature under normal neorag <br /> and handiirg conditions. It does not uadergo hazardous polymerization. <br /> Incompatible with strong oxidizing agents; heating greatly increases fire hazard. <br /> Thermal -oxidative degradation may yield various hydrocarbons and hydrocarbon derive <br /> Liven (partial oxidation products)i CO„ and CO and SO2. <br /> ��u ��M -� . •is. k%•aGENIUM PUBLISHING <br />