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<br />Vil. STORED LIQUID'MATERIALS (list each tank individually, but do not include underground or <br />buried tanks. Use additional sheets if necessary). <br /> <br />Tank <br />Number (A) <br /> <br />Tank <br />Ma terial (B) <br /> <br />Storage <br />Capacity (C) <br /> <br />Tank <br />Diameter (D) <br /> <br />Type of <br />Stored Liquid (E) <br /> <br /> , I <br /> A - T A nnn ?~1I1I1v AI <br />I I <br />I - <br />I <br />I <br />I I <br />! <br /> <br />A. Designate a number for each tank. <br /> <br />B. Indicate whether tank is steel, concrete, etc., and if constructed in accordance with <br />National Fire Protection Association (NFPA), American Petroleum Institute (API), <br />American Society of Testing and Materials (ASTM) or other applicable industry <br />construction code <br /> <br />C. Give design storage volume of each tank in gallons, barrels or cubic feet, etc. <br /> <br />D. Indicate diameter of each tank to nearest inch, <br /> <br />E. Identify the general nature of all the different 1cinds ofliquids stored (e.g., sulfuric acid, <br />soybean oil, gasoline, fuel oil, asphalt, etc.) <br /> <br />vm. PLANS {attach to application. Adequate sketches will be accepted} <br /> <br />A. Site layout (including tank numbers and distances along dikes: Also indicate distance to <br />nearest waterway or wells) <br /> <br />B. Provide detail of drainage structure <br /> <br />1X. SAFEGUARDS <br /> <br />A. Continuous Wall _ or Dike _ <br /> <br />1. Structural material (clay, sand, concrete, etc.) ~9N(:R[T[ <br /> <br />2. Typical height (feet) 8 I <br /> <br />width at top (feet) g I .- <br />and average width at bottom (feet> <br /> <br />If earth give side slope <br /> <br />2 <br />