Laserfiche WebLink
Quality Assurance Plan <br />A quality control program has been developed to ensure that the interior dike is constructed as <br />proposed. <br />Materials sampling, materials testing and materials inspection shall conform to the requirements <br />of the following table: <br />TABLE 1 <br />~onnm iesnngrroceaures <br />Earthwork ~ ASTM D698 Lab compaction of soils; <br />ASTM D4254, Relative Density; <br />ASTM D421-85, D422-63 Particle size and Soil <br />Constants; <br />ASTM D4318, Liquid Limit, Plastic Limit and <br />Plasticity Index; <br />ASTM D2487, Soils Classification <br />ASTM D1556, Density and Unit Weight by Sand-Cone <br />Method <br />ASTM D2922-96e1, Density and of Soil and Soi]- <br />Aggregate by Nuclear Methods <br />Each change of fill <br />material. For each <br />lift of fill placed, <br />perform sufficient <br />number of tests on <br />each type of material <br />to evaluate <br />conformance with <br />specifications <br />A qualified materials testing laboratory shall perform the testing, sampling and inspection as <br />defined. All testing performed on work that is not in conformance with the specifications shall <br />be done at the expense of the Contractor. <br />The test frequency for earthwork related to construction in Zone I and II materials shall be a <br />minimum of one test per every 1000 cubic yards of material compacted in place or a minimum of <br />3 tests per lift, whichever is more. Testing intervals shall be determined in the field by the <br />Engineer and testing lab technician. All other related° earthwork testing such as proctor density <br />curves an Atterburg limits shall be done as changes in borrow materials warrant. Good <br />engineering judgment shall be used to determine when a change in material warrants a new <br />Proctor; however, the use of numerous Proctor density curves for materials with the same <br />classification is discouraged and may be cause for rejection of testing <br />