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WATER CHEMISTRY EVALUATION OF THE EXISTING STIG-1 AND PROPOSED LEC-1 INJECTION WELLS <br /> Aragonite 0.37 -8.00 -8.37 CaCO3 <br /> Calcite 0.51 -8.00 -8.51 CaCO3 <br /> CH4 (g) -130.07 -132. 97 -2. 90 CH4 <br /> Chalcedony 0.07 -3.42 -3.49 Si02 <br /> Chrysotile -1.26 30.30 31.56 Mg3Si205 (OH) 4 <br /> CO2 (g) -2.89 -4.42 -1.53 CO2 <br /> Dolomite 0.57 -16. 64 -17.21 CaMg(CO3) 2 <br /> Gypsum -1.31 -5.89 -4.58 CaSO4:2H2O <br /> H2 (g) -38.06 -41.23 -3.17 H2 <br /> H20(g) -1.38 -0.00 1.38 H2O <br /> H2S (g) -130.34 -131.39 -1.05 H2S <br /> Halite -3. 63 -2.04 1.59 NaCl <br /> N2 (g) -5.37 -8. 65 -3.28 N2 <br /> NH3 (g) -57.03 -55.36 1. 67 NH3 <br /> 02 (g) -5.33 -8.25 -2. 93 02 <br /> Quartz 0.48 -3.42 -3. 90 Si02 <br /> Sepiolite -1.13 14.49 15. 62 Mg2Si307.50H:3H2O <br /> Sepiolite (d) -4.17 14.49 18. 66 Mg2Si307.50H:3H2O <br /> Si02 (a) -0.75 -3.42 -2. 67 Si02 <br /> Sulfur -98.09 -93.33 4.76 S <br /> Talc 2. 65 23.46 20.81 Mg3Si4010 (OH)2 <br /> ------------------ <br /> End of simulation. <br /> ------------------ <br /> ------------------------------------ <br /> Reading input data for simulation 4. <br /> ------------------------------------ <br /> MIX 2 <br /> 1 0.5 <br /> 2 0.5 <br /> END <br /> ----------------------------------------- <br /> Beginning of batch-reaction calculations. <br /> ----------------------------------------- <br /> Reaction step 1. <br /> Using mix 2. <br /> Mixture 2. <br /> 5.000e-001 Solution 1 Domengine Formation Water May 1993 <br /> 5.000e-001 Solution 2 Calculated chemistry for blowdown water to <br /> be injected in Well 2 <br /> -----------------------------Solution composition------------------------- <br /> Elements Molality Moles <br /> C 1. 62le-003 1. 62le-003 <br /> Ca 1.159e-002 1.159e-002 <br /> Cl 1.073e-001 1.073e-001 <br /> K 1.814e-003 1.814e-003 <br /> TECHNICAL MEMORANDUM_V3.DOC 31 <br />