====== Water Chemistry of Samos Project ====== The project is carried out by Xinhao Li, Zehao Jin, Feng Chen and Shuangcheng Li under supervision of Prof. Dr. Christoph Külls. The aim of the project is to describe the water chemistry of the Heraion plain on Samos. ===== 2017/09/12 Tue ===== pH value and EC value of 10 water samples {{ :en:projekte:samples.xlsx |}} ===== 2017/09/13 Wed ===== ==== Example for Phreeqc ==== TITLE WK001 SOLUTION 1 units ppm pH 7.4 temp 25.0 Ca 412.3 Mg 1291.8 Na 10768.0 K 399.1 Alkalinity 141.682 as HCO3 S(6) 2712.0 N(5) 0.29 gfw 62.0 Cl 19353.0 END ==== Hydrogencarbonate results ==== The HCO3- results which got separately from direct calculation, {{ :en:projekte:aqion_wk001-029.zip |Aqion}} and {{ :en:projekte:phreeqcwk001-029.zip |Phreeqc}} are shown as follow. There might be some problem with WK007, and WK021 WK024 and WK025 are probably sea water. | | **direct** | **Aqion** | **Phreeqc** | | **WK001** | 278.59 | 268.4 | 300 | | **WK002** | 322.05 | 300.12 | 370 | | **WK003** | 339.66 | 326.96 | 350 | | **WK004** | 390.80 | 372.71 | 400 | | **WK005** | 237.17 | 232.41 | 240 | | **WK006** | 210.44 | 205.57 | 215 | | **WK007** | 198.74 | 194.59 | 200 | | **WK008** | 209.06 | 204.35 | 210 | | **WK009** | 210.61 | 206.18 | 215 | | **WK010** | 227.88 | 222.65 | 230 | | **WK011** | 326.80 | 317.81 | 330 | | **WK012** | 327.18 | 317.81 | 330 | | **WK013** | 153.40 | 150.67 | 155 | | **WK014** | 129.25 | 127.49 | 130 | | **WK015** | 224.76 | 220.21 | 230 | | **WK016** | 229.91 | 225.09 | 230 | | **WK017** | 191.73 | 187.88 | 185 | | **WK018** | 21.56 | 21.35 | 21 | | **WK019** | 309.17 | 300.73 | 302 | | **WK020** | 290.04 | 282.43 | 290 | | **WK021** | -2425.80 | | | | **WK022** | 276.79 | 276.33 | 280 | | **WK023** | 180.69 | 177.51 | 180 | | **WK024** | -1256.70 | | | | **WK025** | -2424.12 | | | | **WK026** | 296.44 | 286.7 | 290 | | **WK027** | 176.37 | 172.63 | 175 | | **WK028** | 265.81 | 259.25 | 260 | | **WK029** | 202.41 | 192.76 | 200 | ==== Example for Diagrammes ==== Template for {{ :en:projekte:samos-wk001.xls |Diagrammes}}. ===== 2017/09/14 Thu ===== Piper and shoeller diagrams made by {{ :en:projekte:diagrammes_with_excel.zip |Diagrammes}} {{:en:projekte:piper_diagram.jpg?400|}} {{:en:projekte:shoeller_1.jpg?400|}} {{:en:projekte:shoeller_2.jpg?400|}} ===== 2017/09/25 Mon ===== ==== Summary of diagrammes ==== {{ :en:projekte:analysis.docx |}} **Group 1** Members: 1.surface water WK015.028.010 2.groundwater type2 WK014.019 3.groundwater Wk006.008.023.026.016.005.011 4.spring WK017 This group mainly consists of 2 types of groundwater and few other types like 1 surface water and 1spring. They all have high Ca2+ concentration and lower Mg2+ and Na++K+ concentration. For anions, CO32-+HCO3- is higher, CI-+NO3- and SO42- are lower. **Group 2** Members: 1.sea water WK024 2.salty groundwater WK025 Na++K+ pretty high, Mg2+ low, Ca2+ super low CI-+NO3- are considerably high, SO42- is low, and CO32-+ HCO3- are nearly zero. **Group 3** Members: 1.spring WK018 2.salt lake WK022 These two both have a nearly equal concentration of Na++K+ and Ca2+, Mg2+ is much lower compared to them. CI-+NO3- and CO32-+HCO3- are also nearly equal, and SO42- are lower. But Mg2+ and CI-+NO3- are slightly higher in salt lake than spring. We predict these are probably a mixture of group 1 and group2. **Group 4** Members: 1. heraion WK001.003.004.029 Heraion plot in those areas with low Ca2+ low Mg2+, high Na++K+, high CI-+NO3- low CO32-+HCO3- and low SO42-. They might be some mixture of group1 and group2 or group3 and group3, even all of 3 groups. ===== 2017/09/28 Thu ===== {{ :en:projekte:mixing.xls |Mixing results}}