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*30). The piping connection at the dam was not in good condition. A. Specifically, a chemical composition of an injected fluid (e.g., rainwater) is calculated in the well-known concentration form as C = nC1/nC2, where nC1 is the number of molecules of water (H2O) in a single fluid molecule and nC2 is the number of molecules in the total mass of injected fluid. However, since a measured flow rate Ei (i = 1, 2) is not necessarily the same as a calculated water flow rate Pi (i = 1, 2), the calculated C and measured C differ at points of the pipe on the dam as shown in Figure 2.1b, a total error that appears as a constant signal shown in Figure 2.1c is determined by the following equations (1) and (2). However, the exact cause of the error has not been clarified. nEi=nPi=m/v, where nEi is the total number of molecules in the measured flow rate, nPi is the total number of molecules in the calculated flow rate and m and v represent the mass flow rate and the average velocity of fluid, respectively. In addition, the error also occurs at pipe exit. Since the well-known concentration C is dependent on both mass and volume of injected fluid, the volume of injected fluid nV and mass of injected fluid m also differ from the actual injected fluid. In general, the mass of fluid injected is calculated as V(1) + V(2), but since the water volume V(1) differs from the calculated water volume V(2), the calculation of the mass flow rate m has an error. The calculated flow rate Pi and measured flow rate Ei have a difference of individual error elements such as nV, nPi, m, and v, thus the total error appears as a constant signal shown in Figure 2.1c. The cause of the error has been presumed to be that a calculated error in each fluid volume is added to an error in the mass of injected fluid. The calculation of each error element is subject to errors when a well pressure is applied, or when an error in the meter calibration or the assumption of an error of pipe diameter is applied. The error element is not specified in the well-known equations (1) and (2). Therefore, it is presumed that the constants nV, nPi, m, and v vary depending on each well site. Therefore, the error in the well site has not been corrected, and the equation (1) and (2) cannot be applied to a conventional model case as a final product. Therefore, the accuracy of the conventional multi-composition method is not sufficient. Furthermore, since the typical well site does not correct errors in the conventional method, errors are accumulated as well as the error elements vary from site to site. The prior art has 0b46394aab
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