Impact of Pollutants in Surface Water Ecosystem using Hybrid Stochastic Geometry

The structural and ecological functions and the physical environment factor for the surroundings are used to compare the interrelated components to manage the boundaries and the terrestrial aspect of the aquatic systems. The problem of freshwater contamination can be evaluated to produce the marine ecosystem, and the marine ecosystem can be elaborated. By changing the chemical and biological characteristics, the water purity and the components of the water can be evaluated. The materials used in the research are MnWO4 / g-C3N4, BiVO4 / g-C3N4, ZnWO4 / g-C3N4, and CuWO4 / g-C3N4 used to obtain the 4-chlorophenol (4-CP), and Rhodamine B (RhB) by using the Photocatalytic Mechanism, the method of Hybrid Stochastic geometry. It consists of an Enhanced Reaction and Diffusion mathematical statement that can be proposed for dissolving oxygen using the Combined Phase Space Method equations. This study focused on modeling a time series on a suspension matter using the Bayesian Structural Time Series technique (BSTS). The statistical results were based on simulation procedures that employed the Kalman filter and the Monte Carlo Markov Chain (MCMC). The nutrients that tend to the 0 contractions in the study produce the eutrophication of the incorporating that can be managed in the population, and the recycling of the Photocatalytic chemicals was evaluated. Maintaining the standard model for the pollution on the surface of the water and modeling the ecosystem can be done to elaborate the surface of the water mode.