Arsenic transport on velocity of flow pressured by variation of dispersion and diffusion in choba creek

Diffusion and dispersion in Choba Creek were monitored using modeling simulation under the influence of velocity. The study process arsenic deposition at various discharge stations, where contaminant was observed depositing different levels concentration. This implies that quality water creek has deposited as a substance environment, application monitoring diffusion rate are based on heterogeneity velocity; able to express significant impact diffusion, because transport experienced decrease concentration with respect increase distance for all figures, These conditions imply velocity some locations exhibited very low process, which would have resulted accumulation most location, this rates deposit exponential phase, but higher compare arsenic. Predicting Arsenic demonstrated area; result, from industries increased contaminant, source station points. is imperative contaminant's been investigated, pollution point sources assessed, experts will undoubtedly use model other contaminants, including heavy metals, any region nation.