The Study Of Natural Antiriot And Oxalic Acid Reclaimed In Waste Fluid From Oxytertracycline

The paper introduces the production process of the natural antiriot solution, the application of sulfactants in the natural antiriot solution and Oxalic caid reclaimed with lead sulfate in waste waterfrom oxytertracycline. The paper consists of three chapters.In chapter one, the development of the natural antiriot and the interrelated application of sulfactants are reviewed; Oxalic acid reclaimed with lead sulfate in waste water from oxytertracycline was studied.In chapter two, the natural antiriot solution using capsaicin as the effective ingrident was investigated with RP-HPLC to determine the concentration of capsaicin. The application of sulfactants in the natural antiriot solution and the conditions that affects the concentration of effective ingrident and the stability of the natural antiriot solution, such as different inorganic caid and alkali, reaction time, temperature, organic modifiers and the concentration of antiseptic was investigated. In addition, the animals'reaction to the thrill of the different concentration of the natural antiriot was also investigated and the concentration in the safe range was determined by animal's experiment. The results show that under the optimum conditions ,the concentration of the effective ingrident comply to the requirement and the stability was more than a year. The production process was feasible ,and its stability was excellent.In charter three, Oxalic acid reclaimed with lead sulfate in waste water from oxytertracycline was investigated and its recoveries were determined by permaganate titration In addition, different approaches recovering the used lead sulfate were also investigated. The results show that under the optimum conditions the recovery of oxalic acid is over 92% and that the method is easy to operate and is fit for the reclamation of oxalic acid in factory.