Hello, my name is Noelia Sebagio-san. Today I would like to tell you about the research work entitled, Pyrality of soybean waste, a route to activated carbon-for-fung cyclotronomy capture. This work was developed at the end of the concept in corduvalgences. Nowadays the production of large-scale industrial products involved in the generation of waste in large volumes. The negative impact on the environment might be remedied by the revolutionization of these waste through different approaches. Examples of biomass waste grids are olipomas, corn cob, southern paste, sugar cane, badass, and many others. Among the solutions to this environmental problem, paroluses of these waste is the preferred alternatives. In general, in the biomass process, the starting material is introduced into the furnace at high temperatures and chemical reactions take place inside the oven. Depending on the condition used for example presence or not of an inner-carrier gas, short or long-resistant time, vacuum condition, etc. we can get different proportions of products like heat and electricity, biofuels such as bio oil and biogas, and biochar continue to have added chemical. Specifically the sweet stock uses in this study comes from the presence of soybean, stopped in oil. The residue left over from this production is what we call soybean paste. This soybean paste is run to part of the size of less than 1 millimeter and planted inside. If I consider glass and pool and then it is subjected to static paroluses. At temperatures around 250 and 350 Celsius degrees for 10, 30 and 60 minutes. After the reaction is complete, the ampoule is opened and the gas analysis is performed uses infrared spectroscopy. The remaining fraction composed by carbonated solids impregnated with soluble substance was as worship with acetonectrol and ethanol using a soft product apparatus. The solid is then dried and ready for the next stage. This mass recovery corresponds to what we call non-bola-tell fraction which is made up of the carbonated solid and solid products. It can be seen that the mass recovery in niche requires a reaction. Tens to remain constant half the temperature increases. Moreover, after washing the non-bola-tell fraction we left over the carbon and in this graph we can see the same temperature as the soil above where the proportional current tends to the constant value of half the temperature increases. It is also important to note that the percentage mass recovery seems to be in the opinion of the different reaction time. To find out the ability of this carbon to retain the best cycle tan on in 20 milligrams of them were placed on instruction disk and then a blank solution was pass a treat. Finally the chlorotene solution also was pass a treat and the adicose were analyzed by UV visible spectra. Here we show you the red line that corresponds to the spectra curve of chlorotene and then when this solution is passed through the carbon points then the one obtained at 10 minutes of viralosis the signal decreases by more than 70 percent similar result is obtained with the carbon at 60 minutes. While when we use both compare the tension immunity with the conventional carbon we found that the energy carbon has a 100 percent of retention. The conclusions of this work are that using the silbi residue we obtain a carbon with an effective retention of the chlorotene in acrysolution. This is expected at thermal and chemical activation of the carbon would further improve their absorption properties and it could be also of great interest to test the carbon without use matrices containing other pesticides or mixes thereof. Thank you very much. I'm looking forward for any questions you may have. Thank you.