Wang Minghua, Cai Honglan, Qiao Qingan, and  Zhang Jiang. Research on Pesticide Adsorption Mechanism of Corn Stalk Biochar Based on Koh Thermal Activation. Dynamic Systems and Applications 29 (2020) No. 5, 1746 – 1754

https://doi.org/10.46719/dsa20202955

ABSTRACT.
Pesticide adsorption mechanism is a collection of agriculture materials used to combat boredom and illness and to increase rural productivity.  Extensive and wasteful use of pesticides has contaminated soil and water in previous decades through real symptoms on living forms. Using genetic modifications to a layer close to pesticides in the dust is an appropriate technique to take care of this problem by all layers inland. Cornstalk biochar depends on its high porosity, surface area, and KOH(thermal activation)useful raw materials and pyrolysis temperature, thus bioavailability of pesticides in contaminated soil. The system of corn stackbiochar on adsorption and desorption of pesticides in the dirt isn’t surely known. Either layer high or low, warm deterioration temperature negatively affects the adsorption of pesticides in the dust, because of the enormous number of useful gatherings, with one and the other because of the more significant surface territory. It likewise presented top to bottom future examination bearings by surveying the bioavailability of pesticide deposits in the dirt;the Pesticide adsorption mechanism actuates the stalk biochar in the trash to improve soil and its business bug spray. Pesticides evacuate contaminations, for example, the impact of synthetic qualities, the joined disintegration impact of corn enacted stalk biochar and the pesticides in the dirt, and the enormous scope impact.

Keywords: pesticide adsorption mechanism, stalk biochar, KOH (thermal activation), Pesticides