Effect of Plasma Activated Water on the Degradation of Bifenazate and Spirodiclofen Residues on Cuimi kumquat and Impact on Its Quality

With the development of plasma-activated water (PAW) technology, its applications in fields food, agriculture, and biomedicine are becoming increasingly widespread. PAW has sterilization, pesticide residue reduction, anti-cancer, blood clotting functions. Traditional methods for degradation include home processing, baking freeze-drying, UV treatment; however, they generally suffer from poor efficiency adverse effects on fruit quality. This study found that treatment is a green efficient environmental technology with advantages simple operation, good effect, no secondary pollution. paper investigated reduction two acaricides, namely, bifenazate spirodiclofen, effect quality Cuimi kumquat. The results showed after treatment, residual amounts spirodiclofen were reduced to minimum 1.19 mg·kg−1 0.23 mg·kg−1, 74.35% 59.37% respectively compared control. Moreover, did not have any negative storage