Figures index

From

Physicochemical Assessment and Recovery Kinetics of Furfural from Agricultural Wastes Using Mineral and Acetic Acid

Ifeoma Nwabekee, Sunday Eze, Precious Emole, Christopher Elekwachi, Rutherford Ikenna Esiaba

World Journal of Agricultural Research. 2022, 10(2), 51-59 doi:10.12691/wjar-10-2-3
  • Figure 1. Effect of acid concentration on furfural yield (Key: RH = Rice husk, SD = Sawdust, CC = Corn cob)
  • Figure 2. Effect of salt on furfural yield using H2SO4 (Key: RH = Rice husk, SD = Sawdust, CC = Corn cob)
  • Figure 3. Effect of different acids on furfural yield
  • Figure 4a. Pseudo-first order kinetics for furfural recovery in sawdust. Blue line and dots depict H2SO4 and red line and dots depict CH3COOH
  • Figure 4b. Pseudo-second order kinetics for furfural recovery in sawdust. Blue line and dots depict H2SO4 and red line and dots depict CH3COOH
  • Figure 5a. Pseudo-first order kinetics for furfural recovery in rice husk. Blue line and dots depict H2SO4 and red line and dots depict CH3COOH
  • Figure 5b. Pseudo-second order kinetics for furfural recovery in rice husk. Blue line and dots depict H2SO4 and red line and dots depict CH3COOH
  • Figure 6a. Pseudo-first order kinetics for furfural recovery in corncob. Blue line and dots depict H2SO4 and red line and dots depict CH3COOH
  • Figure 6b. Pseudo-second order kinetics for furfural recovery in corncob. Blue line and dots depict H2SO4 and red line and dots depict CH3COOH