Microwave Assisted Green Extraction of Pectin from Citrus maxima Albedo and Flavedo, Process Optimization, Characterisation and Comparison with Commercial Pectin

The present study demonstrates that the albedo (AP) and flavedo (FP) portions of Citrus maxima, are often discarded as agricultural waste that has the potential to manufacture high-quality pectin. The efficacy of green microwave aided extraction (MAE) technology for pectin extraction yield from both the portions of citrus peels was examined using a response surface technique. However, further advancement has to be made in improving the functional parameters required for MAE. The optimal conditions for increased pectin yields for albedo (YAP %) and flavedo (YFP %) were found to be solid to solvent ratio (1:15), time (95 s) and power (450 watt). The predicted values of YAP (5.35%) and YFP (3.13) were in accordance with experimental values of YAP (5.57 %) and YFP (3.09 %) with small error % i.e., 3.90 % and 1.29 % for AP and FP respectively. The AP and FP extracted at optimum conditions were compared with commercial pectin (Cp) based on physicochemical properties, color, FT-IR, FE-SEM/EDX, XRD, and particle size analysis. Experimental result shows that AP and FP were classified as high methoxy pectin due to high DE values 72.76 % and 74.98 % respectively.

Authors
Arora Shubhangi1 , Kataria Priyanka1 , Ahmad Waseem1 , Mishra Ritesh2 , Upadhyay Shuchi3 , Dobhal Ankita1 , Bisht Bhawna1 , Hussain Afzal4 , Kumar Vinod 1, 5 , Kumar Sanjay1
Number of issue
1
Language
English
Pages
105-118
Status
Published
Volume
17
Year
2024
Organizations
  • 1 Graphic Era (Deemed to be University)
  • 2 Indian Institute of Technology
  • 3 University of Petroleum and Energy Studies, UPES
  • 4 King Saud University
  • 5 Peoples’ Friendship University of Russia (RUDN University)
Keywords
microwave extraction; pectin; Citrus maxima; response surface methodology; food science; Chemistry/Food Science; general; microbiology; analytical chemistry
Date of creation
01.07.2024
Date of change
01.07.2024
Short link
https://repository.rudn.ru/en/records/article/record/110005/
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