A Comparison of Mineral Extraction Techniques of Citrus Juices as Analyzed by Inductively Coupled Plasma Atomic Emission Spectrometry
Ruhi Rezaaiyan, S. Nikdel
Abstract
Ruhi Rezaaiyan, S. Nikdel
Abstract
ABSTRACT Two methods of mineral extraction for citrus juices were investigated: dry ashing in a muffle furnace and wet ashing in a microwave oven. Elemental concentrations were determined by Inductively Coupled Plasma Atomic Emission Spectrometry (ICP‐AES). For reference, a synthetic multielement mixture was prepared and analyzed. Results for the multielement solution using wet ashing in a microwave oven or dry ashing in a muffle furnace differed by less than 10% from those for an undigested, but diluted solution. An exception was boron, of which 96% was lost in the muffle furnace. Grapefruit juice analysis showed differences in concentration of less than 10% for all elements. Orange juice samples, however, showed greater losses for Na (16%), Si (13%), and Sn (11%) with the dry ashing method.
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ABSTRACT Two methods of mineral extraction for citrus juices were investigated: dry ashing in a muffle furnace and wet ashing in a microwave oven. Elemental concentrations were determined by Inductively Coupled Plasma Atomic Emission Spectrometry (ICP‐AES). For reference, a synthetic multielement mixture was prepared and analyzed. Results for the multielement solution using wet ashing in a microwave oven or dry ashing in a muffle furnace differed by less than 10% from those for an undigested, but diluted solution. An exception was boron, of which 96% was lost in the muffle furnace. Grapefruit juice analysis showed differences in concentration of less than 10% for all elements. Orange juice samples, however, showed greater losses for Na (16%), Si (13%), and Sn (11%) with the dry ashing method.
Key concepts: Ashing, Muffle furnace, Chemistry, Inductively coupled plasma, Microwave oven, Inductively coupled plasma mass spectrometry, Analytical Chemistry (journal), Mass spectrometry