2021
DOI: 10.1007/s13399-021-01649-w
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Effects of operational parameters on torrefaction performance of coffee husk and cotton stalk mixed biomass: a surface response methodology approach

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Cited by 11 publications
(7 citation statements)
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“…The E a and A values of SS samples, and BH samples were higher in zone II than III; for example, the E a for SS as raw was 218.269 kJ/mol for zone II but was 199.021 kJ/mol for zone III, and it agrees with the work of other researchers [43][44][45][46]. At temperatures below 300 °C, the inert cellulose is first transformed into active cellulose before being thermally broken down into tar, gas, and char.…”
Section: Kinetics Parameterssupporting
confidence: 90%
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“…The E a and A values of SS samples, and BH samples were higher in zone II than III; for example, the E a for SS as raw was 218.269 kJ/mol for zone II but was 199.021 kJ/mol for zone III, and it agrees with the work of other researchers [43][44][45][46]. At temperatures below 300 °C, the inert cellulose is first transformed into active cellulose before being thermally broken down into tar, gas, and char.…”
Section: Kinetics Parameterssupporting
confidence: 90%
“…In addition, the color of moderately torrefied biomass might result from the synthesis of phenols and aldehydes under moderate torrefaction conditions (250 °C). This conclusion aligns with research results on improving rice husk's fuel characteristics [48] and coffee husk and cotton stalk mixed biomass [46]. approved by the standard less10% [36].…”
Section: The Physical Appearance Of Torrefaction Productssupporting
confidence: 89%
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