Greening Fine Chemical Production via Continuous Flow Technology: An LCA-TEA-SA Integrated Assessment of <i>p</i>‑Nitrobenzoic Acid

Greening Fine Chemical Production via Continuous Flow Technology: An LCA-TEA-SA Integrated Assessment of <i>p</i>‑Nitrobenzoic Acid

The fine chemical industry is reevaluating its traditional manufacturing paradigms, moving toward greener, safer processes and cost-effective practices. Continuous flow technology (CFT) stands out among emerging methodologies due to its superior performance and significant commercial potential, but...

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Bibliographic Details
Main Author: Chen Feng (298683) (author)
Other Authors: Ran An (456243) (author), Hao Xiao (43530) (author), Tianshu Ji (11654096) (author), Yacong Hu (22656820) (author), Kun Yan (300887) (author), Kailingli Liao (6110129) (author), Hanbo Gao (13222626) (author), Zhidong Xu (1834) (author), Jinping Tian (1496839) (author), Lyujun Chen (13222632) (author)
Published: 2025
Subjects:
Ecology
Science Policy
Environmental Sciences not elsewhere classified
significant commercial potential
sa integrated assessment
moving toward greener
key findings include
fine chemical industry
>‑ nitrobenzoic acid
traditional manufacturing paradigms
overall safety score
continuous flow technology
real production conditions
cft could become
life cycle environment
temperature safety performance
cft outperformed bwt
wise technology
traditional batch
temperature rose
safety evaluations
superior performance
scale production
environmental performance
cft excelled
volumetric expansion
sustainable scale
scale effects
safety trade
safer processes
p </
optimal window
optimal scale
operating expense
offer insights
economic scalability
bwt proved
>- nitrotoluene
2385 tons
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