Sustainability assessment of organic solvent nanofiltration: from fabrication to application
Оценка устойчивости нанофильтрации органических растворителей: от изготовления до применения
2014-07-10
SCID: 54.1/sjk65w8n
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Quality by Designcarbon footprintorganic solvent nanofiltrationsolvent recoverysustainability assessment
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Abstract (AI)
Can Organic Solvent Nanofiltration (OSN) be considered green? Is OSN greener than other downstream processing technologies? These are the two main questions addressed critically in the present review. Further questions dealt with in the review are as follows: What is the carbon footprint associated with the fabrication and disposal of membrane modules? How much solvent has to be processed by OSN before the environmental burden of OSN is less than the environmental burden of alternative technologies? What are the main challenges for improving the sustainability of OSN? How can the concept of Quality by Design (QbD) improve and assist the progress of the OSN field? Does the scale have an effect on the sustainability of membrane processes? The green aspects of OSN membrane fabrication, processes development and scale-up as well as the supporting concept of QbD, and solvent recovery technologies are critically assessed and future research directions are given, in this review.
Key Findings
1
It evaluates environmental burdens across OSN membrane-module fabrication, operation, solvent recovery, scale-up, and module disposal.
2
Key sustainability challenges include reducing fabrication and disposal impacts, improving process development and scale-up, and addressing solvent-recovery requirements.
3
Quality by Design is assessed as a supporting framework for advancing OSN sustainability, while future research directions are identified.
4
The review critically assesses whether organic solvent nanofiltration (OSN) qualifies as a green technology and is environmentally preferable to alternative downstream processes.
5
The review examines how much solvent must be processed before OSN’s environmental burden becomes lower than that of competing technologies.
Research Object
organic solvent nanofiltration (OSN) membrane processes, including membrane fabrication, module disposal, process development, scale-up, and solvent recovery
Research Subject
the environmental sustainability and green performance of OSN across its life cycle and in comparison with alternative downstream processing technologies, including carbon footprint, solvent-processing burden, scale effects, and improvement strategies
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2014-07-10
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