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World Filtration Congress 13


This article reviews the optimization of the selection of the final drying technology in conjunction with the upstream solid-liquid separation for filtration, centrifugation, cake washing, and dewatering technology selection taking an integrated and holistic approach.

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Chemical Processing


A number of steps are crucial prior to mothballing or demolition and site restoration. Read this reliability and maintenance focused article.

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International Filtration News


Many chemical and pharmaceutical manufacturing processes involve reactions of solid and liquid-phase reactants to produce a slurry. Take a different approach by conducting lab testing to analyze the cake structure, filter media, filtration pressure and cake thickness. 

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Journal of Chemical Engineering & Process Technology

Article by Ugur Tuzun
With Consultations by Barry A. Perlmutter

Engineering and applied sciences benefit from hands-on learning. Offering case studies for iterative evaluation, this article discusses holistic teaching of systems engineering and sustainability concepts. Two approaches are presented and compared: “bottom-up” to enable the use of new material and energy resources and “top-down” for existing systems to improve existing process plant operations. Both these approaches can be used in education and at operating companies.

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Journal of Chemical Engineering & Process Technology

Article by Ugur Tuzun
With Consultations by Barry A. Perlmutter

The key systems integration concepts are described with respect to materials and energy flows in successive production units, process automation and supply chain life cycles incorporating also green process and clean technology considerations. The inclusion of environmental impacts monitoring and control as well as incorporation of pollution prevention and emissions abatement technologies to achieve green processing targets require increased levels of co-ordination, communication and functional integration of all the unit operation systems in these three principal domains; namely commercial products (including packaging), waste and emissions life cycles.

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Journal of Chemical Engineering & Process Technology

Article by Ugur Tuzun
With Consultations by Barry A. Perlmutter

The mathematical framework of the principles of holistic systems interactions is demonstrated by facilitating experiential learning with specific industrial case study examples. Two industrial case study examples are introduced as potential interactive teaching tools. Industrial case studies play an increasingly important role in the teaching of systems engineering and sustainability within an industrial ecological framework utilizing metacognitive and experiential learning principles.

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