History and objectives of the International Workshop on Process Intensification (IWPI)
The first three International Workshop on Process Intensification (IWPI) meetings were held in Japan, Kobe (2006), Tokyo (2008) and Fukuoka (2010) followed by the IWPI meeting in Korea (Seoul) in 2012. The next meeting, IWPI 2015, will be held in Turkey. The aim of IWPI is the promotion of Process Intensification as an emerging interdisciplinary technology with particular emphasis on science, engineering and technology development.
Process Intensification (PI) can be deemed to be the defining characteristic of the Chemical/Biochemical and Energy/Fuel technologies of the 21st century when clean and sustainable processes are essential to combat global warming and to mitigate the emerging food, energy and water shortages. PI-based technologies have no burden of ‘economies of scale’ making intensified chemical/biochemical plants sustainable even at a small scale, thus allowing the viability of local generation and consumption, as indeed recently demonstrated. Here, the ultimate aim is the establishment of an integrated intensified BioRefinery technology to replace the well established petrochemical refineries as well as chemical processing plants based on fossil fuel feedstock and centralized generation. However, a sustainable intensified production platform must be based on the integration of intensified unit operations. Furthermore, PI can also be applied on a large scale, to centralized and fossil fuel based energy generation, such as power plants and oil/petrochemical refineries or chemical plants, making them sustainable and greener. Based on the understanding of momentum, heat and mass transfer and their interactions within the intensified bio- or chemical reactors, it is also possible to challenge the efficiency and selectivity in long established production techniques in other disciplines, such as agriculture and environmental processes, providing more efficient alternatives.
Key objectives of IWPI-2015
In line with the general objectives of IWPI, this meeting (IWPI-2015) aims to create an interdisciplinary environment covering not only Chemical Engineering applications but also subjects which can both create inspiration to PI and also benefit from PI philosophy. These subjects include Agriculture, Biotechnology/Medicine, Chemistry, Energy Conversion and Environmental Processes, Materials Science, Modelling and Process Control. Research and development papers, either as a single intensified process or as Integrated Process Intensification applied to industrial production, are welcome.
Integrated Process Intensification (IPI) is particularly suitable for the development of Climate-Change Abatement Technologies (C-CATs). As the techno-economic characteristics of C-CATs are inherently present in IPI, IWPI-2015 will closely examine this new and important opportunity to deliver sustainable process technologies for the 21st Century. There will be a number of invited keynote lectures on some of these topics from industry and academia. Oral and/or poster contributions are welcome on the following topics which are only for guidance, but not exclusive.
IWPI-2015 topics
Fundamentals and phenomenon based intensification
Chemical technology applications
Biology, biotechnology and in vitro medicine
Energy and environment
Climate change abatement technologies
Applications of process intensification at a large scale
Materials for process intensification
Modelling and process control
Integrated process intensification
Invited keynote speakers (confirmed)
Prof Masahiko Abe, Tokyo Science University, Japan
Dr Haoki Furukawa, Kaneka Corporation, Japan
Prof Bulent Keskinler, Gebze Institute of Technology, Turkey
Prof Spas Kolev, The University of Melbourne, Australia
Prof Leslaw Mleczko, Bayer, Germany
Mr Koos Overwater, Technip Benelux B.V., The Netherlands
Prof Ken-ichiro Sotowa, Tukushima University, Japan
Prof Esther Sulman, Tver Technical University, Russia
Prof Da-Ming Wang, National Taiwan University, Taiwan
Prof Yong Wang, Pacific Northwest National Laboratory, USA
Dr Jie Wu, CSIRO Mineral Resources Flagship, Australia
Venue
Samsun is a historic city with a population of over half a million people on the north coast of Turkey. It is the provincial capital of Samsun Province and a major Black Sea port and home to two universities. It is easily accessible from Istanbul and Ankara by air.
Abstract submission and journal publication
Abstracts can be submitted online at the conference website: http://iwpi2015.basari.edu.tr/?callforpapers
Alternatively, abstracts can be submitted as an email attachment sent to the conference email address at: IWPI2015@basari.edu.tr
Invited papers will be submitted for publication in peer reviewed special edition journals.

Canik Basari University
Important dates/deadlines
Abstract submission: 2 February 2015
Confirmation of Acceptance: 16 February 2015
Submission of full manuscripts for peer review in journal publication: 14 September 2015
For further details visit http://iwpi2015.basari.edu.tr/?callforpapers

Samsun
©2014 by De Gruyter
This article is distributed under the terms of the Creative Commons Attribution Non-Commercial License, which permits unrestricted non-commercial use, distribution, and reproduction in any medium, provided the original work is properly cited.
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Articles in the same Issue
- Frontmatter
- In this issue
- Editorial
- Science Woodstock and Nobel Prize: what remains in 50 years?
- GPE 2014
- 4th International Congress on Green Process Engineering (GPE2014) continued
- Beyond biofuels: economic opportunities, recent advances and challenges in property modeling for vegetable oils
- Greener route to 4-vinyl-1-cyclohexane 1,2-epoxide synthesis using batch and continuous reactors
- Intensification of waste cooking oil transformation by transesterification and esterification reactions in oscillatory baffled and microstructured reactors for biodiesel production
- One-step processes for in situ transesterification to biodiesel and lutein extraction from microalgae Phaeodactylum using instant controlled pressure drop (DIC)
- Hydrodeoxygenation of stearic acid for the production of “green” diesel
- Original articles
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- Facile and green synthesis of Hantzsch derivatives in deep eutectic solvent
- Green synthesis of dual-surface nanocomposite films using Tollen’s method
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- Adsorption of organic chemicals on graphene coated biochars and its environmental implications
- Company profile
- iX-factory GmbH: development of a microfluidic chromatography chip
- Conference announcements
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