Topic: University Of Auckland Phd Thesis Pdf – 655636 | …
We will organize Kashiwa Sustainability Science Seminar Series 32 on Friday, August 3 at 10:30-12:00 at Lecture Room 3 on the third floor of the Environmental Building in the Kashiwa campus of the University of Tokyo. of UNU-MERIT in the Netherlands will discuss the Kyoto mechanisms and their impacts on the diffusion of renewable energy technologies in BRICS countries. Everyone is welcome to join us.
University Of Auckland Phd Thesis Pdf – 655636
Kashiwa Sustainability Science Seminar Series 33 will be organized on Tuesday, September 11 at 10:00-11:00 at Lecture Room 3 on the third floor of the Environmental Building in the Kashiwa Campus of the University of Tokyo. Ms. Manjusha Thorpe of the University of Cambridge will discuss the successful scale-up of innovative process technologies in the chemical and biotech sectors and its implications and challenges for sustainability. Everyone is welcome to join us.
Kashiwa Sustainability Science Seminar Series 33
Date: Tuesday, September 11, 2012, 10:00-11:00
Venue: Lecture Room 3, Third Floor, Environmental Building, Kashiwa Campus, University of Tokyo
Title: Enablers of the Successful Scale up of Innovative Process Technologies Involving Industrial Biotechnology: Implications and Challenges for Sustainable Operations
Speaker: Manjusha Thorpe,
The development of innovative process technologies is becoming increasingly important in the chemical industry. Furthermore, in response to the quest for more environmentally sustainable operations, new technologies often involve the replacement of conventional chemical processes with biotechnology processes. Companies will have an advantage in achieving competitive operations in shorter timeframes if they have the ability to overcome the challenges faced when scaling up new process technologies.
Initial research has been carried out using data from interviews conducted with members of five multi-national companies operating in the processing industry. The initial research confirmed the importance of various types of knowledge in achieving successful scale up. However, there were deficits. In particular, the lack of a formalised process including the identification, development, utilisation, capture and transfer of the knowledge that is critical for scale up. The interview data also revealed additional factors that appear critical in determining scale up performance. These include articulation of the tradeoffs between batch and continuous processing during scale up and the uniqueness of scaling up industrial biotechnology processes.
Further research is underway and this research focuses on understanding the problems encountered during scale up and solutions for overcoming these problems. In particular, the knowledge and skills that enable successful scale up are being investigated and the means of identifying knowledge gaps and knowledge sources is also being examined.
A case study methodology is be used to carry out the investigation and, to a large extent, the data is being obtained from interviews. The interviews are being conducted with members of the R&D, process engineering, operations, project management and business functions of companies in order to obtain a number of perspectives on the scale up of processes. Furthermore, scale up is being investigated across the pharmaceutical, specialty chemicals, commodity chemicals, petrochemical and industrial biotechnology sectors of the process industry. This will allow comparisons to be made across sectors and in particular, will allow lessons learned to be applied to the more nascent industrial biotechnology processes.
The research is expected to result in a knowledge map that describes the knowledge required for the successful scale up of a range of process technologies. In addition, mitigation methods for overcoming the problems typically encountered in scale up will be provided. The map and methods are expected to assist companies in streamlining the scale up of new process technologies, in particular biotechnology processes. This can help in achieving more sustainable solutions to future global chemical requirements.
Manjusha Thorpe joined the Centre for Technology Management at the University of Cambridge in 2010. Manjusha studied both chemical engineering and Japanese as an undergraduate and before joining the University of Cambridge, Manjusha worked in industry for 14 years in Australia, Indonesia and Singapore. One of Manjusha's more recent achievements was successfully starting up and managing the Singapore operation of a global consulting company dedicated to benchmarking the competitiveness of capital projects executed by the oil, gas, mining, minerals, metals and processing industries.
Contact: YARIME Masaru
I gave a special lecture on sustainability innovation on Saturday, December 1 at the , Tokyo University of Agriculture and Technology.
Yarime, Masaru, "Theories and Practices of Sustainability Innovation," Special Lecture, Business Creation and Management for Environmental Industries, Education Program for Field-Oriented Leaders in Environmental Sectors in Asia and Africa (FOLENS), Tokyo University of Agriculture and Technology, Tokyo, December 1 (2012).
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Short bio: Jouni K. Juntunen is a doctoral candidate and project researcher in Aalto University, School of Business. In his dissertation he is investigating technology domestication processes, user development and user innovations in the context of micro-generation technology. Jouni studied Industrial Engineering and Management in University of Oulu, Finland. Prior to coming Aalto University, he was working 15 years in telecommunication business in Finland, China and Japan and hold positions in the areas of design for manufacturing, product management, technology marketing and industry analyst relations. Whilst pursuing his doctoral studies, he is also working in a research project that is exploring local adaptation and innovation-in-practice in energy efficiency and carbon neutrality.
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We will organize Sustainability Innovation Seminar Series 37 on Monday, June 3 in the Hongo campus of the University of Tokyo. of Aalto University in Finland will discuss how users work on home energy technologies for sustainability innovation. Everyone is welcome to join us.
British and Irish Political Geography
We will organize the 8th Policy Platform (PoP) Seminar will be held on Thursday, June 27 in the Hongo campus of the University of Tokyo. and Dr. Tom C. Wang of the American Association for the Advancement of Science (AAAS) will discuss U.S. science and technology diplomacy on international issues, including sustainable development, climate change, clean energy, and avian influenza.