Dutch Technology Foundation

This research is supported by the Dutch Technology Foundation (STW), Gist Brocades and the Animal Feeds Commodity Board (PW). 

We thank M.C. Mittelmejer-Hazeleger and J. Beckers for technical support, and the Dutch Technology Foundation STW (NWO/CW Project Nr. 700.54.653) and companies Cognis, Oleon, Sulzer, Uniquema, Engelhard for financial support. 

Acknowledgment This project was financially supported by the Dutch Technology Foundation STW, the Applied Science Division of NWO, the technology program of the Ministry of Economic Affairs of the Netherlands. It was also supported by Timcal Graphite and Carbon and Hexagon Polymers Compounding. 

We thank the authors of the numerous rosette publications, which names are on the reference list, theEU for the MCR Grant to Dr. J. J. Garcia-L6pez and the Dutch Technology Foundation for financial support (project number TST 4624) to Dr. J.M.C.A. Kerckhoffs. Dr. M. Crego-Calama s research has been made possible by a fellowship of the Royal Netherlands Academy of Arts and Science. 

A related effort is FORSiM (Fast Oxidation Reaction in Si-technology-based Microreactors) which is funded by the Dutch Technology Foundation and is a cooperative venture between the University of Twente and the Technical University of Eindhoven. The objective of this work is to build and operate the first microreactor for catalytic partial oxidation for small-scale and on-demand hydrogen production61. 

The author thanks the SMI-group members for their contributions but like to mention specially the cooperation in this field with Leon Abelmann, N. Kikuchi, Nguyen Dao, Martin Siekman and Rogelio Murillo. The Dutch Technology Foundation (STW) supports this work financially. 

Acknowledgements The authors would like to acknowledge the Netherlands Technology Foundation (STW) and the Dutch Science Foundation NWO for financial support. 

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