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Rapidly develop novel polyolefin products for local and global use

October 16, 2017

October 2017 - PTT Global Chemical Limited, Rayong, Thailand

Senior Researcher, R&D-Scale-up and Process Technology, states: “It is known that research is a seriously tough job, it e.g. always needs to satisfy the expectation of every people and management level involved. Moreover, it always takes time. Normally, it might take around 10 years from laboratory scale to commercial scale. Besides, in polyolefin research it is more than 60% of the whole journey that falls into lab scale phase. Nowadays, more and more automation is involved and relieves such constraints. Thus, I am very pleased to expand the implementation of high-output research in PTT Global Chemical Limited (Public), Thailand. Chemspeed Technologies has been an excellent company providing us a convincing solution for the highly challenging automated polyolefin catalyst synthesis, catalyst screening, and polymerization testing. I believe that these tools will provide a strategic advantage to our R&D organization in our effort to rapidly develop novel polyolefin products for local and global use. In addition to accelerating and standardizing experimentation, the Chemspeed solution also enables R&D data preservation and evolution in one informatics platform which will help PTTGC researchers to be more productive and innovative.”

For more information about Chemspeed’s polyolefin solutions:

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About PTT Global Chemical Limited:

{"style":"unordered","items":[{"content":"PTTGC 's Commitment for Sustainability","items":[]},{"content":"To be a Leading Chemical Company for Better Living","items":[]},{"content":"Better Chemistry for Better Living","items":[]}]}

 

http://www.pttgcgroup.com/en

 

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Complementary and Spatially Resolved Operando Spectroscopic Investigation of Pt/Al₂O₃ and Pt/CeO₂ Catalysts during CO/NO Conversion

The composition of reaction mixtures strongly influences the structural evolution and performance of noble metal-based catalysts. In this work, we compared the effect of the simultaneous presence of CO and NO on the noble metal state and CO oxidation activity of Pt/Al2O3 and Pt/CeO2 catalysts under close-to-stoichiometric conditions using complementary in situ/operando X-ray and infrared spectroscopic techniques.

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