1. Rapid catalyst screening using a high pressure, Tandem micro-reactor GC/MS

1. Hydrogenation of pyrolyzates in pyrolysis and ionization in mass spectrometer using hydrogen carrier gas
2. Comparative study on thermoanalytical characterization between thermogravimetry and evolved gas analysis-mass spectrometry
3. Development of a novel high performance micro-furnace pyrolyzer “EGA/PY-3030D and F-Search for advanced characterization of polymeric materials”
4. Non-isothermal pyrolysis of Korean pine nut shell using a multi shot pyrolyzer-GC/MS
5. A rapid and simple testing tool for the catalytic reaction of biomass: Tandem micro reactor-gas chromatography/mass spectrometry and its applications

Frontier Lab young scientist award : We will give about total 200,000 JPN YEN in cash for 5 young chemists form all posters. (No1: 5,000 RMB, No2: 2,500 RMB, No3-5: each 800 RMB) Their age will be below around 30 years old.

1. Rapid catalyst screening using a high pressure, Tandem micro-reactor GC/MS

1. Analysis of trace phthalate esters in vegetable oils using thermal desorption-GC/MS
2. Quantitative analysis of red phosphorus added to polymers as flame retardant using evolved gas analysis-MS
3. Development of tandem pyrolyzer for online GC/MS analysis of catalytic reaction products formed at elevated temperatures under medium pressures
4. Differentiation of non-defective and defective synthetic dyes using a multi-functional pyrolysis-GC/MS
5. Micro-furnace pyrolyzer with a feature of easy to install and uninstall to GC injector

1. Polymers / volatiles / additives using pyrolysis and thermal desorption-GC/MS for tire products based on ISO 7270-1, 7270-2 and 10638

1. Introduction of an Innovative in-line, High Pressure Bench-top Tandem Catalytic Micro Reactor GC/MS System

1. Rapid catalyst screening using a high pressure, tandem micro-reactor GC/MS
2. Adding high pressure capability to a tendem micro-reactor GC/MS
3. Bioethanol to ethylene characterization using a tandem micro-reactor GC/MS

1. Accelerated polymer deterioration by a multi-sample UV irradiator and simple evaluation of deterioration using evolved gas analysis – MS.

1. Rapid differentiation of cooking oil using reactive pyrolysis-GC/MS