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1) DEVELOPMENT OF GREEN CHEMISTRY LABS 2) DEVELOPMENT OF NEW ORGANIC CHEMISTRY HYDROGENATION LABS 3) DEVELOPMENT OF ORGANIC CHEMISTRY LABS USING TECHNOLOGY.

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Presentation on theme: "1) DEVELOPMENT OF GREEN CHEMISTRY LABS 2) DEVELOPMENT OF NEW ORGANIC CHEMISTRY HYDROGENATION LABS 3) DEVELOPMENT OF ORGANIC CHEMISTRY LABS USING TECHNOLOGY."— Presentation transcript:

1 1) DEVELOPMENT OF GREEN CHEMISTRY LABS 2) DEVELOPMENT OF NEW ORGANIC CHEMISTRY HYDROGENATION LABS 3) DEVELOPMENT OF ORGANIC CHEMISTRY LABS USING TECHNOLOGY TO MONITOR THE REACTION Focus of Dr. O’Connor’s Research

2 Hydrogenation of Methyl Trans-Cinnamate Good reaction conditions  Less than 1 hour reaction time.  1.0 atm. Methyl Trans-Cinnamate Methyl-3-phenylpropionate

3 o CHOOSE TO USE ENVIRONMENTALLY FRIENDLY CHEMICALS. o USE CATALYSTS WHEN POSSIBLE. o PREVENT WASTE BY USING A SOLVENTLESS PROCESS. o MINIMIZE AMOUNTS OF SOLVENTS AND REAGENTS USED. Some Principles of Green Chemistry

4 General Reaction for the THP Protection of Alcohols. This can be done with and without solvent. The goal is to run the reaction solventless. THP is a protecting group in organic chemistry.

5 These are Examples of Solventless Tetrahydropyranylation Reactions The identification of other solventless reactions is presently under investigation. Tetrahydropyran Benzyl alcohol


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