Manjur Oyasim Akram

Title: Manjur Oyasim Akram: Inventor of a Halide-Free Lewis Superacid

Introduction

Manjur Oyasim Akram is an inventor based in Waco, Texas, and works with Baylor University. His patent work concerns the synthesis of a specialized borane compound with potential applications in catalysis.

Latest Patents

Akram is associated with 1 patent, titled “Method for the Synthesis of Tris(Ortho-Carboranyl)Borane.” The process produces tris(ortho-carboranyl)borane, also known as BoCb, a halide-free, single-site borane compound with Lewis superacid properties.

The patent describes BoCb as thermally stable and unreactive toward oxygen, though sensitive to water. Its strong affinity for fluoride ions may support catalytic activation of carbon–fluorine bonds in unactivated alkyl fluorides. The described reactions include reductions and carbon–carbon bond formation with silanes, as well as Friedel–Crafts-type reactions with arenes. These properties suggest potential for BoCb as a catalyst.

Career Highlights

Akram’s patent highlights research into the synthesis and potential catalytic uses of Lewis acids. His work at Baylor University connects this chemical innovation with academic research.

Collaborations

Caleb Martin is identified as Akram’s coworker. The available information does not specify their particular roles or contributions to the patent.

Conclusion

Manjur Oyasim Akram’s patent presents a method for producing BoCb, a water-sensitive but thermally stable Lewis superacid with potential applications in catalytic reactions.