Skip to content

Chemistry and Forensic Science Colloquium

Stability and Functionality in Metal-Organic Frameworks with Heterocyclic Building Blocks

open book on table
Seminars

As part of the School of Science and Technology Chemistry and Forensic Science Colloquium Chris Hawes, Keele University presents: Stability and Functionality in Metal-Organic Frameworks with Heterocyclic Building Blocks.

  • From: Wednesday 23 October 2019, 1 pm
  • To: Wednesday 23 October 2019, 2 pm
  • Location: CTLP05+06, Clifton Teaching and Learning Building, Nottingham Trent University, Clifton Campus, Clifton Lane, Nottingham, NG11 8NS
  • Download this event to your calendar

Past event

Event details

As part of the School of Science and Technology Chemistry and Forensic Science Colloquium Chris Hawes, Keele University presents: Stability and Functionality in Metal-Organic Frameworks with Heterocyclic Building Blocks.

Abstract

The Metal-Organic Framework (MOF) field has seen a meteoric rise in popularity since the year 2000, to the point where MOFs or related materials now account for nearly 10% of all entries in the Cambridge Structural Database. However, despite years of focused worldwide research efforts, MOF-based technologies continue to be hampered by recurring issues around stability and cost, which limit their potential application scope. One route to improving the prospects of these materials is in wider exploration of ligand-centred functionality. Surprisingly, despite the vast number of MOFs which have been reported (which cover most of the naturally-occurring metals in the periodic table) the vast majority are constructed from just a small handful of ligand classes: aromatic carboxylates, imidazolates/benzimidazolates, and symmetric pyridines, pyrazolates or phosphonates.


Our goal is to explore a wider range of nitrogen heterocycles as ligands in MOFs, to take advantage of the excellent resistance to hydrolysis offered by strong metal-azolate bonds, and the additional opportunities for hydrogen bond stabilisation or further backbone functionality in these systems.

Our focus has been on three particular classes of heterocyclic linkers:
· Indazoles and pyrazolopyridines
· Pyrazole-fused cycloalkanes
· Pyrrolo[3,2-b]pyrroles


Each class shows useful properties when acting as ligands in extended networks,3 and this seminar will outline our progress in developing stable, functional MOFs from these building blocks.

Hosted by Dr Matthew Addicoat

All welcome

For enquires please contact Dr Matthew Addicoat

Location details

Room/Building:

CTLP05+06, Clifton Teaching and Learning Building

Address:

Nottingham Trent University
Clifton Campus
Clifton Lane
 Nottingham
 NG11 8NS

Past event

Still need help?

+44 (0)115 941 8418