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Collaboration

IMPERIAL COLLEGE LONDON in collaboration with Lonza Group

Lonza Biologics PLC

Impact Summary

An important primary process for the chemical

manufacturing industry involves the reforming of methane to produce 'synthesis gas' (carbon...

Collaboration

University of Stirling in collaboration with Centre for Agriculture and Bioscience International

Exploiting pathogen diversity to develop a next generation of enhanced sustainable biopesticides -...

Collaboration

University of Stirling in collaboration with Dudutech

Exploiting pathogen diversity to develop a next generation of enhanced sustainable biopesticides -...

Collaboration

University of Stirling in collaboration with Centre for Agriculture and Bioscience International

Exploiting pathogen diversity to develop a next generation of enhanced sustainable biopesticides -...

Collaboration

University of Stirling in collaboration with Centre for Agriculture and Bioscience International

Exploiting pathogen diversity to develop a next generation of enhanced sustainable biopesticides -...

Collaboration

University of Stirling in collaboration with Centre for Agriculture and Bioscience International

Exploiting pathogen diversity to develop a next generation of enhanced sustainable biopesticides -...

Collaboration

University of Stirling in collaboration with Dudutech

Exploiting pathogen diversity to develop a next generation of enhanced sustainable biopesticides -...

Collaboration

University of Stirling in collaboration with Centre for Agriculture and Bioscience International

Exploiting pathogen diversity to develop a next generation of enhanced sustainable biopesticides -...

Collaboration

University of Stirling in collaboration with Centre for Agriculture and Bioscience International

Exploiting pathogen diversity to develop a next generation of enhanced sustainable biopesticides -...

Collaboration

University of Stirling in collaboration with Dudutech

Exploiting pathogen diversity to develop a next generation of enhanced sustainable biopesticides -...

Collaboration

LANCASTER UNIVERSITY in collaboration with Centre for Research and Advanced Studies of the National Polytechnic Institute (CINVESTAV)

Raul

Collaboration

LANCASTER UNIVERSITY in collaboration with Centre for Research and Advanced Studies of the National Polytechnic Institute (CINVESTAV)

Raul

Key Findings

Our research has successfully validated a new

method for capturing CO2 from industrial flue gas that requires significantly less energy than...

Key Findings

It was found that sodium addition on the catalyst

surface can significantly affect the oxygen charge transfer, catalytic and electrocatalytic...

Key Findings

The research so far have brought important

outcomes on different aspects in the production of biochemicals from biomass. The chemical path...

Key Findings

novel catalyst for electrochemical cells

Key Findings

This award aimed to improve the way we look at

catalysts, fuel cell materials and batteries using the techniques of vibrational spectroscopy. The...

Key Findings

We have openned the field of transition-metal

free Zintl catalysis and mediated many key organic transformations, including those that convert...

Key Findings

An elaborate kinetic model describing the

interactions of methane plasmas with nickel catalyst surfaces has been developed. The nonoxidative...

Key Findings

This research investigates a non-platinum

catalyst called 1T'-MoTe2 as a potential replacement for expensive platinum in proton exchange...

Impact Summary

These catalysts are being tested for scale up in

ethylene/1-hexene copolymerisations, with the aim of producing controlled short chain branched...

Key Findings

Efficient new catalysts for intermolecular

hydroacylation

Key Findings

Sustainable energy and climate change are areas

of global societal concern, which is a recognised strategic priority area of the RCUK through their...

Research Tools and Methods

Development of operando kerr gate Raman capabilities.

A setup and procedure for measuring zeolite catalysts using the Kerr-gate Raman during reaction...

Key Findings

Ulster University- • Have developed a method for

the one-step synthesis of luminescent carbon nanoparticles (NPs) via laser irradiation of a...

Collaboration

LONDON SOUTH BANK UNIVERSITY in collaboration with University College London

Research Collaboration between UCL, Exeter, and LSBU

Key Findings

Insight into the action of transition metal

catalysts

Impact Summary

Developed a plan for seed catalyst funding to

explore the possiblity of a patent on the catlytic properties of hybrid protein-Pd nanoclusters....

Impact Summary

The discovery of new POM clusters with

sought-after physical properties has been implemented both in normal chemistry set up and in the...

Impact Summary

We are evaluating new reactors for gold catalysts

and we are having discussions with a number of companies on potential applications. These have...

Key Findings

We developed solid protocols for determining the

ECSA and the true loading of the floating electrodes with Pt-based catalysts, utilizing CO...

Key Findings

This grant has enabled the development of a new

class of two-dimensional materials, termed metal-organic framework nanosheets (MONs). The focus of...

Key Findings

We have demonstrated the utility of our peptide

hydrogel system in a differentiation experiment. Ext1null mouse embryonic stem cells, with lack...

Products Interventions & Clinical Trials

Further validation of peptides trargetting the Gadd45b/MKK7 interaction

Current funding is MRC Biomedical Catalyst grant MR/L005069/1. Current stage is Initial...

Key Findings

Environmental STEM (AC ESTEM) for Dynamic In-Situ

Reaction Studies of Nanoparticle Catalysts EP/J018058/1 by Professor Pratibha L. Gai (PI), and...

Impact Summary

Has led to a new research field: values-based

software engineering. This arose from a reflection of the 13 Catalyst projects and determined that...

Collaboration

UNIVERSITY OF MANCHESTER in collaboration with Lucite International

Lucite

Collaboration

NEWCASTLE UNIVERSITY in collaboration with University of the Philippines Diliman

AEM water electrolyser

Collaboration

NEWCASTLE UNIVERSITY in collaboration with University of the Philippines Diliman

AEM collaborations

Collaboration

NEWCASTLE UNIVERSITY in collaboration with Autonomous University of Madrid

AEM collaborations

Collaboration

University of Leeds in collaboration with D-Waste

Waste Atlas Partnership

Collaboration

UNIVERSITY OF NOTTINGHAM in collaboration with Lucite International

Lucite

Collaboration

UNIVERSITY OF NOTTINGHAM in collaboration with University of Porto

Gulu Environmental Action Committee

Key Findings

The formation of carbon-carbon bonds which is

instrumental for modern day life (pharmaceuticals, agriculture, cosmetics etc) using a nickel...

Key Findings

We have so far shown that compounds that contain

an electron poor metal and an electron rich, but labile ligand are able to activate a variety of...

Key Findings

Development of the proposed methodology using the

catalyst was challenging as many of the catalyst systems were found to be extremely air and...

Key Findings

The two key findings at the moment are that: 1)

We have effectively doped and modified carbon nitride with metal combinations 2) We have...

Impact Summary

The initial results have been object of a

publication of high impact (Org. Lett. 2020, 22, 13, 4927-4931) which was selected as top article...

Key Findings

Understanding the stability of transition metal

catalysts featuring NHC ligands

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