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Manchester University

institutionUnited Kingdom 2 mentions

Education and Research

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Projects

Organic Semiconductor Hydrogen Sensor Development
A collaborative research project between Manchester University and KAUST to develop an organic semiconductor sensor for hydrogen detection using p-doping technology. The sensor operates from room temperature to 120°C with an ultra-thin, flexible design.
completed 1 mention
Projects
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Research studies

Harvesting hydrogen fuel from the atmosphere using graphene
1 mention
Improving fuel cell membranes with graphene
1 mention
Research studies
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Often mentioned with · Technologies

Fuel Cells
Devices that convert chemical energy from a fuel into electricity through an electrochemical reaction, producing minimal emissions.
1 mention
Internet of Things (IoT)
IoT technology integrated into the ROMEO system to enable real-time monitoring of wind turbine components and performance data collection.
1 mention
Graphene
An allotrope of carbon used by UCLA researchers to construct more affordable and powerful supercapacitors.
1 mention
Technologies
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Often mentioned with · Locations

United Kingdom
United Kingdom
GB 2 mentions
Saudi Arabia
Saudi Arabia
SA 1 mention
world
1 mention

Often mentioned with · Projects

Organic Semiconductor Hydrogen Sensor Development
A collaborative research project between Manchester University and KAUST to develop an organic semiconductor sensor for hydrogen detection using p-doping technology. The sensor operates from room temperature to 120°C with an ultra-thin, flexible design.
completed 1 mention

Often mentioned with · Products

Organic Semiconductor Sensor
A hydrogen detection sensor based on organic semiconductor materials using p-doping technology. Features ultra-thin, flexible design; operates from room temperature to 120°C; enables rapid, accurate, and reversible hydrogen detection suitable for industrial, residential, and mobile applications.
1 mention

Often mentioned with · Research studies

Organic Semiconductor Sensor for Hydrogen Detection
1 mention
Improving fuel cell membranes with graphene
1 mention
Harvesting hydrogen fuel from the atmosphere using graphene
1 mention

In the news (2)

Organic Semiconductor Sensor Brings a New Era of Hydrogen Safety
Co-developer of the organic semiconductor hydrogen sensor. Collaborated with KAUST on the research published in Nature Electronics.
Graphene can harvest hydrogen fuel from the atmosphere
A team of researchers from this university discovered a way to use graphene to improve battery technology and produce hydrogen fuel from air.

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