All-Energy 2016: Pioneers highlight role of hydrogen in creating low-carbon cities

Combine hydrogen production with technology to capture and store the resulting carbon emissions and you could have the means of decarbonising the heat, power and transport needs of entire cities across the UK.

This is not some distant vision but the focus of current research, which will feature in this year’s All-Energy conference. The programme includes talks by the hydrogen pioneers who are creating connections between how the gas is produced and how it is used in order to highlight alternative pathways to reducing carbon emissions from our cities.

Hydrogen could be the perfect zero-carbon fuel; burning it creates two products essential to society – energy and water. Use sustainable sources of biomass in its production along with carbon capture and storage (CCS) and you have the potential to deliver carbon-negative power and heat at either domestic or industrial scale.

The School of Engineering's Dr Hyungwoong Ahn, will take part in the Biomass, Biogas and Biofuel session on 4 May (Carron, 16:00 – 17:30) to describe his study of a biomass gasification combined heat and power (CHP) plant with carbon capture.

Subsequent phases of his research include a demonstration project in South Korea using coal gasification as the hydrogen source - an important focus for countries such as China, India and South Korea, where coal is expected to be a significant source of energy for several decades yet.

Dr Ahn’s patented technology could be scaled up for large-scale delivery of hydrogen as part of initiatives, such as the Leeds Citygate project, which is the focus of another talk on 4 May.

Dan Sadler of Northern Gas Network will join the Hydrogen and Fuel Cells session (Forth, 16:00 – 17:30) to share his inspiring vision for decarbonising the city of Leeds. Here, the idea is to repurpose natural gas networks to deliver hydrogen as a source of heat and power for businesses and homes across the city. Sadler is currently seconded to the Department of Energy and Climate Change to support their Low Carbon Heat and Innovation team.

On Day Two, Alastair Rennie of AMEC will join the main CCS session (Boisdale 2, 9:45 – 11:30) to talk about how steam reforming (a method to convert natural gas to hydrogen) with CCS can provide low cost and low-carbon hydrogen in bulk quantities.

The main CCS session at All-Energy is on Thursday 5 May from 9.45 – 11.30am.

Further Information

Carbon Capture for industrial processes
Carbon Capture and Storage Processes