Hydrogen Transport — House of Commons, 2020-11-26
Topic: Energy
Alexander Paul Thomas Stafford (Conservative, Centre-right): I refer the House to my entry in the Register of Members’ Financial Interests. It is a tremendous privilege to have secured today’s debate on the use of hydrogen transport. It is such thrilling news because, unbelievably, this is the first dedicated debate on hydrogen to take place in the UK Parliament. We can all agree that it is long overdue It is now clear that hydrogen will be a critical component of our energy and transport policy as we strive to achieve net zero by 2050. We can no longer afford to sit on our hands. At present, 34% of all UK carbon emissions come from transport. This is a colossal statistic. If we do not prioritise decarbonising our transport sector, we simply will not meet our net zero target I welcome the work that the Minister and the Government have done and will continue to do to ensure that hydrogen is so high up the Government’s agenda. Indeed, the Government have signalled their intent regarding hydrogen in their 10-point plan for a green industrial revolution announced just last week. The Minister has confirmed that the Government will produce an economy-wide hydrogen strategy for the UK, which we understand is planned to be published in February. I look forward to the promised creation of a hydrogen transport hub, the all-hydrogen bus town scheme and implementation of the aforementioned 10-point plan, which includes policies for hydrogen use and production Members will be well versed in my advocacy for hydrogen in this House. I serve as a vice-chair of the all-party group on hydrogen and I champion hydrogen technology consistently in my speeches and articles on levelling up and our green recovery. My commitment to this exciting technology stems from my life prior to entering Parliament. Before I was elected to represent the people of Rother Valley, I worked on environmental issues at the World Wildlife Fund before focusing on the UK’s global transition to a green future at Shell. It was then that I realised we need a multi-pronged approach to low-carbon transport Despite what some may tell us, there is no silver bullet or panacea to help us to achieve our aims. This is why, alongside other solutions such as electric vehicles, biofuels and carbon capture and storage, we must ensure that we are at the forefront of the hydrogen industry, both in its use and in its production. We must steal a march on international competitors, cornering the market for UK plc and cementing our place as the world leader in hydrogen transport. I like to describe this as a win-win situation, because a strong UK hydrogen industry will create thousands of jobs across the country, cut carbon emissions dramatically and boost our post-covid and post-Brexit economy What exactly is hydrogen and how does it work? In layman’s terms, hydrogen is a gas that can combust in a way that produces no greenhouse gas emissions. Hydrogen can be produced by a number of methods. The most exciting of these creations is green hydrogen, which is made by electrolysis, using renewable electricity from solar and wind power. While we develop our infrastructure for green hydrogen, we can create blue hydrogen, too, which is made by reforming methane, where the carbon dioxide generated can be captured and stored I must address the excitement around electric vehicles, and it certainly is a wonderful technology. However, it is not the sole solution to decarbonising transport, and it has significant shortcomings that need to be addressed. It is estimated that it will cost £16.7 billion to get the UK’s public charging network ready for mass EV market. This would require 507 new charge points to be installed every single day from now until 2035. Furthermore, there is no recognised figure for how much it will cost to upgrade the grid, but industry figures suggest that it will require hundreds of billions of pounds Moreover, we must mention the need to import battery technology from the People’s Republic of China, a country that owns 73% of the world’s battery supply, often made with electricity from coal-powered stations. Ultimately of more concern is EVs’ unsuitability for heavier vehicles, such as HGVs, and longer-distance journeys, and I will cover that shortly. Hydrogen fuel cell electric vehicles, on the other hand, offer flexibility and freedom. Hydrogen vehicles do not produce any greenhouse gases from their tailpipe. The only emission is water vapour. If the hydrogen used by the vehicle is made with renewable sources of electricity or with the help of carbon capture and storage, the process of driving a hydrogen vehicle is nearly free of CO2 emissions, as well as other particulate matter In hydrogen vehicles, energy is stored as compressed hydrogen fuel. This means that hydrogen fuel cell electric vehicles can drive up to 700 km without refuelling and, just like a conventional car, they take only a few minutes to refuel. This is likely to see the deployment of hydrogen in cars and vans that travel large distances or for heavy utilisation, which battery EVs are unsuitable for I am excited about the prospects for hydrogen transport beyond cars. This is where hydrogen technology really comes into its own. A hydrogen fuel cell offers cleaner options for parts of the transport sector, particularly in larger vehicles that are less suited to electrification and where consumers demand rapid refuelling. The high energy density of hydrogen means that it is expected to be the dominant choice for HGVs, buses, shipping and rail, as well as its potential use in aviation Hydrogen buses show particular promise, and we are fortunate in Britain to boast the expertise of Wrightbus. It is currently building 3,000 hydrogen buses in the UK for use across the country by 2024, which is the equivalent of taking 107,000 cars off the road.