green hydrogen

By Taylor Ward, Jillian Du, Sylvia Chi, Shana Lazerow, and Daniel Chu - Just Solutions Collective, November 4, 2022

By staff - IndustriALL Global Union, May 12, 2022

On 5 May, the International Trade Union Confederation (ITUC), LO Norway and IndustriALL held a first workshop on hydrogen technology as part of the Just Transition and the Energy Sector initiative. The initiative provides a platform for unions around the world to exchange information on energy transition technologies and the jobs, skills, markets, investments, and emissions related to them.

There is no single industry that could replace the oil and gas industry, in terms of jobs and in terms of income. We must consider multiple different technologies when thinking about where jobs are going to transition to,”

said Kenneth Sandmo, Head of business and Industry Policy in the Norwegian Trade Union Confederation (LO Norway).

Putting it into perspective, Sandmo explained that Norway’s oil and gas industry employs more than 200,000 workers directly and indirectly. As the hydrogen sector is projected to create approximately 35,000 jobs in Norway, hydrogen technology shouldn’t be the only focus for trade unions.

Hydrogen technology is key for the long-term decarbonisation of energy intensive industries and sectors such as heavy transport. To get a better view of where jobs are and where they could be, the workshop looked at the value chains of oil and gas and hydrogen. Breaking both value chains down to production, processing, distribution, and end use (upstream, midstream, downstream) provided a clearer view of where the jobs are, and where there is a future for workers to transition in the hydrogen value chain.

By Sean O'Leary - Ohio River Valley Institute, March 18, 2022

Senator Joe Manchin (D-WV) torpedoed the Build Back Better bill because, he said, it is too costly. But the fleet of hydrogen hub projects he is now promoting for locations around the nation, one of them in the Ohio River Valley, may cost nearly as much, they will drive up utility bills and create few new jobs, and they will miss a large share of the emissions they’re supposed to eliminate. They will also block less costly climate solutions that can create more jobs and actually eliminate climate-warming emissions the hydrogen hubs would only partially abate. 

According to the White House Council on Environmental Quality, the hydrogen hubs, which have as their centerpiece massive pipeline networks that would funnel carbon captured from power plants and factories to injection points for underground sequestration, would cost between $170 billion and $230 billion just to construct. That figure is dwarfed by the additional investment in carbon capture technology that would have to be made by plant owners whose costs to operate and maintain their retrofitted plants would also rise significantly.

A recent Ohio River Valley Institute brief pointed out that retrofitting just the nation’s coal and gas-fired power plants for carbon capture and sequestration (CCS) would add approximately $100 billion per year to Americans’ electric bills, an increase of 25%. The cost of adding CCS to steel mills, cement plants, factories, and other carbon producing facilities could be that much or more.

By Bruce Wilson and Shea Sinnott - Centre for Social Innovation, December 4, 2020

By various - The Climate Museum, November 5, 2021

By Suzanne Jeffery, editor, et. al - Campaign Against Climate Change, November 2021

This report was written by the Campaign Against Climate Change Trade Union Group (CACCTU). It builds on and develops the earlier work produced by CACCTU, One Million Climate Jobs (2014). The editorial group and contributors to this report are trade unionists, environmental activists and campaigners and academics who have collaborated to update and expand the previous work. Most importantly, this updated report is a response to the urgency of the climate crisis and the type and scale of the transition needed to match it.

This report shows how we can cut UK emissions of greenhouse gases to help prevent catastrophic climate change. We explain how this transformation could create millions of climate jobs in the coming years and that the public sector must take a leading role. Climate jobs are those which directly contribute to reducing emissions. This investment will give us better public transport, warmer homes, clean air in our cities and community renewal in parts of the country which have long been neglected. Most importantly, it will give us a chance for the future, avoiding the existential threat of climate breakdown.

Read the text (Link).

By Abbe Ramanan and Mark Jacobson - Clean Energy Group, September 7, 2021

How Green is Blue Hydrogen?: Study Finds Hydrogen Produced with CCS Produces High Emissions (9.7.2021) from Clean Energy Group on Vimeo.

By Sasan Saadat and Sara Gersen - Earth Justice, August 2021

To chart a course toward a safer climate and more habitable planet, we must rapidly reduce emissions of greenhouse gases across our society. The biggest contributor to greenhouse gas emissions is the burning of fossil fuels. Consequently, the clearest path to reducing emissions is to switch from fossil fuels to renewable, zero-emission energy in our transportation, buildings, and power generation (sectors that are collectively responsible for about 75% of United States’ greenhouse gas emissions). This transition would make significant strides in eliminating the devastating public health impacts of pollution throughout the life cycle of fossil fuels—pollution that is most severely concentrated in Black, Brown, Indigenous, and poor communities. A just transition will also require careful policy design and meaningful engagement from frontline communities. Renewable energy, energy efficiency, and electrification are zero-emission solutions that eliminate both greenhouse gases and health-harming air pollution. To meet the scale and urgency of the climate crisis will require deployment of renewable resources on an unprecedented scale— ultimately achieving 100% clean power generation—and a complete transition to efficient, electric models for things like household appliances and cars.

As we electrify everything that can feasibly plug into a clean power grid, “green hydrogen” is a promising tool for transitioning to renewable energy in sectors that lack a viable route to direct electrification. Green hydrogen is hydrogen produced by using 100% renewable electricity to split water molecules.

To understand the potential role of green hydrogen, consider the challenges of cutting climate pollution from one hard-to-electrify sector: maritime shipping. Maritime travel is difficult to decarbonize because battery-powered ocean-going vessels will not be able to handle long-haul voyages across the ocean, at least for the foreseeable future. The hope for green hydrogen is that it may store energy from clean electric resources like wind and solar in a fuel that could be used to propel large, long-haul ships. This vision is at least a decade away from reality, if it overcomes the challenges to cost-effective production and efficient on-vessel storage. Still, it offers a path to displacing the highly polluting bunker fuel currently relied on to move much of the world’s goods across oceans.

Read the text (Link).

By Joanna Cabello - World Rainforest Movement, July 9, 2021

Industrial-scale renewable energy infrastructure has seen a revival in the agenda of the ‘energy transition’ and as part of the economic recovery plans in front of the pandemic. Besides, the production of so-called ‘green hydrogen’ from these projects adds another layer of injustices. The energy matrix and over consumption remain untouched.

In a 2020 statement from the International Hydropower Association, the world’s largest hydropower corporations are calling on governments for “fast-track planning approvals” to ensure new large dams construction can commence as soon as possible. (1) The hydro energy industry is also lobbying to make sure large dams are seen as essential to the economic recovery from the Covid-19 pandemic and to “the transition to net-zero carbon economies” (2), casting devastating projects as both ‘clean’ and central to a ‘green energy transition’.

Industrial-scale renewable energy, including hydro, wind and solar, is positioned as a solution to our ever-increasing energy consumption. On top of this, the production of the so-called ‘green hydrogen,’ adds another layer of injustices related to this mega infrastructure. Yet, the replacement of the energy source by no means addresses the real problem posed by the excessive levels of energy consumption, which are driven by accumulative economic growth. This also leaves unchallenged the violence intrinsic to the societies that such energy powers. (3)

Many corporate and state actors are pushing for increasing their capacity to produce and use hydrogen as part of the ‘green’ recovery plans from the economic crisis caused by the pandemic. It is becoming central in the ‘green transition’ debates. The German government has announced plans to spend 9 billion euros (UD10.7 billion dollars) supporting its domestic hydrogen industry. (4) Likewise, the European Commission has started to promote hydrogen as a way of cutting carbon emissions and reaching its Green Deal climate targets. The EU plans to scale up ‘renewable hydrogen’ projects and invest a cumulative amount of 470 billion euros (US740 billion dollars) by 2050. (5) Moreover, US Energy Secretary, Jennifer Granholm, said that hydrogen “will help decarbonize high-polluting heavy-duty and industrial sectors [in the United States] (…) and realizing a net-zero economy by 2050.” (6)

By Belén Balanyá, Gaëtane Charlier, Frida Kieninger and Elena Gerebizza - Corporate Europe Observatory, December 2020

Industry’s hydrogen hype machine is in full swing. An analysis of over 200 documents obtained through freedom of information rules reveals an intense and concerted lobbying campaign by the gas industry in the EU. The first goal was convincing the EU to embrace hydrogen as the ‘clean’ fuel of the future. Doing so has secured political, financial, and regulatory support for a hydrogen-based economy. The second task was securing support for hydrogen derived from fossil fuels as well as hydrogen made from renewable electricity. Successful lobbying means the gas industry can look forward to a lucrative future, but this spells grave danger for the climate as well as the communities and ecosystems impacted by fossil fuel extractivism.