Hydrogen
Hydrogen Infrastructure: Development and Challenges
The lack of existing hydrogen infrastructure is a significant hurdle to the widespread adoption of green hydrogen. However, there is an incentive for the public and private sectors to develop the required infrastructure. Hydrogen can help the world reach decarbonisation goals, and the hydrogen market is expanding with lucrative opportunities.
Global Hydrogen Market: Size, Growth and Future
Hydrogen demand is increasing, and production capacity will need to rise. However, this capacity should focus on low-carbon green hydrogen, which can be a major energy carrier in the net-zero energy transition.
Hydrogen Production Methods from Fossil Fuels Overshadow Alternatives
Today, 99% of hydrogen is produced using fossil fuels. However, green hydrogen can become a viable alternative.
Hydrogen Economy – Meaning, Benefits and Future
The hydrogen economy is the idea of a world partially powered by hydrogen. If green hydrogen becomes the predominant production method for hydrogen, it will play a critical role in the world's low-carbon future. However, green hydrogen needs to be financially viable and requires ongoing support from the public and private sectors.
Japan’s Hydrogen Plans: A Closer Look
Japan is basing much of its 2050 net-zero goals on hydrogen development without clearly defining what it considers "clean hydrogen". As such, its hydrogen plans mostly rely on blue hydrogen, which still involves burning fossil fuels.
The Pros and Cons of Hydrogen Energy
Hydrogen energy has many pros. It can be made sustainably with few emissions. However, it has several significant cons, like high production costs and a lack of infrastructure. If the world can provide more financial and political support for the technology, it will play a major role in the global energy transition.
Is Hydrogen Renewable?
Hydrogen is an energy-dense fuel that will play an essential role in the world's future energy mix. However, not all hydrogen is created equal, and as of 2022, most of the hydrogen produced is not made using renewable energy. The world needs further investment into green hydrogen technologies to drive down production costs, making large-scale adoption feasible.
Using Transition Bonds For Ammonia and Blue Hydrogen Projects: The Risks For Investors and the Issuing Companies
Using transition bonds to fund blue hydrogen and ammonia projects risks extending the climate crisis. But, more importantly, it tarnishes the idea of climate financing at a time when it is needed the most.
Hydrogen Oil: Green vs Blue, What’s the Difference?
Hydrogen energy is significantly more efficient than fossil fuels. Even more importantly it can be produced in a sustainable way and is considered a "renewable energy" source. Unfortunately, this is not true for all types of hydrogen energy and largely depends on how it is produced.
China’s Hydrogen Strategy for Olympics 2022: Pushing Green Hydrogen Transport
The Beijing Olympics are being powered by 100% renewable energy. A significant part of this is public transportation vehicles that run on green hydrogen. What does this mean for the future of hydrogen energy in Asia?
Japan’s Hydrogen Strategy – A Detour to Carbon Neutrality
A country as developed as Japan should be leading the global clean energy transition. Yet, the progress within its domestic energy market leaves a lot to be desired. What the country needs is to focus on measures aligned to the vision for a more sustainable Japan. And prioritizing renewables instead of hydrogen might be a good starting point.
Oil Majors Spend More on Spin, Less on “Green Hydrogen”
Several oil companies have stated goals to reduce their emissions. Often a key piece of this plan focuses on increasing natural gas production and investing in hydrogen energy. Unfortunately, there are many types of hydrogen energy and only one type is sustainable - green hydrogen. Currently, green hydrogen only accounts for a fraction of total hydrogen production.
Investing in the Future of Hydrogen: A Path to Net Zero
Green hydrogen still accounts for a small percentage of total global hydrogen production. But it is a valuable, and necessary, energy source for the world to reach net-zero by 2050. This makes it a lucrative investment opportunity that has the potential to provide substantial returns in the coming decades.
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