China’s manufacturing capabilities and advancements in reducing electrolyzer costs have sparked both hopes and concerns about its potential to dominate global electrolyzer production and exports. This is often compared to China’s success in solar photovoltaics (PV), where dramatic cost...

As a global leader in renewable energy, India is transitioning from fossil fuel-based hydrogen to green hydrogen, driven by technological advancements, cost reductions, and supportive policies. Initiatives like the National Green Hydrogen Mission and Green Hydrogen Policy aim to establish India...

While polluting industries are still flourishing, the green economy is on the rise. In low- and middle-income countries, the resulting opportunities are mostly underexplored. The Federal Ministry for Economic Cooperation and Development (BMZ)'s new strategy for 'Sustainable economic development,...

Hydrogen produced with minimal or no carbon emissions is often expected to become an important tool for meeting climate objectives and decarbonising national economies that currently mostly rely on fossil fuels. Despite initial expectations, it seems unlikely that clean hydrogen will be used by...

Green hydrogen emerges as a promising solution to the intermittency of renewable energy resources, offering storage and transport capabilities essential for a sustainable energy future. However, establishing a viable supply chain poses challenges due to high conversion costs and logistical...

This paper compares the potential of three countries Morocco, Chile, and Australia to export green hydrogen to the European Union (EU). The three countries are ranked relative to each other based on ten indicators: • The estimated levelized cost of green hydrogen delivery over time • The...

To ensure sustainable green hydrogen (H2) production, the European Union (EU) has introduced regulatory frameworks, such as the Delegated Act on Renewable Hydrogen. These regulations aim to ensure positive environmental effects through green hydrogen by establishing criteria of additionality, as...

Low carbon hydrogen (whether based on renewable or nuclear electricity, or fossil fuels with carbon capture) is a means to decarbonise sectors of the economy which are hard to electrify. Its business model is heavily dependent on government intervention (e.g. mandatory targets, subsidies,...

Contract for difference (CfD) entered the hydrogen sector as a natural extension of their successful application in the electricity sector. In the UK, low carbon hydrogen CfDs are primarily focused on two key objectives: reducing the costs of hydrogen production and scaling up production...

The iron/steel industry is one of the highest emitting sectors, contributing 7-9% of overall global emissions. As population and economic growth will demand more steel as a key building block of society, the need to decarbonize the sector is critical. This paper assesses the financing...

High dependence on fossil fuels to meet the energy demand is the major source of greenhouse gas (GHG) emissions in Thailand. Decarbonization of the energy system to achieve the pledged climate targets is a challenging task for Thailand. The role of green hydrogen and hydrogen-based technologies...

Hydrogen produced with minimal or no carbon emissions is often expected to become an important tool for meeting climate objectives and decarbonising national economies that currently mostly rely on fossil fuels. Despite initial expectations, it seems unlikely that clean hydrogen will be used by...

This manuscript explores the role of green hydrogen produced through ethanol reforming in accelerating Brazil's transition to a low-carbon economic framework. Despite ongoing efforts to lessen carbon dependence, Brazil's reliance on biofuels and other renewable energy sources remains inadequate...

Contract for difference (CfD) entered the hydrogen sector as a natural extension of their successful application in the electricity sector. In the UK, low carbon hydrogen CfDs are primarily focused on two key objectives: reducing the costs of hydrogen production and scaling up production...

The paper at hand offers a quantitative assessment of the transformation of the European energy system in achieving the goal of the European Commission of carbon neutrality in Europe by 2050. In doing so, the investment and dispatch optimization model DIMENSION is extended to comprise a greater...

The paper at hand offers a quantitative assessment of the transformation of the European energy system in achieving the goal of the European Commission of carbon neutrality in Europe by 2050. In doing so, the investment and dispatch optimization model DIMENSION is extended to comprise a greater...

Low carbon hydrogen (whether based on renewable or nuclear electricity, or fossil fuels with carbon capture) is a means to decarbonise sectors of the economy which are hard to electrify. Its business model is heavily dependent on government intervention (e.g. mandatory targets, subsidies,...

Green hydrogen emerges as a promising solution to the intermittency of renewable energy resources, offering storage and transport capabilities essential for a sustainable energy future. However, establishing a viable supply chain poses challenges due to high conversion costs and logistical...

This paper compares the potential of three countries Morocco, Chile, and Australia to export green hydrogen to the European Union (EU). The three countries are ranked relative to each other based on ten indicators: • The estimated levelized cost of green hydrogen delivery over time • The...

This study introduces a method for identifying territories ideal for establishing photovoltaic (PV) plants for green hydrogen (GH ) production in the Antofagasta region of northern Chile, a location celebrated for its outstanding solar energy potential. Assessing the viability of PV plant...

To ensure sustainable green hydrogen (H2) production, the European Union (EU) has introduced regulatory frameworks, such as the Delegated Act on Renewable Hydrogen. These regulations aim to ensure positive environmental effects through green hydrogen by establishing criteria of additionality, as...

The iron/steel industry is one of the highest emitting sectors, contributing 7-9% of overall global emissions. As population and economic growth will demand more steel as a key building block of society, the need to decarbonize the sector is critical. This paper assesses the financing...

The recent need for sustainable energy to balance supply and demand with decarbonisation benefits drives interest in green hydrogen for socio-economic growth. However, the barriers associated with green hydrogen technologies and production routes make acceptability into the South African energy...

While polluting industries are still flourishing, the green economy is on the rise. In low- and middle-income countries, the resulting opportunities are mostly underexplored. The Federal Ministry for Economic Cooperation and Development (BMZ)’s new strategy for “Sustainable economic...

It is anticipated that green hydrogen will require government support for the next 15-20 years and that green hydrogen export projects will have to compete, largely on delivered price, to supply the demand created by the importing government programmes. Efficient project financing, both debt and...

Green hydrogen - produced with renewable energy - is indispensable for the decarbonisation of economies, especially concerning 'hard-to-abate' activities such as the production of steel, cement and fertilisers as well as maritime transport and aviation. The demand for green hydrogen is therefore...

If a hydrogen economy is to become a reality, along with efficient and decarbonized production and adequate transportation infrastructure, deployment of suitable hydrogen storage facilities will be crucial. This is because, due to various technical and economic reasons, there is a serious...

To meet climate change mitigation targets, an exponential increase in global green hydrogen trade is expected. Countries rich in renewable energy resources would be in a favourable position to become exporters, potentially bringing opportunities for socio-economic development. The Brazilian...

The German steel industry is in jeopardy. Current steel production must be comprehensively transformed to achieve the emission targets imposed by the Federal Climate Change Act. A promising alternative that has increasingly gained momentum in recent years is hydrogen-based steel production. This...

Japan has adopted several policies that signal its intent to rely on hydrogen to achieve net-zero climate goals. However, many of those same policies are unclear about its support for a transition to green hydrogen. Relying on gray and blue hydrogen without a transition to green hydrogen will...

Hydrogen is regarded as one of the limited options for decarbonizing the hard-to-abate industrial sector. This work investigates the status and potential of green and blue hydrogen in some major industrial sectors, including oil refining, chemical production, iron and steel production, and...

The fast deployment of renewable energy in Italy by 2030, according to the National Energy and Climate Plan, will lead to renewable electricity surplus mainly in Southern Italy where adequate energy storage is not currently available. In this paper, a Power to Green Hydrogen followed by a...

It is anticipated that green hydrogen will require government support for the next 15-20 years and that green hydrogen export projects will have to compete, largely on delivered price, to supply the demand created by the importing government programmes. Efficient project financing, both debt and...

Hydrogen produced exclusively from renewable power - known as green hydrogen - is widely recognised as a key pillar in replacing fossil fuels and decarbonizing sectors that cannot easily be electrified, such as some industrial processes, shipping and aviation. This publication - jointly produced...

To meet climate change mitigation targets, an exponential increase in global green hydrogen trade is expected. Countries rich in renewable energy resources would be in a favourable position to become exporters, potentially bringing opportunities for socio-economic development. The Brazilian...

Hydrogen is regarded as one of the limited options for decarbonizing the hard-to-abate industrial sector. This work investigates the status and potential of green and blue hydrogen in some major industrial sectors, including oil refining, chemical production, iron and steel production, and...

Japan has adopted several policies that signal its intent to rely on hydrogen to achieve net-zero climate goals. However, many of those same policies are unclear about its support for a transition to green hydrogen. Relying on gray and blue hydrogen without a transition to green hydrogen will...

If a hydrogen economy is to become a reality, along with efficient and decarbonized production and adequate transportation infrastructure, deployment of suitable hydrogen storage facilities will be crucial. This is because, due to various technical and economic reasons, there is a serious...

Green hydrogen – produced with renewable energy – is indispensable for the decarbonisation of economies, especially concerning “hard-to-abate” activities such as the production of steel, cement and fertilisers as well as maritime transport and aviation. The demand for green hydrogen is...