The Royal Society’s Post

View organization page for The Royal Society, graphic
The Royal Society

50,868 followers

Green hydrogen experts have called for a clear roadmap and vision to scale up the UK's hydrogen industry in a new report from a workshop convened by the Royal Academy of Engineering and the Royal Society. The report aims to help policymakers ensure that #GreenHydrogen can fulfil its potentially crucial role in a future low-carbon energy system, and highlights critical factors that need to be addressed to realise this potential. Read more: https://lnkd.in/eDMNzQ-F

  • No alternative text description for this image
Mark Bodger ACMA

Making Financial Planning Easy, Powerful and Fast | Workday Adaptive Planning | IBM Planning Analytics

1mo

Green hydrogen offers a clean energy solution by reducing carbon emissions, enabling energy storage, and supporting decarbonization in industries like transportation, manufacturing, and power generation, promoting sustainability.

Like
Reply
Ahmad Taha, PhD

Lecturer (Assistant Professor) at University of Glasgow | FHEA | RAEng Exceptional Promise | UK Young Academy | Academic Adviser CSC

2mo

HI-ACT David Flynn Jamie Blanche

Like
Reply
See more comments

To view or add a comment, sign in

More Relevant Posts

  • View profile for Daniel Carter, graphic
    Daniel Carter

    President Technical Consulting & Decarbonisation @ Wood | Project Development, Decarbonisation, Hydrogen, CCUS

    Green hydrogen will undoubtedly play a huge role in accelerating our energy transition- however, its slow scale-up rate could jeopardise this. This latest insights blog explains how we can accelerate clean hydrogen production through early troubleshooting efforts- interested in finding out more?  Check out the link below👇. https://lnkd.in/drni3w6e #greenhydrogen #energytransition

    • In its Hydrogen Insights 2023 report, the Hydrogen Council reported that only 7% of investments in clean hydrogen on a global level have passed FID. Therefore, if hydrogen is to fully realise its potential in facilitating a swift energy transition, we must address the pressing challenges currently blocking its ability to scale up at an early phase. Industrial applications Hydrogen has been a critical feedstock for producing ammonia and key to the chemical, food, and pharmaceutical industries throughout the past century. With mounting pressure to decarbonise, industries such as steel and cement manufacturing are now also turning to hydrogen as a solution to help cut their carbon emissions. A readily available alternative to coal and other carbon-emitting fuels, hydrogen’s high energy density will be necessary for high energy-demanding industrial processes. Because of this, streamlining the process of implementing hydrogen into the industry has become a priority for markets wishing to decarbonise. Sectors heavily reliant on grey hydrogen at present are also on track to switch to green hydrogen. Long-range transport and industries currently reliant on fossil fuels are targets for switching to green hydrogen. Fertiliser production alone is expected to require around 50 million tonnes of green hydrogen per year by 2050, according to the Energy Transition Council. When totalling this shift, it's estimated that to fulfil industrial demand by 2050, we will need to generate more than 500 million tonnes of green hydrogen in the next two decades.

    To view or add a comment, sign in

  • View profile for Candice Wilson, graphic
    Candice Wilson

    Managing Director, CFO Advisory | Business strategy and transformation expert

    Green hydrogen will undoubtedly play a huge role in accelerating our energy transition- however, its slow scale-up rate could jeopardise this. This latest insights blog explains how we can accelerate clean hydrogen production through early troubleshooting efforts- interested in finding out more?  Check out the link below👇. https://lnkd.in/gSUvK5qP #greenhydrogen #energytransition

    • In its Hydrogen Insights 2023 report, the Hydrogen Council reported that only 7% of investments in clean hydrogen on a global level have passed FID. Therefore, if hydrogen is to fully realise its potential in facilitating a swift energy transition, we must address the pressing challenges currently blocking its ability to scale up at an early phase. Industrial applications Hydrogen has been a critical feedstock for producing ammonia and key to the chemical, food, and pharmaceutical industries throughout the past century. With mounting pressure to decarbonise, industries such as steel and cement manufacturing are now also turning to hydrogen as a solution to help cut their carbon emissions. A readily available alternative to coal and other carbon-emitting fuels, hydrogen’s high energy density will be necessary for high energy-demanding industrial processes. Because of this, streamlining the process of implementing hydrogen into the industry has become a priority for markets wishing to decarbonise. Sectors heavily reliant on grey hydrogen at present are also on track to switch to green hydrogen. Long-range transport and industries currently reliant on fossil fuels are targets for switching to green hydrogen. Fertiliser production alone is expected to require around 50 million tonnes of green hydrogen per year by 2050, according to the Energy Transition Council. When totalling this shift, it's estimated that to fulfil industrial demand by 2050, we will need to generate more than 500 million tonnes of green hydrogen in the next two decades.

    To view or add a comment, sign in

  • View profile for Ewan Macleod ChPP, graphic
    Ewan Macleod ChPP

    Wood SPM

    Green hydrogen will undoubtedly play a huge role in accelerating our energy transition- however, its slow scale-up rate could jeopardise this. This latest insights blog explains how we can accelerate clean hydrogen production through early troubleshooting efforts- interested in finding out more?  Check out the link below👇. https://lnkd.in/gWJVCjGt #greenhydrogen #energytransition

    • In its Hydrogen Insights 2023 report, the Hydrogen Council reported that only 7% of investments in clean hydrogen on a global level have passed FID. Therefore, if hydrogen is to fully realise its potential in facilitating a swift energy transition, we must address the pressing challenges currently blocking its ability to scale up at an early phase. Industrial applications Hydrogen has been a critical feedstock for producing ammonia and key to the chemical, food, and pharmaceutical industries throughout the past century. With mounting pressure to decarbonise, industries such as steel and cement manufacturing are now also turning to hydrogen as a solution to help cut their carbon emissions. A readily available alternative to coal and other carbon-emitting fuels, hydrogen’s high energy density will be necessary for high energy-demanding industrial processes. Because of this, streamlining the process of implementing hydrogen into the industry has become a priority for markets wishing to decarbonise. Sectors heavily reliant on grey hydrogen at present are also on track to switch to green hydrogen. Long-range transport and industries currently reliant on fossil fuels are targets for switching to green hydrogen. Fertiliser production alone is expected to require around 50 million tonnes of green hydrogen per year by 2050, according to the Energy Transition Council. When totalling this shift, it's estimated that to fulfil industrial demand by 2050, we will need to generate more than 500 million tonnes of green hydrogen in the next two decades.

    To view or add a comment, sign in

  • View profile for Sarah Steinbach, graphic
    Sarah Steinbach

    Senior Consultant at McKinsey & Company // PhD in Sustainable Energy Systems

    💡 New publication alert 💡 Hydrogen is an essential building block for a successful energy transition. However, current regulatory uncertainty inhibits market development. Within our article titled "The future European hydrogen market: Market design and policy recommendations to support market development and commodity trading", Nikolas Bunk and I developed detailed regulatory recommendations for market development measures, infrastructure regulations, and trading setup. Our findings have just been published in the International Journal of Hydrogen Energy. Read the full open access article here: https://lnkd.in/d6rX4jxP Abstract A key building block of the European Green Deal is the development of a hydrogen commodity market, which requires a suitable hydrogen market design and the timely introduction of related policy measures. Using exploratory interviews with five expert groups, we contribute to this novel research field by outlining the core market design criteria and proposing suitable regulations for the future European hydrogen market. We identify detailed recommendations along three core market design focus areas: Market development policy measures, infrastructure regulations, as well as hydrogen and certificate trading. Our findings provide an across-industry view of current policy-related key challenges in the hydrogen commodity market development and mitigation approaches. We, therefore, support policymakers within the EU in the ongoing detailing of their regulatory hydrogen and green energy packages. Further, we promote hydrogen market development by assisting current and future industry players in finding a common understanding of the future hydrogen market design. #hydrogen #greenhydrogen #marketdesign #regulation #infrastructure #trading

    • No alternative text description for this image

    To view or add a comment, sign in

  • View profile for Andrew Maitland, graphic
    Andrew Maitland

    Supporting our clients to achieve Safe, Reliable, and Optimized Asset performance.

    Green hydrogen will undoubtedly play a huge role in accelerating our energy transition- however, its slow scale-up rate could jeopardize this. This latest insights blog explains how we can accelerate clean hydrogen production through early troubleshooting efforts- interested in discovering more? Check out the link below👇. https://lnkd.in/gJxCEzV8 #greenhydrogen #energytransition

    • In its Hydrogen Insights 2023 report, the Hydrogen Council reported that only 7% of investments in clean hydrogen on a global level have passed FID. Therefore, if hydrogen is to fully realise its potential in facilitating a swift energy transition, we must address the pressing challenges currently blocking its ability to scale up at an early phase. Industrial applications Hydrogen has been a critical feedstock for producing ammonia and key to the chemical, food, and pharmaceutical industries throughout the past century. With mounting pressure to decarbonise, industries such as steel and cement manufacturing are now also turning to hydrogen as a solution to help cut their carbon emissions. A readily available alternative to coal and other carbon-emitting fuels, hydrogen’s high energy density will be necessary for high energy-demanding industrial processes. Because of this, streamlining the process of implementing hydrogen into the industry has become a priority for markets wishing to decarbonise. Sectors heavily reliant on grey hydrogen at present are also on track to switch to green hydrogen. Long-range transport and industries currently reliant on fossil fuels are targets for switching to green hydrogen. Fertiliser production alone is expected to require around 50 million tonnes of green hydrogen per year by 2050, according to the Energy Transition Council. When totalling this shift, it's estimated that to fulfil industrial demand by 2050, we will need to generate more than 500 million tonnes of green hydrogen in the next two decades.

    To view or add a comment, sign in

  • View profile for Anthony Balsiger, graphic
    Anthony Balsiger

    Senior Recruiter - Consulting APAC at Wood PLC

    Green hydrogen will undoubtedly play a huge role in accelerating our energy transition- however, its slow scale-up rate could jeopardise this. This latest insights blog explains how we can accelerate clean hydrogen production through early troubleshooting efforts- interested in finding out more?  Check out the link below👇. https://lnkd.in/gfqJvj7C #greenhydrogen #energytransition

    • In its Hydrogen Insights 2023 report, the Hydrogen Council reported that only 7% of investments in clean hydrogen on a global level have passed FID. Therefore, if hydrogen is to fully realise its potential in facilitating a swift energy transition, we must address the pressing challenges currently blocking its ability to scale up at an early phase. Industrial applications Hydrogen has been a critical feedstock for producing ammonia and key to the chemical, food, and pharmaceutical industries throughout the past century. With mounting pressure to decarbonise, industries such as steel and cement manufacturing are now also turning to hydrogen as a solution to help cut their carbon emissions. A readily available alternative to coal and other carbon-emitting fuels, hydrogen’s high energy density will be necessary for high energy-demanding industrial processes. Because of this, streamlining the process of implementing hydrogen into the industry has become a priority for markets wishing to decarbonise. Sectors heavily reliant on grey hydrogen at present are also on track to switch to green hydrogen. Long-range transport and industries currently reliant on fossil fuels are targets for switching to green hydrogen. Fertiliser production alone is expected to require around 50 million tonnes of green hydrogen per year by 2050, according to the Energy Transition Council. When totalling this shift, it's estimated that to fulfil industrial demand by 2050, we will need to generate more than 500 million tonnes of green hydrogen in the next two decades.

    To view or add a comment, sign in

  • View profile for Sandra Jakl, graphic
    Sandra Jakl

    Regional Project Director, Americas, Consulting

    Green hydrogen will undoubtedly play a huge role in accelerating our energy transition- however, its slow scale-up rate could jeopardize this. This latest insights blog explains how we can accelerate clean hydrogen production through early troubleshooting efforts- interested in finding out more? Check out the link below👇. https://lnkd.in/gm7h3nk5 #greenhydrogen #energytransition

    • In its Hydrogen Insights 2023 report, the Hydrogen Council reported that only 7% of investments in clean hydrogen on a global level have passed FID. Therefore, if hydrogen is to fully realise its potential in facilitating a swift energy transition, we must address the pressing challenges currently blocking its ability to scale up at an early phase. Industrial applications Hydrogen has been a critical feedstock for producing ammonia and key to the chemical, food, and pharmaceutical industries throughout the past century. With mounting pressure to decarbonise, industries such as steel and cement manufacturing are now also turning to hydrogen as a solution to help cut their carbon emissions. A readily available alternative to coal and other carbon-emitting fuels, hydrogen’s high energy density will be necessary for high energy-demanding industrial processes. Because of this, streamlining the process of implementing hydrogen into the industry has become a priority for markets wishing to decarbonise. Sectors heavily reliant on grey hydrogen at present are also on track to switch to green hydrogen. Long-range transport and industries currently reliant on fossil fuels are targets for switching to green hydrogen. Fertiliser production alone is expected to require around 50 million tonnes of green hydrogen per year by 2050, according to the Energy Transition Council. When totalling this shift, it's estimated that to fulfil industrial demand by 2050, we will need to generate more than 500 million tonnes of green hydrogen in the next two decades.

    To view or add a comment, sign in

  • View profile for Melinda Randall, graphic
    Melinda Randall

    Connecting agile & innovative thinkers to opportunities within the growing wood community!

    Green hydrogen will undoubtedly play a huge role in accelerating our energy transition- however, its slow scale-up rate could jeopardise this. This latest insights blog explains how we can accelerate clean hydrogen production through early troubleshooting efforts- interested in finding out more?  Check out the link below👇. https://lnkd.in/gacXhryA #greenhydrogen #energytransition

    • In its Hydrogen Insights 2023 report, the Hydrogen Council reported that only 7% of investments in clean hydrogen on a global level have passed FID. Therefore, if hydrogen is to fully realise its potential in facilitating a swift energy transition, we must address the pressing challenges currently blocking its ability to scale up at an early phase. Industrial applications Hydrogen has been a critical feedstock for producing ammonia and key to the chemical, food, and pharmaceutical industries throughout the past century. With mounting pressure to decarbonise, industries such as steel and cement manufacturing are now also turning to hydrogen as a solution to help cut their carbon emissions. A readily available alternative to coal and other carbon-emitting fuels, hydrogen’s high energy density will be necessary for high energy-demanding industrial processes. Because of this, streamlining the process of implementing hydrogen into the industry has become a priority for markets wishing to decarbonise. Sectors heavily reliant on grey hydrogen at present are also on track to switch to green hydrogen. Long-range transport and industries currently reliant on fossil fuels are targets for switching to green hydrogen. Fertiliser production alone is expected to require around 50 million tonnes of green hydrogen per year by 2050, according to the Energy Transition Council. When totalling this shift, it's estimated that to fulfil industrial demand by 2050, we will need to generate more than 500 million tonnes of green hydrogen in the next two decades.

    To view or add a comment, sign in

  • View profile for Mark Hudson, graphic
    Mark Hudson

    Project Process Manager at Wood

    Green hydrogen will undoubtedly play a huge role in accelerating our energy transition- however, its slow scale-up rate could jeopardise this. This latest insights blog explains how we can accelerate clean hydrogen production through early troubleshooting efforts- interested in finding out more?  Check out the link below👇. https://lnkd.in/eVZZGBmr #greenhydrogen #energytransition

    • In its Hydrogen Insights 2023 report, the Hydrogen Council reported that only 7% of investments in clean hydrogen on a global level have passed FID. Therefore, if hydrogen is to fully realise its potential in facilitating a swift energy transition, we must address the pressing challenges currently blocking its ability to scale up at an early phase. Industrial applications Hydrogen has been a critical feedstock for producing ammonia and key to the chemical, food, and pharmaceutical industries throughout the past century. With mounting pressure to decarbonise, industries such as steel and cement manufacturing are now also turning to hydrogen as a solution to help cut their carbon emissions. A readily available alternative to coal and other carbon-emitting fuels, hydrogen’s high energy density will be necessary for high energy-demanding industrial processes. Because of this, streamlining the process of implementing hydrogen into the industry has become a priority for markets wishing to decarbonise. Sectors heavily reliant on grey hydrogen at present are also on track to switch to green hydrogen. Long-range transport and industries currently reliant on fossil fuels are targets for switching to green hydrogen. Fertiliser production alone is expected to require around 50 million tonnes of green hydrogen per year by 2050, according to the Energy Transition Council. When totalling this shift, it's estimated that to fulfil industrial demand by 2050, we will need to generate more than 500 million tonnes of green hydrogen in the next two decades.

    To view or add a comment, sign in

The Royal Society

50,868 followers

View Profile

Explore topics