Alan Gelder’s Post

Right now, the #bioenergy market is valued at US$44 billion. By 2050, it’s expected to grow to US$125 billion, according to our base case (current trajectory). If the world meets net zero targets by #2050, our energy transition outlook shows that bioenergy could increase to US$500 billion. Policy support is key to unlocking the potential for bioenergy by de-risking aspects of the value chain. Read on for our view of the changing energy mix to 2050: https://okt.to/cBwj5U

Right now, the #bioenergy market is valued at US$44 billion. By 2050, it’s expected to grow to US$125 billion, according to our base case (current trajectory). If the world meets net zero targets by #2050, our energy transition outlook shows that bioenergy could increase to US$500 billion. Policy support is key to unlocking the potential for bioenergy by de-risking aspects of the value chain. Read on for our view of the changing energy mix to 2050: https://okt.to/3PHSAZ

Right now, the #bioenergy market is valued at US$44 billion. By 2050, it’s expected to grow to US$125 billion, according to our base case (current trajectory). If the world meets net zero targets by #2050, our energy transition outlook shows that bioenergy could increase to US$500 billion. Policy support is key to unlocking the potential for bioenergy by de-risking aspects of the value chain. Read on for our view of the changing energy mix to 2050: https://okt.to/2oyKca

Right now, the #bioenergy market is valued at US$44 billion. By 2050, it’s expected to grow to US$125 billion, according to our base case (current trajectory). If the world meets net zero targets by #2050, our energy transition outlook shows that bioenergy could increase to US$500 billion. Policy support is key to unlocking the potential for bioenergy by de-risking aspects of the value chain. Read on for our view of the changing energy mix to 2050: https://okt.to/hQznRO

Right now, the #bioenergy market is valued at US$44 billion. By 2050, it’s expected to grow to US$125 billion, according to our base case (current trajectory). If the world meets net zero targets by #2050, our energy transition outlook shows that bioenergy could increase to US$500 billion. Policy support is key to unlocking the potential for bioenergy by de-risking aspects of the value chain. Read on for our view of the changing energy mix to 2050: https://okt.to/bLXZse

Right now, the #bioenergy market is valued at US$44 billion. By 2050, it’s expected to grow to US$125 billion, according to our base case. If the world meets net zero targets by 2050, our energy transition outlook shows that bioenergy could increase to US$500 billion. Policy support is key to unlocking the potential for bioenergy by de-risking aspects of the value chain. Read on for our view of the changing energy mix to 2050: https://okt.to/LBrd7y

The International Energy Agency projects that global demand for #hydrogen will increase by up to six times its current level by the year 2050. As the energy transition gains worldwide momentum, strategies to encourage green and blue hydrogen growth are rising in demand.  Discover the role of filtration plays when it comes to optimizing green and blue hydrogen production: https://bit.ly/3Yv0LWL.

*** PANEL Alert - New energy: what have we done since last year? *** The charge towards #netzero and #decarbonisation needs all the help it can get. It’s time to take stock of what we’ve accomplished in the past year and look ahead to the steps we need to take. Join us on the 24th October where our three expert panelists, Andrea Hosey, Benjy Lee and Robert Davis will share key insights into the latest #advancements in the #renewable #energy sector. Topics will include #hydrogen blending, hydrogen export vectors, #battery storage developments, renewable gas, and #sustainablefuels - all critical as we push forward toward a sustainable future. 💡 If you're passionate about #sustainability, #innovation, or decarbonisation, this is a great opportunity to learn, share, and connect. Sign up with the link here, spaces strictly limited! Food and drinks (non alcoholic) will be provided. Link: https://lnkd.in/gRdrQ-Hb --- #JVCEC #EngineersAustralia #IChemE #ChemicalEngineering #NewEnergy #FutureFuels

The Green Hydrogen Market has the potential to close the gap between conventional Grid Supply and Renewable Energy. Also, there is a huge market for investment in Production, Storage, and Supply Chain Value Systems. #greenhydrogen #sustainability #renewableenergy The Future Is Here #GreenHydrogen

Green hydrogen has a cost problem. Made with renewable energy and key to decarbonization efforts, the cost needs to be low enough to create a sizeable demand and justify significant commercial-scale production and capacity. However, the costs of supplying green electricity and high interest rates have led to several major green hydrogen projects being scaled back or even canceled in the past few years. But, six actions have proven that the long-term economics can still work. You can learn about six actions and the regulatory implications that come with managing the production of green hydrogen at the link > https://owy.mn/3Vcs8ld #greenhydrogen #cleanenergy #decarbonization