This video explains how these tiny pellets can help create cleaner energy and products from a wide range of feedstocks and aid refiners in reducing energy intensity and achieving net zero emission goals.
Duration: 2:27 minutes
This video explains how these tiny pellets can help create cleaner energy and products from a wide range of feedstocks and aid refiners in reducing energy intensity and achieving net zero emission goals.
Transcript Body
[Background music plays]
Calm and thoughtful music
[Animated sequence]
Animation of mechanical towers of energy sectors.
Ever-increasing global energy demands and environmental concerns have forced us to seek a transition to cleaner, sustainable, and more efficient energy alternatives.
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Music swells
But who would've thought that one of the most effective solutions for energy efficiency would present itself in something so small?
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Animation of hand holding pill-shaped catalyst, transitioning to animation of a variety of catalysts.
[Background music plays]
Music changes to hopeful electronic music
This is a catalyst. What appears to be a simple inert pellet is in actuality so much more. With innovations to its composition, size, shape, and presented in numbers, these little guys enable the production of more and cleaner energy from a wide range of available feed stocks.
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More, Cleaner Energy
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Animation transition to a stylized refinery.
When used in fuel production, they can reduce pollutant precursors, such as sulfur; improving fuel quality for reduced emissions. They can be nano-engineered to react at a molecular level; enabling refiners to meet stringent emission mandates.
[Animated sequence]
Animation of a cloud of catalysts shaped into various objects.
[Background music plays]
The music transitions to upbeat and drums are added.
Biofuels, waste to fuels, and sustainable aviation fuels, as well as plastics, medical equipment, and shoes are all made through catalytic processes.
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Animation transitions to a laboratory environment, then a refinery.
At Shell Catalysts & Technologies, we are developing state-of-the-art catalysts that react with less heat, electricity, or steam in order to help refinery operators reduce energy intensity and achieve net-zero emission goals.
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Animation of conveyor belts moving plastic products
Our innovative research is making plastic circularity possible where new plastic products are created from recycled feed stocks.
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Transition to a cloud of catalysts. A battery and a steel beam appear.
And we are solving catalyst reclamation and recycling to preserve precious metals for reuse in batteries and steel.
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Various catalyst shapes are shown.
At Shell Catalysts & Technologies, we know that great things come from the smallest beginnings.
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Gyroscopic pillars representing decades go by in chronological order.
Catalysts have and will continue to play a vital role in the energy and petrochemical industries for decades. Join us in making every molecule matter and in leading the way to a cleaner energy future.
The Shell Renewable Refining Process supports refiners looking to meet their renewable mandates and blending obligations. Capitalise on high upgrade margins and the increased profitability of biofuels.
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