Shell Catalysts & Technologies

Refineries face market and regulatory challenges in diesel fuel production. Revamping your diesel hydrotreater can be a timely, relatively low-cost response to these challenges. It can help refiners resolve operational issues, meet stringent regulations and more. Download the hydrotreating revamp scenario to discover how you can react to regulatory changes while cost-effectively increasing margins and profitability: https://hubs.ly/Q037gdV50 #RefineryTechnology #Hydrotreating #RefiningTheFuture

As gas processing plant operators work to maximise capacity, efficiency and reduce emissions, optimising existing assets remains a top priority. If you’re an operator with an existing acid gas removal unit (AGRU) or you employ triethylene glycol (TEG) dehydration, Shell Turbo Technologies (STT) offer a novel, top-tier solution that can allow you to boost gas processing capacity by as much as 50%. Join us in this webinar as we explore how STT’s innovative technology can: - unlock 1.5× processing capacity for AGRU and TEG applications; - significantly reduce operating costs for brownfield applications; and - offer a quick and cost-effective turnkey solution. Register now to discover how you can optimise gas processing capacity, reduce operating costs and enhance efficiency. hubs.ly/Q03bjQ6q0

As we approach International Women's Day, Shell Catalysts & Technologies recognises the invaluable contributions of all the women across our company and the broader workforce. Thank you for your leadership, expertise and innovation. You help drive progress across our industry every day. #IWD2025 #ShellCatalysts #Leadership

Industrial emitters must reduce harmful emissions, align with air quality regulations and achieve environmental ambitions. Shell Environmental Catalysts and Systems (ECS) are designed to help reduce emissions released into the atmosphere from industrial operations. Download the ECS brochure to discover systems for NOx reduction, dioxin destruction and more: hubs.ly/Q0392gm90 #EnergyTransition #CatalystTechnology #ShellCatalysts

Increase the amount of recycled plastic in feed mixes with the Shell Recovered Plastics Upgrader technology. Existing reuse and recycling technologies apply only a small portion of plastic waste. Plastic circularity helps meet sustainability targets by providing pathways to chemically recycle and reuse plastic waste, which is currently perceived by many as non-recyclable. Learn more about plastic circularity: hubs.ly/Q033VSGp0 #TransformEnergy #Decarbonisation #FutureOfEnergy

Develop low-carbon hydrogen from natural gas through the Shell Blue Hydrogen Process. Decarbonised (blue) hydrogen can be used in the same way as natural gas (grey) hydrogen, including: -In refining processes for hydrocracking and desulphurisation of fuels -For making chemicals -As a pathway to provide low-carbon energy -In other industrial processes Learn more about low-carbon hydrogen: hubs.ly/Q033VS400 #EnergyOutlook #CarbonEmissions #ShellCatalysts

Decarbonisation is needed at greater speed and scale for companies to comply with legislation and remain viable. We developed five pathways to help address decarbonisation challenges: 1?? Produce SAF and eSAF from multiple sources 2?? Help reduce emissions through CCS 3?? Make low-carbon-intensity liquid transportation fuels 4?? Develop low-carbon hydrogen from natural gas 5?? Increase the amount of recycled plastic in feed mixes Explore the pathways: hubs.ly/Q033VS230 #CleanerEnergy #Decarbonisation #ShellTransformsEnergy

Ethylene oxide (EO) providers considering alternative ways to improve profitability may benefit from a tailored revamp project. Shell Catalysts & Technologies' revamps are carefully designed to help you meet your objectives and may involve studies to evaluate the optimum response for your specific situation and our latest-generation catalysts and technologies. Download the EO revamp scenario: hubs.ly/Q02_fqNv0 #EnergyEfficiency #EthyleneOxide #RefiningTheFuture

Nick Flinn, VP of Decarbonisation & Emerging Technologies, shares how to address decarbonisation challenges due to air travel growth and limited alternatives for long-haul flights. Using existing infrastructure and implementing drop-in fuel solutions such as sustainable aviation fuel (SAF) is crucial. Shell Catalysts & Technologies' renewable fuels technology enables the production of bio SAF from various sources. Additionally, the Shell X-to-liquid process converts renewable energy, water, and carbon dioxide into synthetic SAF. #TransformEnergy #FuelTechnology #ShellCatalysts

How is Shell doing on its decarbonisation journey? Discover progress, insights and learnings from Shell Catalysts & Technologies President Elise H. Nowee in our newsletter. Additionally, in this month's newsletter, you'll receive a CCS project update that's a major step forward for decarbonisation in the UK, along with resources about our environmental catalysts and more. Read the newsletter below to learn more #EnergyTransition #Decarbonisation #ShellCatalysts