Reactor internals that set industry standard
Radials and pressure drop can be detrimental to hydroprocessing unit performance. It can lead to shorter cycle lengths and longer turnarounds – both of which eat into refinery profits.
Our reactor internals will ensure the best possible conditions for the catalytic reactions in your reactor. They are designed to fit any reactor configuration, providing top-class performance and reliability. They are engineered to optimize filtration, mixing, and distribution, ensuring safe and fast access to catalyst beds during turnarounds and keeping your operation running at peak efficiency.
Reactor internals benefits:
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Superior performance: Optimal flow distribution, minimized pressure drop, extended catalyst life and more profitable cycles.
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Operational reliability: Robust and high-quality designs guarantee long service life and reduced maintenance, even under demanding conditions.
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Expert partnership: Our specialists work closely with you to provide technical guidance and support from initial evaluation to installation and beyond.
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Ongoing innovation: We continuously develop our portfolio of reactor internals to meet the evolving needs of your refinery.
When should you consider upgrading your reactor internals?
Increased pressure drop, uneven flow distribution, shorter cycle lengths or cumbersome maintenance, are all signs that it is time for you to consider an upgrade of your reactor internals.
Our team can help you evaluate your current internals, identify opportunities for improvement, and guide you seamlessly through every step of the upgrade process. We help you assess your current setup, draft an economic evaluation, and ensure smooth, timely execution, so you can focus on what matters most: maximizing your refinery’s output.
Partnering with Topsoe
With over 2,000 internals installed in more than 700 refinery units globally, we are a trusted partner for refineries looking to achieve the best operation of their hydroprocessing units. Our proven technology and commitment to innovation help refineries achieve significant energy savings, longer catalyst lifetimes, and safer, more efficient turnarounds.
