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    Ammonia : Purification|Ammonia : Reforming|Ammonia : CO shift|Ammonia : Methanation|Ammonia : Synthesis|Ammonia : N2O abatement|Ammonia : Co-production|Dimethyl ether : Purification|Dimethyl ether : Reforming|Dimethyl ether : Methanol synthesis|Dimethyl ether : Synthesis|Formaldehyde : Purification|Formaldehyde : Reforming|Formaldehyde : Synthesis|Formaldehyde : Methanol synthesis|Synthetic fuels : Methane-rich gas to gasoline|Synthetic fuels : Methane-rich gas to diesel and jet fuels|Synthetic fuels : Renewable energy and CO2 to synthetic diesel and jet fuel|Hydrogen : Purification|Hydrogen : Reforming|Hydrogen : CO shift|Hydrogen : Carbon dioxide recovery|Hydrogen : Methanation|Hydrogen : Syngas purification|Hydrogen : Methanol decomposition|Methanol : Purification|Methanol : Reforming|Methanol : Synthesis|Methanol : Co-production|RNG : Gasification|RNG : Sour shift|RNG : COS hydrolysis|RNG : Acid gas removal|RNG : Feed purification|RNG : Gas conditioning|RNG : Methanation|RNG : LNG production|Sulfuric acid : Sulfur dioxide oxidation|Sulfuric acid : Wet gas Sulfuric Acid (WSA)|Syngas : Purification|Syngas : Reforming|Syngas : Carbon dioxide recovery|Syngas : Syngas purification|Renewables : Diesel from renewable feedstocks|Renewables : HVO-100 diesel|Renewables : Jet fuel from renewable feedstocks|Renewables : Waste to plastic|Renewables : Hydrogen from renewable feed sources|Catalytic soot filtration : Marine|Catalyst poison removal : Arsenic removal|Catalyst poison removal : Chlorine guards|Catalyst poison removal : Nickel and vanadium removal|Catalyst poison removal : Phosphorus removal|Catalyst poison removal : Silicon removal|Catalyst poison removal : Sulfur guards|Catalytic filtration : Dust, Nox and CO removal|Formaldehyde : Catalytic oxidation|Hydrocracking : Flexible operation|Hydrocracking : Hydrocracker feed pretreatment|Hydrocracking : Maximum middle distillate yield|Hydrocracking : Mild hydrocracking|Hydrocracking : Renewables co-processing in hydrocracking|Hydrotreating : Diesel hydrotreating|Hydrotreating : FCC gasoline post-treatment|Hydrotreating : Kerosene hydrotreating|Hydrotreating : Naphtha hydrotreating|Hydrotreating : Resid hydrotreating |Hydrotreating : VGO hydrotreating / FCC pretreatment|Lube oil processing : Lube polishing|Lube oil processing : Wax hydrofinishing|Nitrous oxide removal : Nitric acid|NOx and CO removal : CO removal|NOx and CO removal : N2O abatement|NOx and CO removal : SCR NOx removal (stationary and marine)|Off-gas processing : Amine regeneration|Off-gas processing : Claus tail gas treatment|Off-gas processing : Fuel gas hydrotreating|Off-gas processing : Sour water stripping|Petrochemical processing : Benzene hydrogenation|Petrochemical processing : Petrochemical sulfur guards |Petrochemical processing : Selective hydrogenation|Pressure drop control : Avoiding fouling problems|Pressure drop control : Crust formation|Unconventional feeds : Coal tar processing |Unconventional feeds : Fischer-Tropsch wax upgrading|Unconventional feeds : Shale oil processing|Unconventional feeds : Spent lube processing|Ammonia : Carbon dioxide recovery|Carbon monoxide : Carbon monoxide|VOC removal : VOC removal|Renewables : Naphtha from renewable feedstocks|Sulfur removal : Sulfuric acid production|Sulfur removal : Spent acid regeneration|Sulfur removal : Sulfur recovery|Sulfur removal : Flue gas treatment|Sulfur removal : Treatment of sulfurous off-gasses|Hydrotreating : Co-processing in kerosene|Hydrotreating : Co-processing for diesel hydrotreating||

    Ammonia converter baskets S-200

    Topsoe was the first technology licensor to introduce the multibed radial flow converter design, thereby improving conversion per pass compared to known technology.

    Ammonia converter baskets S-300

    Topsoe’s S-300 converter is the latest development in Topsoe’s ammonia converter portfolio and is the recommended converter design for all new plants.

    Ammonia converter baskets S-50

    The Topsoe S-50 converter is a single bed radial flow converter, which is added downstream of the main converter in series to increase ammonia conversion.

    Waste heat boiler (Ammonia loop)

    Optimized Heat Recovery from Ammonia Converter Synthesis Gas The recovery of heat from the ...

    Boiling water reactor

    Boiling Water Reactors for Efficient Cooling in Exothermic Reactions The boiling water reactor is ...

    Catalyst support

    Robust Catalyst Support System for Optimized Reactor Performance Our Catalyst Support is designed ...

    Collect-Mix-Distribute System

    Advanced Gas Mixing for Higher Conversion in Quench Reactors Topsoe’s Collect-Mix-Distribute system ...

    Convection reformer HTCR

    Hydrogen demand on the rise Demand for hydrogen is on the rise – worldwide. Refinery operations ...

    Ammonia electrical heater

    Safe and Efficient Electrical Start-Up Heating for Ammonia Plants Topsoe’s electrical start-up ...

    Inlet diffuser

    Customized Inlet Diffusers for Optimal Flow Distribution Our Inlet Diffusers are optimized and ...

    Scale catcher

    Scale Catcher for Pressure Drop Control A common problem in hydroprocessing reactors, is pressure ...

    Outlet collector

    Outlet Collector for Uniform Flow and Catalyst Protection Our Outlet Collector ensures even flow ...

    Quench mixer

    Optimal Mixing with Minimal Pressure Drop Our Quench Mixer ensures efficient mixing of catalyst bed ...

    Redistribution tray

    Redistribution Trays for Uniform Flow Our Redistribution Tray ensures uniform redistribution of the ...

    Air-fired secondary reformer

    Stable Operation with Proven Secondary Reformer Design The air-fired secondary reformer is ...

    Oxygen-fired secondary reformer

    Reliable and Efficient Syngas Production for Methanol Plants In large-scale methanol plants, each ...

    Steam superheaters (Ammonia and Methanol)

    Integrated Steam Superheater Design for Optimal Steam Balance To close the steam balance of an ...

    Bayonet reformer (SMR-b)

    Efficient Hydrogen Production with SMR-b Bayonet Reformer Our bayonet reformer SMR-b combines the ...

    Tubular radiant wall steam reformer

    Radiant Wall Reformer with Proven High-Performance Design The radiant wall steam reformer consists ...

    Distributor tray

    Vapor Lift Distributor Tray Our Vapor Lift Distributor Tray (VLT) ensures uniform distribution of ...

    Waste heat boiler (SNG)

    Custom Waste Heat Boiler Design for SNG Applications The heat released in the methanation steps in ...

    SynCOR™ - Autothermal Reformer (ATR)

    Autothermal reforming at low steam-to-carbon ratio The majority of the world’s syngas-producing ...

    Waste heat boiler (Syngas)

    The process gas waste heat boiler (WHB) is a critical piece of equipment cooling the hot synthesis gas exiting an ATR, a secondary reformer, or an SMR. The heat from the process gas is utilized to generate high pressure and high-quality steam for the process and to drive turbines.

    Steam superheaters (SNG)

    Efficient Superheating with Low-Stress Tube Sheet Design A high degree of superheating of the ...

    SynCOR™ CTS™ burner

    High-Performance Burner Design for Reliable Reformer Operation The CTS™ (Cool Tip Swirl) burner is ...

    Sulfuric acid condenser

    Efficient Cooling and Acid Condensation in WSA and SNOX™ Plants The WSA condenser in WSA and SNOX™ ...

    Sulfuric acid cooling System

    Two-Step Acid Cooling System for WSA and SNOX™ Plants The acid cooling system of WSA and SNOX™ The ...

    Integrated Sulfuric Acid Concentrator (ISAC)

    ISAC Unit for Enhanced Acid Concentration in WSA and SNOX™ Plants The ISAC is a small, packed ...

    Polish all your stack gases in a single step

    CleanSET Solution for Meeting Stricter Emission Regulations in WSA Plants Legislation in the WSA ...

    Catalytic oxidation reactor

    Catalytic Incinerator for Emission Reduction The catalytic incinerator ensures that the combustible ...

    Heat Exchange Reformer (HTER)

    Maximizing Reforming Efficiency with Heat-Integrated HTER Technology The introduction of gas heated ...

    Methanol decomposition reactor

    Methanol Decomposition Technology The methanol decomposition reactor typically contains a tube ...

    Adiabatic reactor bottom support grid

    Maximize Profitability with Topsoe's Support Grid Increase your profitability with Topsoe’s support ...

    HTZR™ target tiles

    Enhance Reactor Performance with HTZR™ Target Tiles Topsoe’s SynCOR™ unit incorporates a floor of ...

    Catalyst bed support structure

    Rampart™ catalyst bed support system The catalyst bed support in an autothermal or secondary ...

    Reactor refractory lining

    Optimize Reactor Reliability with Advanced Refractory Linings The SynCOR™ pressure shell is ...

    FreeBurn™ for secondary reformers

    Optimize Ammonia Production with FreeBurn™ Technology The patented FreeBurn™ is a new generation of ...

    eREACT™ Hydrogen: The future of blue hydrogen

    Electrify your production for ultra-low carbon intensity As the world moves to decarbonize, there ...

    eREACT™ Fuels: New technology essential for electrofuels production

    Redefine eFuels Production with eREACT™ Fuels Technology Reverse Water-Gas Shift (RWGS) has long ...

    Solid Oxide Electrolysis

    Explore the benefits of high-efficiency SOEC Visit our new SOEC page to learn how this ...

    ModuLite™

    Shorten the distance between engineering and execution In the future, the best business won’t ...

    eCOs™ - CO from CO₂

    Produce your own CO on site If you’re like most companies that need CO on a regular basis, you’ve ...