Euroadsorbent provides innovative solutions tailored for the steel and metal industry, specifically targeting the purification of gas streams in direct reduction units (DRU). Our advanced adsorbents play a crucial role in enhancing the efficiency and performance of DRU operations. By effectively removing harmful contaminants like hydrogen sulfide (H2S), Euroadsorbent’s specialized ZnO adsorbents ensure the purity of synthesis gas, vital for producing reduced iron in DRU processes such as Midrex and PERED reformers. Whether it’s neutral catalysts for heat supply, semi-active catalysts to mitigate coke formation, or active catalysts for optimal reforming reactions, Euroadsorbent offers a comprehensive range of products tailored to the unique needs of steel and metal companies.
Furthermore, Euroadsorbent presents a comprehensive product package tailored for utility and cryogenic air separation units (ASU). This encompassing selection features a diverse range of offerings, including molecular resins, active alumina, ball ceramics, and silica gel.
Euroadsorbent provides innovative solutions tailored for the steel and metal industry, specifically targeting the purification of gas streams in direct reduction units (DRU). Our advanced adsorbents play a crucial role in enhancing the efficiency and performance of DRU operations. By effectively removing harmful contaminants like hydrogen sulfide (H2S), Euroadsorbent’s specialized ZnO adsorbents ensure the purity of synthesis gas, vital for producing reduced iron in DRU processes such as Midrex and PERED reformers. Whether it’s neutral catalysts for heat supply, semi-active catalysts to mitigate coke formation, or active catalysts for optimal reforming reactions, Euroadsorbent offers a comprehensive range of products tailored to the unique needs of steel and metal companies.
Furthermore, Euroadsorbent presents a comprehensive product package tailored for utility and cryogenic air separation units (ASU). This encompassing selection features a diverse range of offerings, including molecular resins, active alumina, ball ceramics, and silica gel.
DRI Catalyst Package
Semi-Active Reforming
High-performance Ni/MgO catalysts with an optimized shape and physical properties for reforming process.
Active Reforming
Maximized efficiency with specialized Ni/Al2O3 Active Reforming catalyst in DRI unit.
Sulfur Removal Adsorbents
High capacity ZnO sulfur adsorbent for purification of DRI feed stream to less than 0.1 ppm.
Inert Catalyst
Stabilized Al2O3 inert material with optimized shapes to maximized heat transfer efficiency for use in reforming tubes.
DRI Catalyst Package
Semi-Active Reforming
High-performance Ni/MgO catalysts with an optimized shape and physical properties for reforming process.
Active Reforming
Maximized efficiency with specialized Ni/Al2O3 Active Reforming catalyst in DRI unit.
Sulfur Adsorbents
High capacity ZnO sulfur adsorbent for purification of DRI feed stream to less than 0.1 ppm.
Inert Catalyst
Stabilized inert material with optimized shapes to maximized heat transfer efficiency for use in reforming tubes.
ASU and Utility Solutions
TSA / PSA Air Driers
Guaranteed long-term stability of your air dryer with high mechanical properties adsorbents.
Air Pre-purification in ASU
Ultra-deep air dehydration and full CO2 removal with specialized Air Purification Grade Adsorbents.
PSA H2 Purification
Full adsorbent package for purification of hydrogen with maximum recovery and economic optimization.
PSA N2 Generator
maximum profitability and nitrogen recovery with high performance carbon molecular sieves.
ASU and Utility Solutions
TSA / PSA Air Driers
Guaranteed long-term stability of your air dryer with high mechanical properties adsorbents.
Air Pre-purification
Ultra-deep air dehydration and full CO2 removal with specialized Air Purification Grade Adsorbents.
PSA H2 Purification
Full adsorbent package for purification of hydrogen with maximum recovery and economic optimization.
PSA N2 Generator
maximum profitability and nitrogen recovery with high performance carbon molecular sieves.
