We offers a comprehensive range of solutions tailored for the petrochemical industry. Our products play a crucial role in various stages of petrochemical production, ensuring optimal performance and efficiency.
In the production chain of olefins and polymers, our catalysts facilitate the conversion of raw materials into high-quality end products, enhancing yield and purity. For methanol, urea, and ammonia production, our absorbents enable precise control of reaction conditions, resulting in superior product quality and process efficiency.
Additionally, our utility unit absorbents effectively capture impurities, ensuring smooth operation and prolonging equipment lifespan. EuroAdsorbent is committed to delivering tailored solutions that meet the exact specifications of each application, empowering petrochemical plants to achieve their production goals with confidence.
We offers a comprehensive range of solutions tailored for the petrochemical industry. Our products play a crucial role in various stages of petrochemical production, ensuring optimal performance and efficiency.
In the production chain of olefins and polymers, our catalysts facilitate the conversion of raw materials into high-quality end products, enhancing yield and purity. For methanol, urea, and ammonia production, our absorbents enable precise control of reaction conditions, resulting in superior product quality and process efficiency.
Additionally, our utility unit absorbents effectively capture impurities, ensuring smooth operation and prolonging equipment lifespan. EuroAdsorbent is committed to delivering tailored solutions that meet the exact specifications of each application, empowering petrochemical plants to achieve their production goals with confidence.
Olefin and Polymer
Cracked Gas Dehydration
Dehydration of cracked gas streams with specialized selective molecular sieves.
Olefin Dehydration
Dehydration of reactive hydrocarbons feed streams with specialized regenerable adsorbent
Arsine & Phosphine Removal
Arsine and Phosphine removal to less than 0.1 ppm with high performance metal based adsorbents.
Sulfur Removal
Full range product portfolio for sulfur guard adsorbents in a wide range of operating conditions.
CO & O2 Removal
Effective carbon monoxide and oxygen content to less than 0.1 ppm with metal based adsorbents.
Inert Materials
Various inert material icludes alumina and ceramic balls for use in various operating units.
Olefin and Polymer
Cracked Gas
Dehydration of cracked gas streams with specialized selective molecular sieves.
Olefin Dehydration
Dehydration of reactive hydrocarbons feed streams with specialized regenerable adsorbent
Arsine Removal
Arsine and Phosphine removal to less than 0.1 ppm with high performance metal based adsorbents.
Sulfur Removal
Full range product portfolio for sulfur guard adsorbents in a wide range of operating conditions.
CO & O2 Removal
Effective carbon monoxide and oxygen content to less than 0.1 ppm with metal based adsorbents.
Inert Materials
Various inert material icludes alumina and ceramic balls for use in various operating units.
Methanol Plants
Hydrogenation
High-efficiency CoMo catalysts for hydrogenation of organic sulfur compounds in Syngas feed stream.
Sulfur Removal
High-performance ZnO adsorbents for removal of sulfur content from the feed stream.
Prereforming
long term stability and maximized efficiency with mixed metal pre-reforming catalysts.
Steam Reforming
Various types of metal-based catalysts for different operating conditions with optimized shapes and properties.
Autothermal Reforming
High-stability Nickel catalyst for use in Methanol and Ammonia secondary reforming reactors.
Methanol Synthesis
Mixed metal oxide catalyst for use in methanol plant with long-term operating life time.
Inert Materials
Various inert material icludes alumina and ceramic balls with high physical and chemical stability.
Methanol Plants
Hydrogenation
High-efficiency CoMo catalysts for hydrogenation of organic sulfur compounds in Syngas feed stream.
Sulfur Removal
High-performance ZnO adsorbents for removal of sulfur content from the feed stream.
Prereforming
long term stability and maximized efficiency with mixed metal pre-reforming catalysts.
Steam Reforming
Various types of metal-based catalysts for different operating conditions with optimized shapes and properties.
Autothermal Reforming
High-stability Nickel catalyst for use in Methanol and Ammonia secondary reforming reactors.
Methanol Synthesis
Mixed metal oxide catalyst for use in methanol plant with long-term operating life time.
Inert Materials
Various inert material icludes alumina and ceramic balls with high physical and chemical stability.
Urea & Ammonia Plants
Hydrogenation
High-efficiency CoMo catalysts for hydrogenation of organic sulfur compounds in Syngas feed stream.
Sulfur Removal
High-performance ZnO adsorbents for removal of sulfur content from the feed stream.
Secondary Reforming
Maximized yeilds in lower operating temperatures with specialized noble metal active phase catalysts
Steam Reforming
Various types of metal-based catalysts for different operating conditions with optimized shapes and properties.
High Temperature Shift (HTS)
Mixed metal-based catalyst with optimized properties for maximized efficiency of HTS reaction
Low Temperature Shift (LTS)
Mixed metal-based catalyst with optimized properties for maximized efficiency of LTS reaction
Methanation
High performance Nickle catalyst for maximum yeilds of methanation reaction and long term stability.
Inert Materials
Various inert material icludes alumina and ceramic balls with high physical and chemical stability.
Urea & Ammonia Plants
Hydrogenation
High-efficiency CoMo catalysts for hydrogenation of organic sulfur compounds in Syngas feed stream.
Sulfur Removal
High-performance ZnO adsorbents for removal of sulfur content from the feed stream.
Secondary Reforming
High-stability Nickel catalyst for use in Methanol and Ammonia secondary reforming reactors.
Steam Reforming
Various types of metal-based catalysts for different operating conditions with optimized shapes and properties.
High Temperature Shift
Mixed metal-based catalyst with optimized properties for maximized efficiency of HTS reaction
Low Temperature Shift
Mixed metal-based catalyst with optimized properties for maximized efficiency of LTS reaction
Methanation
High performance Nickle catalyst for maximum yeilds of methanation reaction and long term stability.
Inert Materials
Various inert material icludes alumina and ceramic balls with high physical and chemical stability.
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.
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.
