Euro Adsorbent products

In addition to possessing an optimal structure conducive to dehydration and facilitating maximum water adsorption, EA-Z1003 exhibits exceptional physical resilience against thermal shocks or compressive stresses. Primarily designated for deployment in natural gas and light hydrocarbon dehydration units, this product ensures sustained operational efficacy owing to its remarkably robust physical attributes. Furthermore, adaptable to diverse process specifications, EA-Z1003 finds utility in the drying of organic solvents or in compressed air dryers operating under temperature swing adsorption (TSA) regeneration mode.

This specialized grade of 3A molecular sieve is meticulously designed to minimize co-adsorption, specifically targeting applications in reactive feeds such as cracked gas or olefin streams. The optimization of pore diameter ensures minimal uptake of unsaturated hydrocarbons like ethylene, thereby preempting process issues and enhancing the stability of purification units. Furthermore, owing to its remarkable selectivity, this product proves adept at separating water and ethanol to attain purities surpassing the azeotropic point of alcohol. With the integration of suitable regeneration systems, it offers the tantalizing prospect of continuous production of pure alcohol.

EA-Z1004 is designed for versatile gas drying applications. Perfect for natural gas, syngas, air, and various inert gases, this innovative system excels in eliminating moisture and traces of CO2, ensuring optimal purity and performance. Whether in industrial settings or transportation units like buses, trucks, and locomotives, the EA-Z1004 efficiently dehydrates air, enhancing the reliability of air brake units. Its adaptability extends to non-polar solvents, making it an indispensable tool across diverse industries.

EA-Z1005, characterized by its optimized pore structure, presents exceptional adsorption and desorption kinetics, alongside impressive crushing strength. Specifically engineered for deployment in pressure swing adsorption (PSA) units, it serves as an optimal medium for hydrogen purification processes. Its application extends to iso-normal paraffin separation and the refinement of SF6 refrigerant, adeptly removing moisture and hydrocarbons. With its pronounced capabilities, EA-Z1005 stands as a reliable component within various industrial contexts, offering precise molecular sieving functionalities crucial for effective gas purification, separation, and dehydration procedures.

EA-Z1021 is a versatile molecular sieve meticulously engineered for the dehydration and purification of diverse industrial streams. Ideal for applications spanning natural gas, LPG, hydrogen, and beyond, its multifaceted utility encompasses natural gas sweetening, effectively eliminating H2S, CO2, and light mercaptans. Moreover, it excels in extracting oxygenate compounds from hydrocarbon streams, ensuring optimal purity and quality. EA-Z1021 operates with precision, delivering unparalleled performance in streamlining industrial processes. Whether it’s enhancing gas quality or refining hydrocarbons, this molecular sieve stands as a cornerstone of efficiency and reliability. With its pronounced capabilities, EA-Z1005 stands as a reliable component within various industrial contexts, offering precise molecular sieving functionalities crucial for effective gas purification, separation, and dehydration procedures.

EA-Z1050 is a revolutionary molecular sieve engineered for superior performance from advanced calcium-exchanged zeolite technology, EA-Z1050 boasts a crystal structure akin to the esteemed type X and LSX zeolites, ensuring exceptional adsorption capabilities. Its spacious pore architecture, surpassing that of type A crystals, selectively captures molecules with kinetic diameters under 9 Angstroms, making it ideal for cryogenic air separation processes, particularly in N2O removal. With a refined internal pore network and compact crystal size, EA-Z1050 exhibits unparalleled dynamic and static adsorption efficiency. Its robust mechanical integrity guarantees prolonged operational longevity, essential for demanding industrial settings.

EA-Z1050-LiX is a cutting-edge lithium X molecular sieve, delivering unparalleled air separation performance. Engineered with patented technology, it maximizes nitrogen capacity, accelerates kinetics, and ensures superior selectivity, guaranteeing ultra-high-purity oxygen streams. In industrial VPSA processes, it optimizes efficiency, reducing energy consumption and space requirements. For medical oxygen, it enables oxygen-rich streams surpassing 95% purity, catering to diverse needs. With its innovative binding system, it ensures durability and mechanical strength.

EA-SRA950 is a promoted alumina-based sulfur removal adsorbent engineered with precision, this high-performance spherical catalyst is a breakthrough in sulfur removal technology. Drawing from the success of our renowned alumina catalysts, the EA-SRA950 boasts unparalleled efficiency in removing sulfur compounds, particularly carbonyl sulfide (COS). Designed with a focus on scientific excellence, our catalyst ensures optimal conversion of COS to hydrogen sulfide and carbon dioxide, even at low temperatures. Its superior activity guarantees maximum efficiency in COS hydrolysis reactions, making it indispensable in various industrial processes. Partnering seamlessly with ZnO desulfurization catalysts, it achieves impeccable desulfurization in propylene, syngas, CO2 gas, and liquid hydrocarbon plants.

EA-CRA800 is a promoted alumina-based chloride removal adsorbent that is engineered with cutting-edge scientific precision, it efficiently eliminates chloride from diverse vapor and liquid streams, including hydrogen net gas, recycled hydrogen, Syngas, and liquid hydrocarbons. Drawing inspiration from top-tier alumina adsorbents, EA-CRA800 boasts unparalleled chloride removal capabilities. It excels in HCl absorption while minimizing green oil formation, ensuring optimal performance in chemical production processes like ethylene oxide, propionic aldehyde, and linear alpha-olefins (LAO). For enhanced results, synergize EA-CRA800 with EuroAdsorbent’s complementary products like EA-CRZ475.

EA-MRA710 mercury removal adsorbent is meticulously engineered for superior performance in diverse vapor streams. With a sulfur-impregnated activated alumina base, EA-MRA710 offers unparalleled efficiency in eliminating mercury from various sources like natural gas and syngas. As a highly promoted macroporous alumina adsorbent, EA-MRA710 surpasses conventional solutions by mitigating capillary condensation of heavy hydrocarbons, ensuring optimal efficacy. Its advanced design targets a wide range of vapor streams, including natural gas, LPG, LNG, naphtha, and liquid hydrocarbons, guaranteeing comprehensive mercury removal.