The global activated alumina industry is expected to experience steady compound annual compound growth during its forecast period, serving multiple applications including desiccation, fluoride adsorption and bio ceramic production.
Activated alumina is manufactured through thermally treating aluminum hydroxide in a rotary kiln, and has the ability to bind with contaminants like fluoride, lead and arsenic found in water sources.
Water Treatment
Activated alumina is widely employed in water purification processes to eliminate impurities such as fluoride, lead, arsenic and polychlorinated biphenyls (PCBs) from drinking water sources. As governments around the globe increase investment in treatment infrastructure for drinking water sources, demand for this catalyst should surge over the coming years. Üstelik, its usage includes catalytic processes in oil refining and petrochemical industries and as dehydrating agents in gas/vapour purification systems to eliminate moisture/carbon dioxide/trace impurities or contaminants from gas/vapour purification systems/usefull carbon dioxide as dehydrating agents to purify gas/vapour purification systems/use/use for moisture removal from gas/vapour purification systems/sources as dehydrating agents to remove moisture/carbon dioxide/trace impurities/contaminants/contaminants/contaminants from gas/vapour purification systems to remove moisture/carbon dioxide/trace impurities/traces impurities/contaminants/contaminants from gas/vapour purification systems/use. Its uses as support material/catacata cata cata cata cata cata cata. Üstelik, used as support material/catalysis process catalysis industries as well as dehydrating agents in gas purification systems/gas purification systems to remove moisture/carbon dioxide/ trace impurities/ contaminants etc from gas purification systems/gas purification systems/ etc i /etc from gas purification systems used as support material/ trace impurities/contaminants/tracers as dehydrating agents filtration/ purification systems/ dehydrating agent gas purification systems to remove moisture/vapour purification systems, support material/support material used as dehydrating agents when catac usage also used dehydrating agent dehydrating agent also used as dehydrating agent removal gas purification systems used dehydrating systems/de filtration for cata cata or gas purification systems that purification systems which remove moisture, carbon dioxide etc from gas purification//vapor purification systems etc; used as dehydrations components.
Activated alumina is an ideal material for fluoride removal in water desalination due to its excellent adsorption properties for this chemical. Üstelik, due to its outstanding thermal shock resistance and chemical assault resistance properties, activated alumina makes for efficient drying and dehydration processes of liquids and gases alike. Üstelik, activated alumina plays a significant role in manufacturing bio ceramics used in medical applications – estimated to account for nearly 50% of activated alumina market revenues by 2022.
Oil & Gas
Oil and gas industries rely on high-grade activated alumina due to its ability of dehydrating hydrocarbon streams, helping ensure operational efficiency and regulatory compliance for their industry. Üstelik, its purifying qualities help meet stringent low-sulfur fuel regulations.
Moisture levels have an enormous effect on many petrochemical processes, making proper dehydration essential. Activated alumina’s ability to adsorb water molecules like molecular sieves provides crucial protection from degradation or failure caused by moisture accumulation in critical equipment.
Chemical and pharmaceutical industries also utilize activated alumina for drying liquids and gases, with its proven ability to withstand thermal stress and abrasion being an ideal choice for high temperature applications in these fields. Medically speaking, activated alumina is often utilized to make bio ceramic implants that are used for dental and bone implants. These bio ceramics are capable of withstanding extreme temperatures as well as acidic or alkaline environments and corrosion; consequently they make for an affordable and sustainable replacement to titanium alloys in dental or orthopedic applications.
Chemicals
Activated alumina has proven an invaluable asset to many industries due to its ability to effectively remove contaminants from both air and liquid environments. It does this by adsorbing molecules, effectively “sorting” them through its microporous terrain of pores and pockets that capture and store compounds.
Focusing on environmental sustainability and tighter water quality regulations have led to a rise in demand for activated alumina. Thanks to its adsorption properties, activated alumina helps remove harmful substances such as fluoride from drinking water supplies.
The surge in shale gas exploration has also fuelled growth for activated alumina industry, due to its critical role in dehydrating natural gas for domestic and export use.
Activated alumina is widely employed as a catalyst support in oil and gas refining, petrochemical, and chemical manufacturing processes, chromatographic separation techniques, lithium purification through battery purification processes and moisture absorption applications. Granule forms with particle sizes between 5-10mm are particularly adept at moisture absorption.
Pharmaceuticals
Activated alumina plays an indispensable role in pharmaceutical applications. Its primary use is for the removal of toxic and harmful substances, like fluoride and polychlorinated biphenyls from water bodies – helping companies meet environmental regulations while supporting sustainable operations.
Additionally, adsorbents are widely employed in gas purification and dehydration processes in the oil & gas industry. Adsorbents play an integral part in hydrodesulfurization processes designed to lower sulfur content of petroleum products while dehydrating compressed gases like natural gas and synthesis gas.
Powder applications of activated alumina play a vital role in market expansion, as its fine particle size makes it suitable for many different uses such as catalyst carriers, desiccants and fluoride-adsorbents. However, competition from products like zeolites and activated carbon that provide similar performance qualities remains a significant challenge to the market. FEECO’s Innovation Center boasts the capability to conduct both batch and pilot-scale thermal procedural testing with various agglomeration techniques as well as continuous process loop testing to obtain essential data required to formulate an agglomerate which will deliver activated alumina properties ideal for specific applications.
Energy
Water scarcity is one of the world’s greatest problems and governments have invested significantly to provide treatment and recycling of their waters, leading to increased demand for activated alumina to remove impurities and contaminants from drinking streams.
Activated alumina is an exceptional method for cleaning up toxic waste from production activities. Üstelik, it’s used for purifying polluted rainwater streams and is efficient at reclaiming hazardous areas that have been neglected over time. Üstelik, activated alumina binds with arsenic and lead soluble metals, protecting the area from infiltrating them back into it.
The global activated alumina market is highly concentrated with only a handful of key players occupying significant market shares. Key manufacturers include BASF SE, J.M. Huber Corporation, Honeywell International Inc., Sumitomo Chemical Co Ltd Axens Porocel KIN Filter Engineering Co Ltd Limited Sorbead India. Industry growth has been spurred by rising natural gas fuel usage and demand. Potential substitutes pose however as significant barriers for market expansion.