Engineered for extreme humidity and high operating temperatures in West African petrochemical and refining environments.
High-grade catalyst substrate optimized for desulfurization and carbon dioxide removal in modular natural gas refineries in Lagos and Port Harcourt.
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Heavy-duty catalyst carrier featuring custom macro-porosity for heavy hydrocarbon cracking and fluid catalytic cracking units (FCCU).
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Specially formulated molecular sieve for dry gas systems, preventing hydrocarbon co-adsorption in LNG and LPG extraction processes.
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Activated alumina adsorbent with excellent moisture absorption capacity, ideal for compressed air systems in coastal Nigerian manufacturing plants.
View Product SpecsNigeria, home to the continent's largest natural gas reserves and massive refining projects like the Dangote Refinery and NNPC modernization programs, is rapidly upgrading its industrial infrastructure. The shift from exporting raw gas towards domestic processing, LNG production, and urea fertilizer manufacturing requires high-quality chemical adsorbents and catalyst carriers. In harsh tropical environments, industrial processes are challenged by ambient humidity and feed impurities, making efficient molecular sieves and catalyst substrates critical to plant uptime.
As standard process conditions vary dynamically across gas pipelines and refineries, selecting the correct chemical formulation controls pressure drops, inhibits coking, and ensures deep dehydration (dew points down to -100°C). Our supply chain serves major oil and gas hubs in Port Harcourt, Warri, and Lagos with performance-proven formulations.
Coastal processing plants encounter heavy raw gas containing traces of oil and higher hydrocarbons, leading to premature molecular sieve aging and degradation. Specially engineered multi-bed desiccants prevent liquid carryover failures.
Our logistics team manages custom clearance, compliance documentation, and local warehouse availability to keep refining operations running continuously across Nigeria.
Established in 1994, JOOZEO has supplied high-purity chemical adsorbents and catalysis materials globally, complying with strict international certifications.
Shanghai Jiuzhou Chemicals Co., Ltd. is located in Shanghai, China's economic and chemical technology hub. Over the years, Jiuzhou has adhered to the principles of "Quality Control 100%, Innovation 100%", focusing on the research, synthesis, and distribution of molecular sieve powders, activated alumina, catalysts, and ceramic packing balls.
Our products are ISO9001:2008, TUV, and SGS certified, ensuring they meet global engineering standards. With dedicated manufacturing sites in Wuxi and Shanghai, our team maintains consistent quality controls to support continuous operations in demanding petrochemical environments.
Equipped with automated manufacturing lines and testing equipment, our facilities ensure reliable performance across international industrial applications.
Our manufacturing centers employ automated rotary calcination ovens, high-pressure wet pelletizing machines, and automated packing equipment to produce high-crush-strength molecular sieves and activated alumina.
Our analytical laboratory features dynamic testing rigs that simulate industrial gas adsorption cycles. By measuring water, CO2, and H2S breakthrough curves, we optimize materials to prevent early attrition and dust generation during high-pressure cycles.
We contribute directly to national and industrial standards for dryers, adsorption systems, and chemical desiccants.
Adsorption compressed air dryers for general use.
Activated aluminum oxide for industrial use.
Refrigeration compressed air dryers for general use.
Modern standards for gas treatment dryer energy consumption.
Corporate chemical production emissions limits standard.
High-efficiency eco-friendly industrial adsorption standards.
Our molecular sieves and active alumina formulations address challenges across West African industrial sites.
Before liquefaction or pipeline transport, raw natural gas requires deep dehydration to avoid hydrate formation that blocks valves and pipelines. Under Nigeria's ambient conditions, raw gas enters processing facilities saturated with water. Deploying our molecular sieves helps downstream processors reach water content levels below 0.1 ppmv, protecting cryogenic exchangers from freezing.
Nigerian oil fields generate gas with varying concentrations of mercaptans, H2S, and trace carbon dioxide. Purifying domestic Liquefied Petroleum Gas (LPG) requires targeted adsorption to remove sulfur species and methanol. Our 13X zeolites selectively capture organosulfur molecules, helping producers meet local and export specifications.
To protect precious metal catalysts in downstream reforming units, guard beds must remove organic chlorides, trace moisture, and heavy metals. Our high-purity alumina spheres prevent catalysts from poisoning, extending the operating cycles of refining equipment.
As Nigeria pursues its Energy Transition Plan, industrial processes are adopting carbon capture technologies alongside gas monetization. Our R&D team develops zeolitic formulations designed for carbon capture, utilization, and storage (CCUS).
By optimizing pore volumes and crystal frameworks, our latest adsorbents separate carbon dioxide from flue gas and process streams with lower regeneration energy. Selecting high-durability carriers reduces dust generation, helping plants minimize material waste and maintain cleaner operations.
Importing industrial chemical agents and catalysts into Nigeria requires compliance with local regulations. Our products undergo rigorous testing to secure the necessary Standards Organisation of Nigeria Conformity Assessment Programme (SONCAP) certificates.
We work with established clearing agents and logistics partners at major ports, including the Apapa and Tin Can Island ports in Lagos, as well as Port Harcourt. We coordinate transit documentation, customs clearance, and delivery to support uninterrupted manufacturing schedules.
Our core industrial chemical catalog includes molecular sieves and active alumina formulations manufactured to international specifications.
Catalyst carrier designed for acidic media processing, providing stable pore structures in corrosive environments.
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High-temperature alumina-silica composite carrier featuring low thermal shrinkage and mechanical stability.
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Active metal oxide catalyst engineered for light paraffin dehydrogenation and synthesis gas processes.
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Oxidation catalyst designed to target trace organic compounds in high-pressure industrial gas streams.
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Carbon molecular sieve optimized for Pressure Swing Adsorption (PSA) nitrogen generators, producing high-purity nitrogen.
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Activated carbon with high iodine value, developed for trace hydrocarbon removal and gas sweetening pre-treatment.
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Premium catalytic grade carbon designed to accelerate liquid-phase sweetening and amine loop purification.
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Zinc oxide desulfurization adsorbent designed to remove hydrogen sulfide (H2S) from feed gases prior to catalytic reforming.
View Product SpecsHigh-selectivity adsorbents formulated for trace contaminant control and deep gas dehydration.
Zeolite adsorbent engineered for selective separation of ammonia and basic nitrogen compounds from process streams.
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Carbonyl sulfide hydrolysis catalyst designed to remove trace sulfur species from hydrocarbon liquids.
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High-strength desiccant designed for thermal swing adsorption (TSA) systems in harsh offshore conditions.
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Modified molecular sieve optimized to prevent hydrocarbons from co-adsorbing during wet gas processing.
View Product SpecsExpert guidance on molecular sieve selection, regeneration cycles, and operational compliance.
Connect with our chemical engineers for custom product recommendations, pricing details, and logistics options for Nigeria.