Le marché mondial des catalyseurs de raffinerie devrait atteindre 5,00 milliards USD d'ici 2029, contre 4,00 milliards USD en 2020, à un TCAC de 2,5 % de 2022 à 2029.
Les catalyseurs de raffinage constituent des agents chimiques essentiels utilisés dans le processus de raffinage pour éliminer les impuretés indésirables telles que l'azote, les contaminants métalliques et le soufre. Ces catalyseurs, notamment les zéolites , le carbonate de calcium , le molybdène, le palladium et le zirconium, utilisés individuellement ou en combinaisons variables, contribuent à améliorer l'efficacité opérationnelle du raffinage du pétrole. La demande croissante de produits pétroliers tels que l'essence, le carburant à indice d'octane élevé, le kérosène, le diesel, les polymères , entre autres, accroît le besoin de catalyseurs de raffinage. Cette augmentation de la demande, notamment due à la demande croissante de carburants de transport, devrait alimenter la croissance du marché.
Dans un contexte d’investissements croissants dans la recherche et le développement, de progrès technologiques et d’augmentation des capacités dans le secteur du raffinage, de nouvelles perspectives apparaissent pour les catalyseurs de raffinerie. Les leaders du marché souhaitent intégrer de nouvelles technologies, des conceptions exclusives et des mises à niveau des équipements pour améliorer l’efficacité de ces catalyseurs tout en optimisant les marges bénéficiaires. Les entreprises s’efforcent également d’améliorer les propriétés catalytiques de leurs produits, garantissant ainsi la stabilité et la fiabilité de la production de carburant de haute qualité à des coûts réduits.
Marché des catalyseurs de raffinage | Exactitude Consultancy[/caption]La croissance attendue du marché peut être attribuée à la forte demande mondiale de carburants de transport. Des réglementations strictes, associées à la demande croissante de pétrole et de ses dérivés, devraient orienter l'expansion du marché. Les catalyseurs de raffinerie jouent un rôle essentiel dans l'amélioration de l'efficacité opérationnelle des processus de raffinage du pétrole. En outre, la transition vers des sources d'énergie renouvelables a incité les raffineries de pétrole à optimiser leurs opérations et à améliorer leur efficacité, ce qui a entraîné une demande accrue de catalyseurs de raffinage avancés. Le marché devrait également bénéficier de l'adoption croissante de technologies nouvelles et avancées dans l'industrie du raffinage, nécessitant des catalyseurs spécialisés pour garantir des performances optimales.
The refinery catalyst market is divided into two categories based on material: zeolites, metallic, chemical compound. Zeolites segment dominate the refining catalyst market. Zeolites are hydrated aluminosilicate minerals that are part of the micro porous solids family. Because of their porosity and large surface area, they are widely used as adsorbents and catalysts. Potassium (K+), sodium (Na+), calcium (Ca2+), and magnesium (Mg2+) are all accommodated by the porous structure of zeolites. Zeolites are formed naturally when volcanic rocks and ash layers react with alkaline water. Because of the presence of other minerals, metals, and quartz in natural zeolites, they are impure. Zeolites, on the other hand, are commercially produced from the slow crystallization of silica-alumina gel with a variety of other atoms added to improve activity and performance in a specific process. The rising demand for noble and other metals in emerging economies such as Chile, China, and South Africa, as a result of favorable regulatory support for FDI in mineral production, is expected to ensure the supply of raw materials for metal catalyst manufacturers. However, rising demand for these metals in other applications is expected to constrain raw material availability, limiting refinery catalyst market growth over the forecast period.
The market is divided into FCC catalysts, alkylation catalysts, hydrotreating catalysts, hydrocracking catalysts, catalytic reforming based on application. FCC catalytic dominates the segment of refining catalysts. The growing demand for gasoline as a fuel for use in automobiles around the world is responsible for this segment’s growth. The most common method used by refineries to convert heavy and high boiling hydrocarbons to lower valuable fractions is fluid catalytic cracking. The primary product of the process is gasoline, along with other fractions such as diesel and C3 and C4 gaseous fractions. This process aids in the production of additional gasoline in order to meet the rising demand for automobiles. The lighter fractions are fed to the alkylation unit, which produces a high-octane gasoline component known as alkylate, while the heavier fractions are used as a diesel blender and additive.
The major players operating in the global refinery catalyst industry include Albemarle Corporation, W R Grace, BASF, Haldor Topsoe, Honeywell UOP, Clariant, Axens, China Petroleum and Chemical Corporation, Shell Catalyst & Technologies, Arkema, Anten Chemicals, Chempack, Dorf-Ketal Chemicals Pvt. Ltd. Albemarle Corporation is among the leading refinery catalysts manufacturers globally. The company is one of the three largest refinery catalysts producers. New product launch and joint venture were the key strategies adopted by the company to penetrate the global refinery catalysts market.
Geographically, the refinery catalyst market is segmented into North America, South America, Europe, APAC and MEA.
Asia Pacific is expected to hold the largest share of the global refinery catalyst market. China and India were the second and fifth largest countries in the refinery catalyst market, respectively. In the aforementioned countries, particularly in India, an increasing number of private sector companies have played a critical role in promoting the refining industry. The Reliance-operated Jamnagar refinery complex in Gujarat had a capacity of 1.2 million barrels per day, making it the world's largest refinery. The Indian government has approved the Petroleum, Chemicals, and Petrochemicals Investment Region (PCPIR) policy to encourage foreign direct investment in the oil and gas industry. This regulatory change is expected to hasten India's production of petrochemicals and polymers, boosting demand for refinery catalysts over the forecast period.
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