KTC-12 Decarbonizer In Decarbonization Process Of Petrochemical Enterprises

Product description

KTC-12 decarbonizer is primarily utilized for extracting CO2 from refinery gas, focusing on the desulfurization and decarbonization processes in petrochemical facilities, including natural gas and LPG applications. This product has demonstrated significant effectiveness in various workshops at Qilu Petrochemical.

The oil refining decarbonizer serves as a crucial component for eliminating carbon deposits during oil refining processes.

Key Characteristics:
Effective Carbon Removal: Decarbonization agents for refineries exhibit high catalytic efficiency, significantly reducing carbon buildup in crude oil. By incorporating the right quantity of these agents, refineries can minimize carbon accumulation during processing, leading to enhanced product quality and increased productivity.

Excellent Selectivity: These refining agents not only eliminate carbon loads but also preserve other valuable components in crude oil, such as sulfides and isosulfides. This selectivity helps maintain the stability of ingredients and the overall quality of the refined products.

Durability and Reliability: Refining decarbonizers are designed for longevity and consistent performance. They demonstrate a low failure rate even in high-temperature, high-pressure, and complex reaction conditions, which helps in minimizing downtime and lowering maintenance expenses.

Adjustable Control: Refining decarbonization agents allow for precise management of the decarbonization process through adjustments in dosage and operational parameters. This flexibility enables refineries to adapt to varying crude oil qualities and production demands, enhancing overall operational efficiency and resource use.

Applications:
2.1 Crude Oil Pretreatment: Refining decarbonization agents play a crucial role in the pretreatment of crude oil by eliminating impurities and complex molecules. This process enhances the stability and purity of the final products in subsequent refining stages.

2.2 FCC Unit: Fluid catalytic cracking (FCC) is a vital technology in petroleum refining that transforms heavier petroleum fractions into lighter, more valuable products. The use of decarbonizers in FCC units effectively prevents catalyst deactivation and carbon buildup, extending the operational lifespan of the unit while improving both yield and product quality.

2.3 Hydrogenation Unit: The hydrogenation unit is essential for removing sulfur, nitrogen, and other contaminants from petroleum distillates, enhancing the cleanliness of energy products. As a supportive material, the oil refining decarbonizer helps decrease carbon load and accumulation on the catalyst, thereby extending its lifespan and improving the stability and economic viability of the overall process.

2.4 Gas Purification: Decarbonizers are also applicable in natural gas purification and tail gas treatment, where they help eliminate carbon loads and harmful substances from the gas phase. This contributes to reducing environmental pollution and protecting ecological integrity.

Conclusion:
Oil refining decarbonizers are extensively utilized in the petroleum refining sector due to their high catalytic efficiency, excellent selectivity, durability, and strong stability. Their application across crude oil pretreatment, FCC units, hydrogenation units, and gas purification not only enhances product quality and reduces production costs but also supports energy cleanliness and sustainable development.