A method for selective hydrodesulfurization of gasoline
A hydrodesulfurization and selective technology, applied in the treatment of hydrocarbon oil, petroleum industry, refining to remove heteroatoms, etc., can solve problems such as limited inhibition of olefin saturation activity
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
Embodiment 1
[0029] Dissolve 11.1g of citric acid in 125mL of clean water, add 8.2g of cobalt carbonate, boil to dissolve, after cooling, add 25% (weight) ammonia water to 170mL, add 14.5g of ammonium molybdate to the above solution, dissolve and use 25 % ammonia water to adjust the volume of the solution to 200mL, and keep it airtight. Put 200 g of the carrier in a rolling pot, spray and immerse it with 150 mL of molybdenum and cobalt ammonium solution, after the solution is sprayed, continue to rotate in the rolling pot for 30 minutes, then place it for 18 hours, and dry it at 110°C for 3 hours. Then, the temperature was increased to 500° C. for 3 hours at a heating rate of 200° C. / hour to obtain a semi-finished catalyst A. The semi-finished catalyst A was immersed in 600mL hexadiene solvent for 4h, then heated at 200°C for 4h, heated to 300°C for 24h, and then heated to 400°C for 10h for heat treatment to obtain catalyst A in oxidation state. The oxidized catalyst A was vulcanized by a...
Embodiment 2
[0031]Dissolve 20.9g of citric acid in 120mL of clean water, add 15.5g of cobalt carbonate, boil to dissolve, after cooling, add 25% (weight) ammonia water to 170mL, add 29.5g of ammonium molybdate to the above solution, dissolve and use 25 % ammonia water to adjust the volume of the solution to 200mL, and keep it airtight. Put 200 g of the carrier in a rolling pot, spray and immerse it with 150 mL of molybdenum and cobalt ammonium solution, after the solution is sprayed, continue to rotate in the rolling pot for 30 minutes, then place it for 18 hours, and dry it at 110°C for 3 hours. Then, the temperature was raised to 500° C. for 3 hours at a heating rate of 200° C. / hour to obtain a semi-finished catalyst B. The semi-finished catalyst B was immersed in 600mL of hexadiene solvent for 4h, then heated at 200°C for 4h, heated to 300°C for 24h, and then heated to 400°C for 10h for heat treatment to obtain catalyst B in oxidation state. The oxidized catalyst B was vulcanized by a...
Embodiment 3
[0033] Dissolve 7.7g of citric acid in 150mL of clean water, add 5.8g of cobalt carbonate, boil to dissolve, after cooling, add 25% (weight) ammonia water to 170mL, add 8.4g of ammonium molybdate to the above solution, dissolve and use 25 % ammonia water to adjust the volume of the solution to 200mL, and keep it airtight. Put 200 g of the carrier in a rolling pot, spray and immerse it with 150 mL of molybdenum and cobalt ammonium solution, after the solution is sprayed, continue to rotate in the rolling pot for 30 minutes, then place it for 18 hours, and dry it at 110°C for 3 hours. Then, the temperature was raised to 500° C. and calcined for 3 hours at a rate of 200° C. / hour to obtain a semi-finished catalyst C. The semi-finished catalyst C was immersed in 600mL hexadiene solvent for 4h, then heated at 200°C for 4h, heated to 300°C for 24h, and then heated to 400°C for 10h for heat treatment to obtain catalyst C in oxidation state. The oxidized catalyst C was vulcanized by a...
PUM
| Property | Measurement | Unit |
|---|---|---|
| specific surface area | aaaaa | aaaaa |
Abstract
Description
Claims
Application Information
Login to View More 
PatSnap Eureka turns technology decisions into work you can execute. Powered by our Innovation Knowledge Graph, it runs expert workflows across engineering, life sciences, materials and intellectual property. Get your review-ready output in minutes.
