Treatment With Hydrotreatment Processes TRIZ Cases
- Selective Hydrodesulfurization with Interstage Stripping
Interstage stripping removes hydrogen sulfide between reaction stages, preventing olefin saturation and mercaptan formation during selective desulfurization.
- Selective Hydrogenation Reactor for Naphtha Octane Preservation
Segmenting naphtha into lighter and heavier streams allows selective hydrogenation that removes di-alkenes while preserving mono-alkene octane rating.
- Steam Integration in Ethanol Dehydration for Jet Fuel
Exothermic oligomerization heat produces steam for ethanol dehydration, eliminating external energy needs and maintaining catalyst stability.
- Crude Oil Desulfurization via Solvent Extraction and Hydrotreating
Solvent extraction isolates sulfur compounds from whole crude oil, enabling targeted hydrotreating that minimizes capital costs and volume loss.
- Hydrotreating Process with Separation Zone for Ultra-Low Sulfur Diesel
A hydrotreating process uses a separation zone between reactors to split streams, enabling efficient sulfur removal via noble metal catalysts.
- Multi-stage Hydroprocessing Tar with Recycled Utility Fluid
Recycled utility fluid enables multi-stage hydroprocessing of pyrolysis tar, reducing viscosity and sulfur content while extending reactor lifetime.
- Reduced Puffing Needle Coke from Decant Oil
Nitrogen removal via activated carbon adsorption reduces puffing during graphitization and improves electrode structural integrity.
- Diesel Desulfurization Process with Adsorption and Reduced Hydrogen
Segmented hydrotreating and adsorption stages lower sulfur below 10 ppm while cutting hydrogen consumption by 20-40 percent compared to high-severity methods.