Hydrocracking
Hydrocracking catalysts: adopt new technology with confidence
Catalyst selection is key to your overall process performance, but it’s more than just a matter of matching selectivity and activity requirements. UOP’s multi-dimensional catalyst portfolio not only considers these aspects of catalyst performance, but also:
- Optimized Hydrogenation – The amount and location where hydrogen is added to products, in addition to that required for feed conversion, to maximize value
- Molecular Transformation – Moving beyond just cracking to molecular rearrangement
- Cracking Symmetry – Adjusting the selectivity within a given product boiling range
UOP offers a comprehensive portfolio of hydrocracking catalysts for diesel, jet and naphtha production in the full range of process configurations. We have world-class technical experts and best-of-class Guard Bed and Pretreating catalysts that can help you optimize your reactor loading. We can also help maximize efficiency and profitability at your operation through:
- Increased yields of high-value products
- Longer operating cycles
- Higher quality products
- Optimized hydrogen consumption
- Increased throughput
- Higher conversion levels
- Ability to process higher endpoint feedstocks
As a proven catalyst innovator and manufacturer, we partner closely with you to effectively integrate new products and help you deliver value. Since 2003, UOP has commercialized nine new hydrocracking catalysts and they’re receiving rapid acceptance.
- HC-140LT – Engineered to flexible naphtha and distillate production
- HC-205LT – Designed specifically for the Second Stage environment to maximize diesel yield
- HC-120LT – Maximum total distillate production with improved cold flow properties
- HC-185LT – High-activity catalyst with application for both naphtha and flexible diesel production
Related solutions:
Available downloads:
UOP Distillate-Selective Catalysts
Catalysts developed for high selectivity cracking to produce maximum heavy diesel or total distillate products. Please contact us for more information on any of the products listed below.
| HC-205LT | Max Diesel Total Product Saturation |
Maximum H2 Addition |
| HC-215LT | Max Diesel Converted Product Saturation Cold Flow Improvement |
Optimized H2 Addition |
| DHC-8 | Max Diesel Unconverted Product Saturation |
Optimized H2 Addition |
| HC-115 LT | Max Diesel Total Product Saturation |
Maximum H2 Addition |
| HC-120LT | Max Diesel Converted Product Saturation Cold Flow Improvement |
Optimized H2 Addition |
| DHC-32LT | Max Distillate Total Product Saturation |
Maximum H2 Addition |
| DHC-39LT | Max Distillate Total Product Saturation |
Maximum H2 Addition |
UOP Naphtha-Selective Catalysts
Catalysts developed for high selectivity cracking with increased activity to accommodate units with constrained reactor volume, or for variable co-production of naphtha and distillates. Please contact us for more information on any of the products listed below.
| DHC-41LT | Distillate Naphtha Total Product Saturation |
Maximum H2 Addition |
| HC-53LT | Distillate Naphtha Unconverted Product Saturation |
Optimized H2 Addition |
| HC-140LT | Distillate Naphtha Converted Product Saturation Cold Flow Improvement |
Optimized H2 Addition |
| HC-43LT | Jet Naphtha Total Product Saturation |
Maximum H2 Addition |
| HC-150LT | Jet Naphtha Converted Product Saturation Cold Flow Improvement |
Optimized H2 Addition |
UOP Diesel/Naphtha Flexible Catalysts
High activity catalysts developed for naphtha production at high conversion or flexible production of naphtha and distillates at lower conversion levels. Please contact us for more information on any of the products listed below.
| HC-175LT | Naphtha Minimum Product Saturation |
Optimized H2 Addition |
| HC-24L | Naphtha Total Product Saturation |
Maximum H2 Addition |
| HC-26L | Naphtha-Diesel Total Product Saturation |
Maximum H2 Addition |
| HC-29LT | Naphtha-Diesel Total Product Saturation |
Maximum H2 Addition |
| HC-195LT | Naphtha-Diesel Converted Product Saturation Cold Flow Improvement |
Optimized H2 Addition |
