IsoTherming® Hydroprocessing Technology
Economical and flexible, this breakthrough hydroprocessing technology uses a novel liquid-full reaction system.
IsoTherming® Hydroprocessing Technology provides a solution to the daunting challenges refiners face to reduce sulfur in finished products to ultra-low levels while minimizing capital investment and operating costs. IsoTherming® Technology is proven to achieve stringent product specifications, improve margins, and ensure a safe and sustainable operating environment.
IsoTherming® Technology is suitable in grassroots or revamp applications for the following services:
- Kerosene Hydrotreating
- Diesel Hydrotreating
- VGO Hydrotreating
- Mild Hydrocracking
This innovative technology provides the hydrogen necessary for reactions through a saturated liquid recycle stream. By eliminating the need for a recycle gas compressor and ancillary equipment, operating costs are reduced. The hydrotreated liquid recycle stream also acts as a heat sink, resulting in few hot spots, reduced light-ends make, and decreased catalyst deactivation.
|Flexible||Unit Configuration||Project Schedule|
|Project Implementation||Heat Integration / Recovery|
|Cost Effective||OPEX Savings||Improved Catalyst Life|
|Less Equipment||Improved Yields|
|Safe||Simple Process Flow||Smaller Plot Plan|
|Less High Pressure Equipment||Lower GHG Emissions|
Commercially Proven Expertise
Since its commercialization in 2003, DuPont has successfully licensed 23 IsoTherming® Hydroprocessing facilities worldwide, with 10 units in operation and 13 units in various stages of execution. Due to the flexibility of this technology, DuPont can work with you to assess and design a custom-configured solution for your hydroprocessing challenges while offering unmatched support from design, to startup, through the life of your plant. For a complete list of IsoTherming® Technology customers, click here.
Read the DuPont Sustainable Solutions (DSS) Clean Technologies brochure to learn more about our focused technology-based solutions backed by real-world experience.