Proven on-purpose and by-product solutions
UOP offers multiple propylene production solutions that can help you better manage feedstock costs.
On-Purpose Propylene from Propane
The catalytic dehydrogenation of propane allows you to participate in the growing propylene market, independent of a steam cracker or FCC unit. The Oleflex process provides a dedicated, reliable, independent source of high-quality propylene to give you more control over propylene feedstock costs.
As the leading on-purpose polymer grade propylene production technology in the world, Oleflex provides the lowest cash cost of production and highest return on investment when compared to competing PDH processes via:
- Lowest operating cost enabled by low feedstock consumption and low energy usage
- Lowest capital cost enabled by the industry’s only continuous process and operation with a highly active and stable catalyst at positive pressure utilizing only 4 reactors.
- Highest reliability enabled by recent design enhancements and the ability to change catalyst on-the-fly without stopping propylene production.
The Oleflex process leverages industry leading UOP heat and mass transfer equipment, process equipment and control systems.
Today there are nine C3 Oleflex units in operation, which is more than twice the number of operating units of the nearest competitor. The same proprietary design is used in the catalytic dehydrogenation of isobutane to isobutylene.
On-Purpose Propylene from Cost Advantaged Feedstocks
The UOP Advanced MTO Process, which combines the UOP/Hydro MTO Methanol to Olefins Process with the UOP/Total Petrochemicals Olefin Cracking Process (OCP), converts cost advantaged alternative feedstocks such as coal, natural gas and petcoke to light olefins. The process offers a number of benefits:
- Lower light olefin cost of production than conventional routes
- The highest propylene and ethylene yields when compared to competing MTO technologies
- Minimal by-product formation
- A wide range of ethylene and propylene production
The Advanced MTO process has been fully demonstrated at the semi-commercial scale by Total Petrochemicals in Feluy, Belgium. To date, the site has successfully produced both polypropylene and polyethylene.
In addition to its role upgrading C4+ by-product streams into propylene and ethylene in the Advanced MTO process, OCP can be used for by-product upgrading in steam crackers, FCC units and Delayed Cokers.
The UOP Propylene Recovery Unit is the most economic method to separate propylene from propane. It brings together three proven technologies — UOP’s MD distillation trays, High Flux tubing and heat pump compressor system to produce chemical or polymer-grade propylene from refinery by-product streams. Multiple UOP-designed propylene recovery units are in operation around the world, and more than 170 propane-propylene splitters with MD trays are in operation or under construction today.
UOP Oleflex™ process services may include:
- Engineering services
- Technical and marketing services
- Design services
- Construction services
- Start-up services
- Staff training
- Maintenance, monitoring and troubleshooting services
Contact us for more information.