The Most Successful Gas Phase Polypropylene Technology
The UNIPOL® PP fluidized bed technology for polypropylene production has been used for decades, providing you with the experience you need when it comes to process innovation and improvements.
Our 80+ licensees have told us that the reason they selected UNIPOL® PP process technology is that it meets key criteria: project economics (lowest CAPEX and OPEX), mechanical and operational simplicity, products that meet customers' needs today and in the future, excellent on-stream times, flexible project schedules, commissioning and startup support, and technology that meets high environmental, health and safety standards.
You want to work with a licensor that you trust will deliver the critical project elements required to effectively design, build, and operate your plant. This includes a process package that meets your engineering needs, a team of experts that will work closely with you during the building and construction phase, tailored operator and startup training, on-site commissioning and startup support, product wheel optimization and post-startup support and services.
When you license UNIPOL® PP, you enter the UNIPOL® PP family and form a lifetime relationship.
One of the Most Advantaged PP Process Technology in the Industry
Our UNIPOL® PP Process enables your success:
- Lowest CAPEX
- Competitive OPEX
- Smallest footprint for your plant layout
- High reliability
- Low emissions
- Intrinsically safer process
- Robust operation
- Easy transitions with minimum off-grade generation
Our Advanced Offerings
UNIPACC Advanced Process Control
Explicitly designed for UNIPOL® PP Plants, UNIPOL UNIPPAC® Process Control Software is built on the physics and chemistry of the reactor and relies on 30+ years of R&D.
A non-phthalate catalyst providing differentiated product performance across the broadest range of product applications.
ADT and CONSISTA® external donors provide control over your production variables and give you reactor protection and ensure your plant lifetime performance.