Cumene-C
Cumene that incorporates certified secondary raw materials from industrial waste, mainly plastics, while maintaining the same technical specifications as its fossil counterpart.
This solution contributes to the circular economy of our customers, without compromising the quality or performance of their final products.
Technical data sheet Safety data sheet- leafIt incorporates certified secondary raw materials from industrial waste.
- airwaveIt has the same technical specifications as its fossil counterpart.
- checkGuaranteed traceability from start to finish.
Cumene-C is an essential chemical intermediate with an improved sustainability profile. Its main purpose is to be transformed into cumene hydroperoxide, a key intermediate for the synthesis of phenol and acetone, fundamental compounds in the manufacture of plastics, resins, and coatings. In addition, it is used in the production of surfactants, propylene oxide, and as a gasoline additive, promoting circularity in these applications.
Technical data sheet Safety data sheetThis product is produced in Palos de la Frontera and Shanghai.
Technical data sheet Safety data sheet
Sustainable production
Our production plants are ISCC PLUS certified, ensuring production from sustainable raw materials from start to finish through the Mass Balance chain of custody.
Next cumene range comparison table
Commercial name |
Benzene (mg/kg) |
Pt/Co color (Hazen) |
Produced with renewable raw materials |
Produced with renewable energy |
Produced in |
|---|---|---|---|---|---|
|
Cumene - R
|
≤10
|
≤10
|
✔
|
Renewable electricity + and/or biogas
|
Palos / Shanghai
|
|
Cumene - C
|
≤10
|
≤10
|
✔
|
Renewable electricity + and/or biogas
|
Palos / Shanghai
|
|
Cumene - BC
|
≤10
|
≤10
|
✔
|
Renewable electricity + and/or biogas
|
Palos / Shanghai
|
|
Cumene - Low Carbon
|
≤10
|
≤10
|
✘
|
Renewable electricity + biogas
|
Palos / Shanghai
|
Key applications of Cumene-C
A key chemical intermediate for more circular processes.
Plastics and resins
Main precursor of cumene hydroperoxide, a vital intermediate for the synthesis of phenol and acetone, essential compounds in the manufacture of plastics and resins.
Automotive
It is used as an additive for gasolines and in the production of propylene oxide, promoting circularity in the sector.
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