Home

/

Applications

/

Circular Economy
Various technologies are currently being developed to convert sustainable feedstocks (biomass, plastic waste, methane, carbon dioxide) into hydrogen, fuels, and platform chemicals. Most of these concepts require catalysts or adsorbents with novel and well-defined properties. Robust and optimised support materials for diverse catalytic processes will be vital for achieving efficiency and sustainability targets while delivering the right products.
​

What Makes Our Offerings Unique?

Leveraging our expertise in refining the surface chemistry of high-purity and doped aluminas, combined with advanced shaping capabilities, Sasol Chemicals excels in developing and producing materials that meet diverse requirements. Our extensive experience in producing high-purity and doped aluminas for catalyst supports in refinery, chemical, and emission control uniquely equips us to play a significant role in the rapidly evolving domain of the circular economy.

Contact Our Sales Team

Our Products

image

PURAL / CATAPAL

The PURAL and CATAPAL products' unique combination of purity and controllable physical properties make them excellent starting materials for many products like ceramics, sol-gel abrasives and catalysts.
image

PURALOX / CATALOX

PURALOX and CATALOX, derived from high-purity alumina hydrates, are high-quality transition alumina powders (gamma, delta , theta Al2O3) widely used as catalyst supports, additives, and abrasives.
System

DOPED ALUMINAS

Our doping technologies facilitate custom alumina-dopant configurations, from mixed metal oxides to coated aluminas, resulting in materials with improved thermal stability and precious metal stabilization.
image

DISPAL / DISPERAL

DISPAL and DISPERAL products are designed for dispersibility in a variety solvents, from low polarity to acidic or basic aqueous solutions, these boehmites are fit for purpose for various applications.
image

SHAPED CARRIERS

Sasol offers high purity and ultra-high purity alumina shaped carriers, including transition (gamma, delta, theta) and alpha alumina phases, for fixed bed catalyst and adsorbent applications.