Heavy Oil Alkali Catalytic Catalyst
Heavy Oil Alkali Catalytic Catalyst
The Heavy Oil Alkali Catalytic Catalysts utilize an innovative preparation process to optimize the catalyst structure, creating a novel alkaline multi-level porous material with high hydrothermal stability. This material precisely cleaves the carbon-carbon bonds in the side chains of macromolecular polycyclic aromatic hydrocarbons with low hydrogen transfer activity, maximizing the production of chemical products from heavy oil of various properties.
Key Features & Benefits
Superior Stability & Resistance: High selectivity, high stability, and high resistance to metal poisoning.
Optimized Product Yield: Features low dry gas and coke yields while exhibiting a high content of light olefins in liquefied petroleum gas (LPG).
Feedstock Flexibility: High adaptability to raw materials, breaking through the limitations of traditional catalytic cracking units processing low-quality feedstocks.

Scope of Adaptation
Applicable to various low-quality heavy oils such as vacuum residue, atmospheric residue, and vacuum wax oil to maximize the production of high-value products like ethylene and propylene.
Technical Parameters
ITEMS | CATALYST |
Shape | Microspheres |
Wear index, h-1% | ≤2.0 |
Apparent bulk density, g/cm³ | 0.6~0.9 |
Specific surface area, ㎡/g | ≥150 |
Pore volume,cm³/g | ≥0.20 |
Please contact us with your specific project requirements to receive detailed catalyst indicators and a customized technical proposal.
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