Refining Catalysts & Additives
Advanced catalytic solutions for maximizing yield, efficiency, and environmental compliance.
Product Overview
CP International, Inc. provides a comprehensive range of high-performance catalysts designed to optimize every stage of the refining process. By combining our specialized Fluid Cracking Catalysts (FCC) portfolio with our broader suite of hydroprocessing and reforming solutions, we offer refiners a single source for enhancing conversion rates, improving product selectivity, and meeting stringent clean fuel standards.
Product Catalog
A. Fluid Catalytic Cracking (FCC)
Engineered for maximum conversion and selectivity in refinery operations.
FCC Catalysts
- Application: High-load, long-stroke applications.
- Key Feature: An evolution of the conventional design, featuring a second horse-head mechanism. This design optimizes the kinematic characteristics of the pumping cycle for specific well conditions.
Molecular Sieve Catalyst
- Application: Specific cracking units requiring high shape selectivity.
- Key Feature: Utilizes advanced zeolite structures to improve shape selectivity and thermal stability. This ensures consistent performance and precise product distribution under severe reactor conditions.
FCC Additives
- Application: Emission control and yield enhancement.
- Key Feature: Includes ZSM-5 additives for increased propylene production, as well as combustion promoters and environmental additives for SOx and NOx reduction in flue gas.
B. Environmental & Combustion Additives
Specific formulations to enhance regeneration efficiency and reduce emissions.
CO Combustion Promoter
- Application: Regeneration units within the FCC process.
- Key Feature: Accelerates the combustion of coke in the regenerator, improving heat balance and catalyst regeneration efficiency.
FCC DeSOx & DeNOx Additives
- Application: Emission control systems.
- Key Feature: Cost-effectively reduces sulfur oxide (SOx) and nitrogen oxide (NOx) emissions directly from the regenerator flue gas, helping refineries meet environmental compliance standards without capital-intensive hardware upgrades.
C. Hydroprocessing Catalysts
Essential solutions for removing impurities and upgrading heavy fractions.
Hydrotreating Catalysts
- Application: Naphtha, diesel, and VGO hydrotreaters.
- Key Feature: Co-Mo and Ni-Mo formulations designed for deep desulfurization (HDS) and denitrification (HDN), enabling the production of clean, high-cetane diesel and jet fuel.
Hydrocracking Catalysts
- Application: Hydrocracking units (HCU).
- Key Feature: High-selectivity catalysts designed to crack heavy vacuum gas oil (VGO) into high-quality middle distillates like kerosene and diesel with maximum flexibility.
D. Reforming & Sulfur Recovery
Octane enhancement and final waste processing.
Reforming & Isomerization Catalysts
- Application: Gasoline pool octane improvement.
- Key Feature: Includes Continuous Catalyst Regeneration (CCR) and Isomerization catalysts that convert low-octane naphtha into high-octane reformate, essential for premium gasoline blending.
Sulfur Recovery Catalyst
- Application: Claus units and Tail Gas Treatment.
- Key Feature: Alumina and titania-based catalysts designed for the Claus process to convert H2S into elemental sulfur, maximizing recovery rates and minimizing plant emissions.
Secure Your Catalyst Supply Chain
Global Logistics: With a track record of supplying catalysts to refineries worldwide, we leverage our robust logistics network to ensure the safe and timely delivery of critical chemical supplies to your facility.