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Refinery Catalyst Testing

The most advanced catalyst testing technology on contract

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Compare commercial catalysts side-by-side using the most advanced catalyst testing technology with 16-parallel reactors, independently validated by the catalyst suppliers. Results you can trust.

Your Feed. Your Conditions

We test with your feed stocks and process conditions – low feed ~10L. Proven testing programs and methods.

Proven Technology

Decades of research and development. Our project leaders have relevant refinery knowledge and industry experience.

Highest Data Quality

16-reactors systems with outstanding reactor-to-reactor repeatability.

Results You can Trust

Take important decisions with confidence. Statistical significance of results. Test catalysts side-by-side under the exact same conditions.

Validated by Customers

Results you can trust, validated by all catalyst suppliers. Pilot plant systems with unmatched accuracy.

Fact Based Comparison

Rapidly select the best catalyst and help boost your refinery margins. Discriminate differences of 1°C in activity and 0.5wt.% in yields.

Cost Effective Comparison

Parallel testing allows the cost-effective  evaluation of multiple catalyst systems – in one run under the same exact conditions.

Independent Testing

Testing methods, data quality, and reproducibility independently validated by all catalyst suppliers.

See how it works

We provide our customers meaningful and reliable results to improve catalyst selection

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See the power of our advance testing solutions in various application areas.

Understanding the decomposition of TBPS for efficient catalyst sulphiding
Identifying optimal operating conditions for sulphiding without negatively impacting the performance of hydroprocessing catalysts
Evaluating quickly deactivating catalytic systems
Automating catalyst evaluation
Predicting hydrotreater performance while co-processing vegetable oil
Catalyst performance prediction model based on test data assesses the impact of co-processing renewable feedstocks for optimal hydrotreater operations
Reliable naphtha reforming catalyst testing
Repeatability and Reproducibility
Best-practice Catalyst Testing for Refineries
Refinery catalyst testing, a practical approach and how it can help refineries selecting the best catalysts
Independent testing
Data quality obtained in refinery catalyst testing
Quickly screen catalysts for hydrotreating of vegetable oil using high-throughput micro-pilot plants
Optimising diesel hydrotreating catalyst loading scheme
Impact of sulphiding agents on ULSD catalyst performance
Pilot plant studies of hydrotreating catalysts delivered similar results from conventional and high throughput pilot plants
Global Methodology for Catalyst Screening and Optimization Process. Application to Mild Hydrocracking
Refinery’s performance confirms catalyst testing
Reliable naphtha reforming catalyst testing

Highlighted articles

Understanding the decomposition of TBPS for efficient catalyst sulphiding

 

Avantium’s Advanced Testing for Catalyst Activation with TBPS

In the refining industry, efficient catalyst activation is crucial for optimal hydroprocessing. This article explores the decomposition profile of tert-butyl polysulphide (TBPS).

Key Insights:

  • Avantium’s Technology: Utilized 16-parallel fixed-bed reactors to simulate real-world hydrotreating conditions.
  • Experimental Setup: Tested TBPS on CoMo, NiMo, and NiW catalysts under varying temperatures, pressures, and gas-to-oil ratios.
  • Decomposition Profile: TBPS decomposes into H₂S and isobutane, with intermediate products like butyl mercaptans and isobutene.
  • Optimal Conditions: Identified for maximizing catalyst activation without compromising performance.
  • TBPS Advantages: Higher flash point, reduced odour, and improved emissions profile.

This research provides valuable insights for refiners aiming to enhance hydroprocessing efficiency and sustainability.

 

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Predict commercial hydrotreater performance

The pilot plant test allows for the calculation of Hydrodesulfurization (HDS) activity, product selectivity, and inhibition factors. Using a catalyst performance prediction model (HydroScope™) we can optimize hydrotreating unit performance and translate pilot plant test data into commercial performance, assessing the impact on cycle length, hydrogen consumption and product yields.

 

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Talk to an expert

Get in contact with our Business Development team. Driven by a passion for creating a cleaner chemical sector, Avantium R&D Solutions is always open to solving any problems, no matter how big or small the ask.

+31 (0)20 5868080 or send us an email [email protected]

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