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innovations in industrial zeolite mesoporization deliver robust catalytic benefits in hydrocracking

Hydrocracking campaign executed on a refinery feed proves middle distillate selectivity benefits of up to 4 wt%



As the key value generator in many established refineries, increasing the output towards desired fractions in a hydrocracker is a major commercial and efficiency driving force. In zeolite-based hydrocracking catalysts, mesoporous faujasites have proven able to yield significantly more middle distillates, at the expense of undesired gas formation. Yet, the industrial adoption of mesoporous faujasites is hampered by costly mesoporization technologies, implying copious amounts of expensive templates, and moreover, significant reductions in catalytic activity, based on losses in intrinsic zeolite properties, such as microporosity and acidity.

Zeopore offers post-synthetic mesoporization technologies which remove these hurdles, offering a superior yield of middle distillates and increased activity as compared to both conventional and state-of-the-art mesoporous zeolites. Recently, Zeopore has finalized a hydrocracking campaign executed on a refinery feed, using base metal catalysts in both sweet and sour mode, attaining middle distillate benefits of up to 4 wt%, which are combined with a gain in activity.


A key component of achieving this success is the quality of the mesoporous zeolite, says Zeopore’s CTO Dr. Danny Verboekend: “Making mesopores in zeolites on itself is actually not that hard… Yet the challenge is to achieve a specific level of mesoporosity, and tuning secondary parameters as a function of the application. In this manner, mesopore quantity and quality are optimized, yielding the true potential of mesoporous zeolites.”

Zeopore has created and extended its knowledge position as to how to relate the acidity and porosity characteristics of the zeolite powder to the hydrocracking performance of the resulting catalyst. Using unique descriptors, the catalytic performance of parent state-of-the-art mesoporous, and Zeopore’s materials can be suitably related, paving the way to guidelines for the design of optimal faujasites for use in hydrocracking.


The benefits of the improved performance are clear, says CEO Kurt Du Mong: “These results yield an impressive 0.5 USD per barrel and 15 mln USD per cycle extra for an average cracker, making an attractive business case for any refiner. Moreover, reduced lights, lowered hydrogen consumption, and lower reactor temperature, are secondary benefits becoming increasingly valuable, as they positively impact the environmental footprint of the unit.”


Zeopore is currently commercializing its technologies for several applications, and will use the obtained insights to maximize the benefits for its customers. The latter is achieved by maximizing the catalytic potential combined with low-cost mesoporization strategies.

The achievements mentioned in this press release have been made possible with the support of Flanders Innovation & Entrepreneurship (VLAIO).





About Zeopore Technologies


Zeopore targets global leadership in developing and commercializing mesoporous zeolite catalysts for refining, petrochemistry, biomass conversion and plastics recycling. Zeopore has created a unique technology platform to cost-effectively make more performant zeolites with custom-made properties. Our technologies are applicable to any commercially relevant zeolite, broadly tunable to desired zeolitic properties, retain intrinsic zeolitic properties, and increase the process economics and scalability.


Next to a larger output of desired products, Zeopore's technology platform leads to higher product quality, lower energy use, and less waste for several catalytic processes. The mesoporization technologies of Zeopore offer catalyst manufacturers a stronger position compared to competing technologies. As a technology development company, Zeopore focuses on collaborations (license or product supply agreements) with innovative catalyst suppliers in the world.

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