Enhanced zeolite catalysts
Zeopore is developing optimized catalysts to enhance the performance of refining and petrochemical processes, leading to higher quality products, lower energy use and less waste. Our processes are cost-effective, easily scalable and fully non-hazardous for the environment and people.
For the emerging industries, such as those based on renewable or waste (plastic) feedstocks, our improved catalysts are an essential component to convert these feeds in a sustainable, efficient and cost competitive way.
Ready for industrial use
Applicable to any zeolite or zeolite-like material
High tunability of the zeolitic properties
No damage to intrinsic crystallinity of the zeolite
Low-cost and environmental-friendly processing
Emerging and conventional
We have developed a broad platform of zeolite modification processes that enhance the activity, selectivity and lifetime of any zeolite catalysts.
Our technologies complement zeolite micropores with a network of larger mesopores, significantly increasing the accessibility to and from the active sites inside the zeolite crystals. In addition, Zeopore is able to tune the acidity and other intrinsic properties to ensure the optimal settings for the specific zeolite, feedstock and application combination.
ZEOLITE CATALYST OPTIMIZATION
KEY MEDIA PUBLICATIONS
Zeopore green applications article
Belgian business TV channel coverage
Zeopore overview
article
Hydrocracking innovation press release
Feature in PTQ Catalysis issue
Dewaxing innovation press release
EMERGING 'GREEN' APPLICATIONS
Plastics recycling
Crude to chemicals
Alcohol conversion
Bio renewables
Shift to renewable sources
In the broad ecological playing field that is developing, there are many green evolutions that are gradually emerging. Some of these new trends can be facilitated through existing technologies, whereas other trends require new technologies to take flight.
Developing our position
We see many opportunities in the macroshift from the chemical industry to renewable sources, ecofriendly energy production, and (plastic) waste recycling. Our unique zeolite mesoporization technology enables us to positively contribute to this global trend in energy transition and circular economy.
Co-creation of solutions
We are enhancing the applicability of our mesoporized zeolites in a number of green catalysis processes. Partners or consortia are welcome to jointly embed our catalysis innovations in broader technology developments for realizing new 'green' processes, hardware and supply chains.
More efficient biomass conversion
Enabling in advanced plastic upcycling
OIL REFINING AND PETROCHEMICAL
FCC
Dewaxing
Aromatics
Reforming
Hydrocracking
Emission control
Mesoporization delivers
In the broad ecological playing field that is developing, there are many green evolutions that are gradually emerging. Some of these new trends can be facilitated through existing technologies, whereas other trends require new technologies to take flight.
Application-specific tuning
We see many opportunities in the macroshift from the chemical industry to renewable sources, ecofriendly energy production, and (plastic) waste recycling. Our unique zeolite mesoporization technology enables us to positively contribute to this global trend in energy transition and circular economy.
Economical and ecological
We are enhancing the applicability of our mesoporized zeolites in a number of green catalysis processes. Partners or consortia are welcome to jointly embed our catalysis innovations in broader technology developments for realizing new 'green' processes, hardware and supply chains.
More valuable
fractions in FCC
Higher diesel selectivity
in hydrocracking
More economic and
higher quality dewaxing
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