In the refining and petrochemical industry, catalysts are essential in producing the desired products in an efficient and sustainable manner. Zeopore is developing optimized catalysts to enhance the performance of these 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.
Moreover, 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.
Zeopore overview article and related media publications
To gain insight into what Zeopore is about, read the overview article 'Zeopore catalyst innovations drive more performant and sustainable refining and petrochemical industries'. The article was featured in the following (inter)national media publications.
The logos which are clickable direct you to the related article publication.
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 ensuring the optimal settings for the specific zeolite, feedstock and application combination.
Low-cost and environmental-friendly processing
No damage to intrinsic crystallinity of the zeolite
High tunability of the zeolitic properties
Applicable to any zeolite or zeolite-like material
maximizE PERFORMANCE AND MINimize environmental impact
OF CONVENTIONAL REFINING and PETROCHEMICAL PROCESSES
Zeolite catalysts are frequently used in key refining and petrochemical processes. Our mesoporised zeolites have demonstrated superior performance in such processes by increasing the output towards the most valuable fractions, improving the activity of the catalyst, as well as showing a prolonged lifetime.
Pioneer THE CATALYTIC VALORIZATION OF WASTE PLASTICS as an alternative for incineration, reducing CO2 emissions and residual waste STREAMS
The catalytic conversion of waste plastics is expected to become a dominant technology to reduce waste incineration, and enable closing the loop for plastics. Zeolites are a key catalyst ingredient for such processes, and a tunable mesoporization platform is enabling to exploit such catalysts both effectively and economically.
Also for the sustainable valorization of bulk and complex nature of biorenewable feedstocks, mesoporised zeolites are a key component in providing desired biochemicals in an effective and cost-competitive way. Zeopore is convinced that mesoporised zeolites will become an essential component in the new era of a sustainable chemical industry.