DCPD (Dicyklopentadiene) is produced by a technology developed by ORLEN Unipetrol in cooperation with the University of Chemistry and Technology, Prague. DCPD can be used for the futher production of polymer materials, resins and chemical specialities, which are used for example, in the production of wind turbine propellers, automotive and ship components and skeletons, colored asphalts, adhesives, dyes, optical fibers, special lenses, medical components, packing materials or sanitary products for kitchens and and bathrooms.
The aim of the project is to modernize the technology of oily water treatment and to centralize these treatment units into one area in the area of Chempark Záluží of the ORLEN Unipetrol RPA s.r.o.
The aim of this project was design and procurement of a modular Coke Removal Unit (CRU) for the quench oil loop at the ethylene plant.
The aim of this project was to modify and optimize the technological equipment of the existing Butadiene unit to process the raw material with a higher concentration of ethyl a vinylacetylene.
The aim of the project was to modify the Butadiene Distillation unit to be able to dehydrate the raffinate 1 in this unit.
The aim of the study was to assess possible variants of the technical solution and the finding the optimal variant of coke removal from steam-air mixture during furnace decoking of the ethylene unit, to fulfil the legislative emission limit.
Polymer manufactures require high-purity monomers (polymer grade feedstocks). Impurities in feedstock significantly affect catalyst activity and functionality, lowering polymer yield and quality. Therefore olefins from an FCC unit or steam crackers could be treated by adsorbents to remove many contaminants and meet the high-purity requirements of the feedstock.
The aim of the investment project was the implementation of two new batch distillation units for the special amines production.
The aim of this project was design and procurement of a modular Coke Removal Unit (CRU) for the quench oil loop at the ethylene plant.
The aim of the study was a new pilot facility design of Krasol LBH 2000 production.
