Enable application of ETBE and alkylate as a new full inlet to gasoline blender and to enable adding of alkylate to gasoline without any restrictions for blending of reformate.
The objective of this project was to disassemble, relocate and assemble an existing absorber and its modification in order to remove HCl from waste gas from CCR. The adsorber is packed with aluminum balls of various sizes.
The aim of the project was to modify the flare system and the equipment of the flare unit according to the current standards (DEP, API) and to connect to flare header pressure safety valves from AVD unit and partly from NRL, which had been released to the atmosphere previously.
The goal of the project was to enable dispatch of ETO (diesel with addition of a dye) without FAME via the road terminal in Kralupy.
Installation of a new side entry mixer to ensure homogenity in the tank within the required period.
The contract included six projects in total. One of them was executed before the shutdown. For the remaining projects, prefabrication was carried out at the end of 2008 and the beginning of 2009. Final assembly was executed during the shutdown of Kralupy refinery.
The contract included design and installation of the process of automatic dewatering system for four JET A1 tanks in the NICO LÓPEZ refinery in Cuba.
Unloading facility with seven unloading arms, a pump station, a control room, a railway siding and piping connections to storage tanks was built to increase the capacity of unloading primary naphtha.
The contract included design and installation of the process of automatic dewatering system for six primary naphtha storage tanks in the MOL SLOVNAFT refinery in Slovakia.
The objective of the project was to increase the storage capacity of a depressant in Kralupy refinery.
