CPERI contributes to the increased competitiveness of the Greek and European industry by providing unique and innovative solutions to research problems of technological and/or commercial interest.
CPERI’s R&D results have led to the development of new products and services that have found applications in many international and Greek industries. Some of the successful applications and products include:

Catalyst evaluation for petroleum refining processes
• FCC catalysts evaluation
• FCC additives evaluation
• HDS catalysts evaluation
• Hydrocracking
• Fuels quality control
Technologies for the production of environmentally-friendly fuels
Advanced software tools for the design, optimization and control of polymer production processes
• Polymeric Materials – New Technologies
Development of microencapsulation technologies and controlled release applications
Technologies for product quality control in solids processing manufacturing plants
Design, application and testing of anti-polluting technologies.
• Analysis and Characterization of Solids


During the past ten years, CPERI developed excellent experimental facilities and acquired high quality analytical instrumentation, including:
Modern laboratory equipment for the detailed physical, chemical and morphological characterization of inorganic materials, catalysts, polymers, membranes and molecular sieves.
Pilot plant units and laboratory scale units for the evaluation of refinery and petrochemical catalysts.
Automated pilot plant units for polymer synthesis.
Gas emission control systems for particle and pollutant removal from fixed or/and mobile sources.
Reactors for nanoparticles synthesis and coatings using aerosol processes.
Equipment for measurement of particulates and powders with in-situ optical, aerodynamic and electrokinetic techniques, from 3 nm to 1000 µm.
Membrane pilot units for gas separation, reverse osmosis, ultrafiltration, waste processing.
Pilot units for energy potential enhancement of solid fuels and production-application of molecular sieves and carbon fibers.
Automated pilot plant units for the study of membrane processes (MF, UF, NF, RO).
Specially equipped units for multiphase flow in process equipment (e.g., packed beds, heat exchangers) and pipelines.
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