Pioneering Materials Engineering Solutions
Advancing heterogeneous catalysis and materials science to drive innovation across industries
Our Core Expertise
Delivering cutting-edge solutions in materials engineering and catalytic processes
Heterogeneous Catalysis
- • Advanced catalyst design and synthesis
- • Reaction optimization and kinetic studies
- • Selectivity enhancement strategies
- • Deactivation analysis and regeneration
- • High-throughput catalyst screening
Enhanced reaction efficiency for chemical, energy, and environmental applications
Materials Characterization
- • Surface area and pore size analysis (BET, BJH)
- • X-ray diffraction (XRD)
- • Electron microscopy (SEM, TEM, EDS)
- • Transient Isothermal techniques (TIH, TIO)
- • Temperature-programmed techniques (TPH, TPO)
State-of-the-art analytical capabilities for complete material profiling
Process Innovation
- • Process simulation and modeling
- • Reactor design and optimization
- • Scale-up from lab to pilot plant
- • LCA/LCC/sLCA/TEA analysis
- • Patent development and IP protection
Custom engineering solutions for seamless industrial implementation
Leadership Team
Meet the experts driving innovation at mavalen
Founders
Advisory Board
Internationally recognized experts providing strategic guidance and scientific excellence
Prof. (Emeritus) Angelos M. Efstathiou
University of Cyprus
Internationally recognized authority in catalysis research and surface phenomena
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Prof. Agapios Agapiou
University of Cyprus
Expert in advanced analytical techniques and environmental assessment methodologies
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Prof. Marinos Stylianou
Open University of Cyprus
Specialist in sustainable materials design and circular economy principles
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Dr. Evangelos Papaioannou
Newcastle University
Expert in advanced coating technologies and nanostructured materials applications
LinkedInOur Advisory Board provides high-level scientific and strategic guidance, supporting experimental validation, environmental assessment, and alignment with European innovation and sustainability policies
Technical Excellence
Our multidisciplinary approach combines deep theoretical knowledge with practical engineering expertise to solve complex materials challenges
Surface Science & Kinetics
Advanced understanding of surface phenomena and reaction mechanisms
Nanostructured Materials
Design and synthesis of advanced nanomaterials for catalytic applications
Process Scale-up
Seamless transition from laboratory to industrial-scale implementation