Nikolaos Fyssas PhD
Chemical Engineer, NTUA
Fluid Dynamics Specialist, Imperial College London
Chemical Engineer, NTUA
Fluid Dynamics Specialist, Imperial College London
Chemical Process Analysis
Conduct detailed studies of chemical processes to evaluate resource use, energy consumption, and emissions.
Identify inefficiencies in production and recommend improvements to reduce environmental footprints.
Provide comprehensive reports with actionable recommendations for process and product optimization.
Propose sustainable alternatives and low-carbon solutions to minimize environmental impact.
Optimization of Process Parameters using mathematical optimization techniques to find optimal operating conditions based on simulation results.
Advanced CFD & Applied Mathematics Solutions
CFD & Fluid Mechanics: Process and equipment optimization, multiphase flow, heat and mass transfer, reaction engineering, particle tracking, turbulence modeling, mesh generation, post-processing, custom model development.
Flow System Consulting: Hydraulic design, flow analysis, pressure drop, cavitation, mixing, agitation, filtration, microfluidics design.
Applied Math & Numerical Methods: Process modeling, numerical solutions, data analysis, algorithm development.
Validation Methods: Model verification, comparison with experimental data, accuracy assessments, and quality assurance.
Energy Transition & Process Optimization
Modernize chemical production methods to improve energy efficiency and resource conservation.
Implement energy-saving technologies, such as waste heat recovery and renewable energy integration.
Optimize raw material usage to reduce waste and lower operational costs.
Advise on integrating energy-efficient technologies into everyday production operations, ensuring long-term sustainability.
Smart Monitoring & Data Collection
Install smart meters and automated control systems for real-time monitoring of production processes.
Enable cloud-based or Wi-Fi data collection for easy access and analysis from anywhere.
Perform life cycle assessments (LCA) to measure environmental impact from production to disposal.
Provide data analytics services to track KPIs such as energy use, emissions, and resource consumption, helping businesses identify areas for improvement.
Sustainability Consulting & Emissions Reduction
Develop strategies to reduce carbon footprints through optimized processes, energy use, and waste management.
Advise on adopting low-carbon technologies and sustainable production methods.
Help businesses meet emissions regulations and set clear goals for long-term sustainability.
Provide specific solutions for CO2 reduction and emissions control, especially through energy-efficient and green production technologies.