Custom scientific solutions

Training for Executives and Decision-Makers

• Understanding scientific challenges related to technologies and materials
• Analysis of technological risks and opportunities
• Scientific support for strategic decision-making in innovation projects
• Scientific communication of technologies and innovations to facilitate their marketing and commercialization

Training for Engineers and Researchers

• In-depth understanding of chemistry principles applied to industrial processes
• Understanding of chemical and physicochemical mechanisms
• Scientific optimization of processes, materials and formulations
• Expert analysis of experimental and analytical results to understand and optimize process steps

Hands-On Workshops for Technicians and Operators

• Accessible understanding of chemical phenomena influencing processes
• Best practices in handling, analysis and interpretation of results
• Solving technical problems in the field, including health and safety aspects
• Personalized seminars and ongoing technical support

Formulation and Materials Science

• Formulation development (polymers, paints, detergents, solvents, composites)
• Chemical process optimization
• Surface modification and functionalization
• Chemistry related to process scale-up
• Interfaces, surfaces and chemical compatibility

Chemical Processes and Sustainable Technologies

• Valorization of industrial residues and secondary resources
• Greener solvents and more environmentally friendly processes
• Electrochemistry applied to industrial processes
• Metals and phosphate chemistry
• Purification, separation and extraction of chemical compounds

Hydrometallurgy and Resource Valorization

• Selective leaching of critical and strategic metals
• Liquid-liquid extraction and chemical separation of metals
• Purification of metal solutions (precipitation, distillation, crystallization)
• Recovery and valorization of critical materials (Co, Ni, Li, Nb, rare earths, phosphates)
• Hydrometallurgical recycling of batteries and electronic waste

Recycling and Circular Economy

• Chemical recycling of polymers and biopolymers
• Valorization of industrial and mining residues
• Development of green resource recovery processes
• Circularity strategies for industrial processes

Elemental and Metal Analysis

• ICP-OES · ICP-MS · AAS · XRF
• Quantification of major and trace elements

Molecular Analysis and Chemical Compounds

• FTIR · Raman · UV-Vis · NMR
• HPLC · GC · GC-MS · LC-MS

Electrochemical Techniques

• Voltammetry · Potentiometry
• Conductimetry · Industrial electrochemistry

Thermal Characterization

• DSC · TGA · DTA · DMA
• Thermodynamic analysis of chemical systems

Materials Characterization

• SEM / EDS · XRD
• Microstructure and composition analysis

Analytical Chemistry Methods

• Titration, pH and acid-base equilibria, precipitation and complexation
• Purification, separation and phase analysis

Transport Properties of Energy Systems

• Density and dynamic viscosity of liquids and electrolytes
• Ionic conductivity and transport properties of electrolytes

Scientific Data Processing

• Expert visualization and modeling of scientific data
• Software: OriginLab · SigmaPlot · ChemDraw

Independent Technological Diagnosis

In-depth analysis of scientific, chemical and technical challenges.

Scientific and Technological Feasibility Studies

Evaluation of possible scenarios and validation of the most promising approaches.

Structured Action Plans

Clear and prioritized recommendations to guide technological development and secure decisions.

Technological Risk Reduction

Independent scientific analysis aimed at securing investments and reducing uncertainties before industrial deployment.

Chemical Recycling of Plastics

• Characterization and analysis of recycled polymers and obtained products
• Controlled depolymerization of polymers and monomer recovery
• Separation and purification of monomers and chemical intermediates
• Design of greener and more efficient chemical recycling processes
• Optimization of reaction conditions and recycling yields

Valorization of Mining and Industrial Residues

• Recovery of critical, strategic or high-value materials (phosphates, rare earths and others)
• Optimization of hydrometallurgical processes including selective leaching and metal extraction
• Reduction or elimination of toxic metals and radioactive contaminants
• Valorization of biopolymers from pulp and paper industry residues
• Treatment of industrial effluents and wastewater using ion exchange resins, silica-based materials and bioadsorbents

Biomaterials and Biomass Valorization

• Conversion of biomass into functional materials or molecules of interest
• Development and modification of biomaterials based on cellulose, lignin, chitin and chitosan
• Valorization of agricultural, forestry and industrial by-products
• Functionalization of biopolymers in green solvents and sustainable reaction media
• Dissolution and transformation of biomass in ionic liquids and deep eutectic solvents