MEC applies process engineering and technology plus concept-to-completion expertise to ensure optimal returns on investment in all energy projects, with particular attention to thermal design and analysis about:

• Thermal Solutions: heat recovery systems, energy efficiency, CHP and CHHP
• Hydrogen and Syngas
• Gas Processing and GTL
• Biogas Processing and Upgrading to Biomethane
• Carbon Capture CCS

Clean fuels are driving the attention of the Energy world. Hydrogen, Syngas, Biofuels will become every day more important as well as their production processes and technologies

For the Energy Transition, MEC services include:

• Thermal and Process Engineering
• Process Technology Assessment
• Key Process Equipment Design
• Supply of Critical Components
• Owner Engineering
• Feasibility Studies
• Technical Consulting

MEC provides high-tier technologies for specialty molecules, pharmaceutical APIs and advanced process industries, including support for critical utilities and environmental systems.

We specialize in high-precision fluid purification and molecular separation for the pharma, biotech, and high-tech sectors, developing proprietary technology pathways that drive energy and material optimization.

Core Technological Competencies

Our boutique expertise covers the following high-value process areas:

• Advanced Heat Transfer Engineering: specialized thermal management for sensitive molecular processes

• Precision Batch Processing: custom heating/cooling design for fine chemicals and pharmaceutical APIs

• Ultra-High Purity Fluid Management: advanced purification systems for semiconductor-grade and medical fluids

• Selective Membrane Technology: high-efficiency molecular separation and concentration

• Advanced Solvent Recovery: circular economy solutions for high-value chemical streams

• High-Precision Process Thermal Control: critical heating and cooling for unstable reactions

• Industrial Water Upcycling: advanced treatment systems for complex waste streams

• Zero-Emission Process Technologies: specialized systems for high-efficiency emissions abatement

Visit our projects page with the main references for chemical industries.

For over 20 years, MEC has been at the forefront of process innovation, pioneering the Energy Transition and the development of next-generation Clean Fuels.

We possess deep expertise in integrating low-carbon pathways for natural gas, syngas, and biomass, as well as advancing technologies for green hydrogen, carbon capture (CCUS), and sustainable bio-fuels.

Core Technological Competencies

Our boutique team delivers specialized engineering for high-impact energy solutions:

• Strategic Waste Heat Recovery: high-efficiency thermal integration for industrial decarbonization

• Carbon Capture & Utilization (CCUS): frontier technologies for emissions sequestration and industrial upcycling

• Advanced Gas & Syngas Processing: precision purification and conditioning for high-tech applications

• Green Hydrogen & Syngas Upgrading: engineering for high-purity hydrogen production and infrastructure

• Biomethane & Bio-LNG Infrastructure: scaling biomass-to-energy pathways for the circular economy

• Advanced Gas-To-Liquid (GTL): molecular transformation of gases into high-value liquid products

• Sustainable Aviation Fuels (SAF) & Bio-Feedstocks: technical advisory for the next generation of carbon-neutral fuels

Combining practical and real-world experiences with focus on process intensification, MEC provides solutions to a number of subsectors of the chemical industry:

• Specialty Chemicals: additives, API, high-value chemicals, catalysts
• Polymers and resins
• Biotech and Pharma
• Bio-based chemicals: biopolymers, bio-based additives
• Design of utilities systems
• Environmental plants (waste water, air treatment)

At each stage of the chemicals value chain, there are opportunities for business exposure, from the raw material extraction, downstream chemical manufacturing and processing, to recycling or disposal of the chemical waste

For the Chemical market, MEC advises its clients with:

• Process Intensification and Optimization
• Concept and Process Engineering
• Owner Engineering
• Process Technology
• Key Process Equipment Design
• Technical Consulting
• Feasibility Studies

Heat Transfers play an important role in the chemical and clean energy initiatives. MEC will support clients to develop opportunities, systems and technologies in this sectors, whether is sizing a shell and tube heat exchanger or optimizing the heating and cooling of a complete process.

Energy Efficiency is driving the attention of the Energy world. Optimization in heat transfer applications becomes every day more important as well as its modeling and technologies