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Energy & Environment

What we do

The Energy & Environment Department supports companies and organisations on their path towards more efficient, sustainable and digitalised processes. We operate at the intersection of engineering, data and environmental technologies, developing solutions that optimise energy use, improve air and water quality, reduce waste and transform waste streams into new resources.

We design and build systems ranging from hydrogen production to consumption monitoring, from environmental purification to wastewater treatment, all the way to circular economy processes. Every project is designed to generate measurable value, improving operational performance, reducing environmental impact and harnessing the opportunities offered by the energy transition.

With a multidisciplinary, results-oriented approach, we guide the client from data to decision, combining advanced technologies with applied expertise and strategic vision.

Energy area

Our expertise in the Energy area covers the entire chain of energy generation, conversion and intelligent management. From renewable sources to hydrogen systems, from fuel cells to advanced monitoring systems, we develop engineering solutions that improve the efficiency, reliability and sustainability of production processes. Every project is conceived to integrate innovative technologies with real operational needs, guiding the client towards a more informed, flexible and competitive use of energy.

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Renewable Energies
Solar

Solutions for residential, industrial and utility-scale photovoltaic plants:

  • Energy and economic feasibility studies;
  • Layout, shading, string design, inverters;
  • Solar tracking systems (trackers);
  • Integration with storage and monitoring.
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Renewable Energies
Wind

Engineering support for wind power plants:

  • Micro-wind and industrial turbines;
  • Wind resource analysis and site assessment;
  • Preliminary CFD modeling;
  • Materials analysis and mechanical performance.
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Hydrogen Production
Technologies

Engineering of systems for hydrogen generation:

  • Alkaline, PEM, AEM and Acid electrolyzers;
  • Electrochemical modeling and plant balances;
  • Modular skid configuration;
  • Integration with renewable sources and storage.
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Hydrogen
Systems

Solutions for managing hydrogen as an energy carrier:

  • H₂/air and H₂/methane mixers;
  • Storage, compression and ATEX safety;
  • Components for flow management;
  • Control logic and diagnostics.
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Fuel Cell

Development and technical-performance analysis of fuel cell systems:

  • PEMFC, SOFC, micro-cogeneration;
  • Durability analysis, thermal cycles and degradation;
  • Thermal and electrical modeling;
  • Integration in microgrids and hybrid systems.
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Energy Monitoring &
Industrial Sustainability

Digital solutions to optimize energy consumption:

  • Sensors for electricity, gas, water, steam;
  • Data collection and cloud publishing;
  • Integration with 4.0/5.0 and ERP systems;
  • Energy KPIs: OEE, carbon footprint.

Environment area

Our expertise in the Environment area covers the entire cycle of resources and impacts: from air quality to emissions management, from water treatment to materials recovery, all the way to sustainability and ESG reporting. We design systems and solutions that enhance environmental safety, reduce emissions and turn waste and environmental data into value for the company. An integrated approach that combines technology, engineering and a circular vision to support more responsible and resilient industries.

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Air Purification
and Quality

Air quality control for healthcare, industrial and transport environments:

  • Advanced sensors and analysis algorithms;
  • Environmental Digital Twin and cloud dashboards;
  • Filtration, ionization, photocatalysis;
  • HVAC and MVHR systems;
  • Compliance with healthcare protocols.
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VOC Abatement
Systems

Technologies for the reduction of volatile organic compounds:

  • Activated carbon filters;
  • Thermal or catalytic oxidation;
  • Advanced photocatalysis;
  • Adsorption, stripping and hybrid systems;
  • Emissions monitoring (CEMS);
  • Custom plant design.
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Odor Emissions
Analysis

Systems to transform wastewater into treated water:

  • Chemical-physical and biological treatments;
  • MBR, MBBR systems, filters and disinfection;
  • Modular and containerized plants;
  • IoT sensors for monitoring;
  • Neutralization and recovery processes.
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Sewage and Industrial
Wastewater Treatment

Systems to ensure regulatory compliance and reduce environmental impact:

  • Chemical-physical and biological treatments;
  • MBR, MBBR systems, filters and disinfection;
  • Industrial waste treatment;
  • Refinement technologies (RO, UF);
  • Management of sludge and by-products.
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Circular
Economy

Waste valorization and optimization of resource flows:

  • Recovery and transformation into raw materials;
  • Separation and upcycling processes;
  • LCA and carbon footprint analysis;
  • Development of materials from by-products;
  • Zero-waste models and industrial symbiosis.
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Sustainability and
ESG Reporting

Analysis and reporting according to international standards:

  • Environmental and energy data (Scope 1, 2, 3);
  • Carbon footprint (ISO 14064, ISO 14067);
  • LCA analysis (ISO 14040–44);
  • GRI, ESRS–CSRD, SASB indicators;
  • Sustainability roadmap.

Our method

Our mission is to drive the transition towards an industrial model in which energy, resources and the environment are managed in an intelligent, responsible and future-oriented way. We are committed to turning advanced technologies, data and engineering expertise into solutions that reduce environmental impact, improve process efficiency and generate real value for companies and for the local area.

We believe in an approach that combines innovation and sustainability, helping our clients evolve towards production systems that are more resilient, cleaner and capable of making the most of every resource. Our goal is to build pathways that not only solve technical challenges, but also contribute to creating a future in which industrial development and environmental protection move forward together.

Rigorous design in Energy and Environment turns sustainability into a concrete lever for growth and into a measurable ESG commitment.

Ing.Valerio La Placa
System of Competences - COMPOLAB

A system of competences

An integrated ecosystem. Five technical departments, a shared method and the ability to orchestrate diverse
know-how into coherent solutions. This is the value we provide to our clients.

Departments

Five integrated technical divisions for multidisciplinary solutions.

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Applications

Engineering solutions for aerospace, automotive, energy and other sectors.

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Consulting

Strategic support for the transformation of business processes.

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Your technology partner

Whatever your industrial need,
we are ready to build the solution together.

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