Mission, Vision and Values
The company

Mission, Vision and Values


Going green in the refrigeration sector.

We have a clear objective: to reduce the environmental impact of the cold chain, which today is responsible for around 20% of the world's electricity consumption. Nature remains the greatest resource for each of us, which is why it is important that technologies evolve to have less and less impact on the environment. Turboalgor is taking an active part in this ambitious project, making it possible to reduce the expenditure of electricity related to refrigeration systems and cutting CO₂ emissions.


To be the technological reference for the efficiency of refrigeration systems.

The internationally patented Turboalgor technology is able to make the compression cycle of refrigerants more efficient, guaranteeing not only significant energy savings, but also an increase in cooling capacity. We address all companies that operate along the cold chain and want to reduce their consumption and impact on the environment at the same time.


Our technology reduces the CO₂ emissions produced by refrigeration systems, decreasing their impact on the environment.


We guarantee the saving results we promise, thanks to in-depth pre-intervention analyses and continuous monitoring of our performance.


We bring the historical experience of the Angelantoni Group's cold management to the energy efficiency sector.

The EU’s challenge is also our challenge.

Turboalgor is the company at the head of COLD ENERGY, a project financed by the European Community with the aim of reducing consumption and emissions and improving the efficiency of cooling systems.

  • Increased competitiveness

    Turboalgor contributes to increasing the competitiveness of European companies in the refrigeration industry.

  • CO₂ reductions

    Using cutting-edge technology, Turboalgor is able to cut carbon emissions, in line with EU directives.

  • For new or existing systems

    With its three application solutions, Turboalgor can intervene on both new and existing systems.