WHAT MAKES US A
REDUCED ELECTRICITY CONSUMPTION
All our production sites use low-consumption LED lighting, the main systems are fitted with inverters and we have implemented load management and optimisation systems.
REDUCTION THE CONSUMPTION OF GAS FOR MELTING ALUMINIUM
We have renewed our furnaces, choosing the most efficient ones on the market.
SELF-GENERATION OF ELECTRICITY USING PHOTOVOLTAIC PANELS
We will equip our production sites with photovoltaic coverings capable of satisfying a good part of our energy requirement.
PURCHASE OF ELECTRICITY FROM RENEWABLE SOURCES
Since 2019 we have purchased 100% of the electricity not produced internally from renewable sources: this enables us to be a CO2 Neutral partner.
REDUCED ELECTRICITY CONSUMPTION
All our production sites use low-consumption LED lighting, the main systems are fitted with inverters and we have implemented load management and optimisation systems.
REDUCTION THE CONSUMPTION OF GAS FOR MELTING ALUMINIUM
We have renewed our furnaces, choosing the most efficient ones on the market.
SELF-GENERATION OF ELECTRICITY USING PHOTOVOLTAIC PANELS
We will equip our production sites with photovoltaic coverings capable of satisfying a good part of our energy requirement.
REDUCTION IN WATER CONSUMPTION AND IN THE QUANTITY OF LIQUID WASTE DISPOSED OF
We have installed an evaporation system for each production site which enables us to treat all the waste water generated by the production cycle, condensing the waste and recovering the water contained in the treated liquids. The vacuum evaporation system heats the waste waters collected from each stage of the production process and distils the water part on one side, while condensing the waste substances on the other. In this way, we reduce the volumes of waste to be disposed of by over 95% and therefore reduce the quantity of new, clean water used in the production process by the same percentage. The distilled water is completely reused.
The evaporator on the site in Quero Vas (BL) is powered by the heat of the fumes leaving the flues of the melting furnaces, while that of the site in Villasanta (MB) uses a co-generator capable not only of supplying the heat required by the evaporator, but also of producing electricity to reuse in the factory.
