Our Journey to Net Zero

The 2050 final goal is net zero. Moreover, to monitor our decarbonization trajectory we have set an intermediate goal to reduce by 2030 our specific Scope 1 net emission: <500kgCO2/t of cementitious product.

The 2050 final goal is net zero. Moreover, to monitor our decarbonization trajectory we have set an intermediate goal to reduce by 2030 our specific Scope 1 net emission: <500kgCO2/t of cementitious product.

The roadmap “Our Journey to Net Zero” is a long-term plan for decarbonization, in line with the decarbonization goals set in the European Green Deal. Different levers, with different deployment times and intensity, are foreseen to have the direct or indirect consequence of reducing Scope 1 and Scope 2 CO2 emissions.
The final goal at 2050 is to reach the “Net Zero”, which means to reduce to zero the CO2 emission during production and use of the product.

The roadmap has been developed considering all companies being part of the scope of consolidation, excluding the Russian ones due to the current termination of operational control, and including the Brazilian joint venture whose shareholder agreements will allow the consolidation within the perimeter of Buzzi before the intermediate term of the roadmap (2030).
Production data include grey clinker only (standard and oil well), which represent more than 99% of the total clinker production, and all cements/binders formulated with it.

Efficiency in concrete production and in design and construction

A more efficient use of cement in concrete and of concrete in design and construction leads to fewer emissions.

Reduction of clinker content in cement and binders

Clinker is the constituent of cement whose production entails almost all the direct emitted CO2. Producing cements with lower clinker content is therefore a way to reduce CO2 emissions. We assume that clinker substitutes (slag, pozzolan, fly ash, etc.) remain available and at competitive costs.

Saving in clinker production

CO2 savings can be achieved through lower thermal energy consumption, waste heat recovery, use of alternative fuels with biomass content and of fossil fuels with lower emission factor. We expect institutional support in permits and specific authorizations to facilitate the use of alternative fuels and the implementation of innovative technologies.


This lever consists in a well-known property of cement matrices of “reabsorbing” a part of the CO2 from the atmosphere due to a chemical reaction which leads to the formation of calcium carbonate.

Decarbonization of electrical energy

We took into consideration the decarbonization plans announced by many countries which will use more and more renewable sources to produce electricity. We also foresee to produce electricity in our own installations from renewable sources.

Carbon Capture, Utilization and Storage (CCUS)

It is the lever to which the higher reduction is entrusted, and it is also the one that requires the major investments both for us and for other subjects (private and public) in charge for the construction or adaptation of transport infrastructures, storage or possible reuse of CO2. For the infrastructures for capture and storage of CO2 we envisage a fruitful cooperation of different actors in order to:

  • build and manage the CO2 transport network;
  • identify storage or reuse sites (e.g. biofuel production);
  • gain the acceptance by the public opinion;
  • obtain adequate support from the government.

Target 2050

Net Zero

Our Roadmap contains commitments and forward-looking statements based on assumptions and estimates. Even if the company believes that they are realistic and formulated with prudential criteria, factors external to its will could limit their consistency (or precision, or extent), causing even significant deviations from expectation. The Company will update its commitments and forward-looking statements according to the actual performance and will give an account of the reasons for any deviation.

CO2 emissions reduction projects