Redefining Waste: A New Industrial Paradigm

(May 2026) – This approach stems from a fundamental connection to raw materials – “From earth, for the Earth”. The importance of raw materials is the starting point for a model that proves it is possible to build an efficient, circular and competitive production system.

 

A continuous cycle: from material to material

Circularity is expressed as a continuous, interconnected industrial cycle:
– raw material selection
– optimised production
– total waste recovery
– reintegration into production processes

This model reduces the consumption of natural resources while increasing the overall efficiency of the system.

The Pillars of Circularity

• Total Material Recovery

The Italian ceramic industry achieves excellence in the circular economy by recovering 100% of its internal waste* and integrating residues from other supply chains. Through this model, 11.2% of raw material requirements* are now met by pre-consumer recycled materials (in accordance with ISO 14021), a strategic approach discussed in the article “Recycling waste, reusing water, reducing consumption”. A concrete example of industrial symbiosis applied on a large scale.

*Source: Integrated Environmental Report 2024

Further reading:
What are Wincer tiles?
The Wincer project: towards even more sustainable products

 

• Water as a Circular Resource

Water management is a top priority. The latest Integrated Environmental Report for the sector shows that the companies surveyed recycle all of their wastewater, meeting 48% of their water requirements through internal recycling. This results in annual savings of 2.8 million cubic metres of water and is supported by a clear regulatory framework, as detailed in Saving water to combat environmental degradation.

Further reading:
A new unified water label
The Italian ceramic tile industry saves water to avoid harming the environment
Italian ceramic tiles need very little water for cleaning
WCs with reduced water consumption

 

• Industrial Integration: A Second Life for Materials

Thanks to integrated and collaborative industrial practices, all waste materials are recovered and returned to the production cycle, effectively giving them a “second life”.

This closed-loop waste management model reduces natural resource consumption, lowers environmental impact and benefits both ecosystems and local communities. Key examples include the ceramic glaze recovery, the reclamation of building components – as described in Recycling Italian clay roof tiles – and the complete recycling of plaster moulds, achieving a truly closed-loop process for sanitaryware and tableware production.

Further reading:
Waste-proof glazing

 

• Continuous Innovation and Optimisation

Efficiency, innovation and circular economy principles come together in production processes, for example where heat recovery from kilns drastically reduces consumption and waste. Innovation is taken to the next level in pioneering initiatives such as Converting waste into a resource using CO2, a research project coordinated by the Ceramic Centre that investigates waste mineralisation using the CO2 generated during production.

Further reading:
Heat recovery in ceramic sanitaryware production

 

• From Production to End-of-Life

The circular approach extends beyond production processes to address the issue of Ceramic products and the end of life of buildings, focusing on intelligent management and reuse of demolition waste. Another notable example is dry installation systems. Rather than a purely aesthetic choice, they represent a circular strategy that allows tiles to be removed at the end of their life without the need for invasive demolition work, thereby facilitating selective material recovery.

Further reading:
Advantages and sustainability of dry installation
Dry installation is environmentally sustainable

 

Conclusions

The circular economy is a proven and practical industrial model for the ceramic industry, a system where resource recovery, process optimisation and supply chain integration are integral to production.

Against a global backdrop of increasing resource pressure, this approach reduces waste, improves efficiency and generates value throughout the product’s life cycle.

It is not just a question of sustainability, but of the quality of the entire production system.

For this reason, the Italian ceramic industry has emerged as an international benchmark, a model demonstrating that innovation and environmental responsibility can coexist to create an enduring balance between production, sustainability and the well-being of local communities.

 

 

(Featured image: ©Florim Ceramiche, Pressa)