The roofing project for the ITALTOM plant in Argenta, completed in summer 2025, stands as a clear example of technological innovation combined with environmental sustainability.
The approximately 8,000 sqm roofing system was constructed using the Coperpol 470K24 Ultrawhite membrane, selected for its outstanding mechanical performance, long-term durability, and high solar reflectance. These properties contribute to reducing both energy consumption and roof overheating—an essential factor for a company involved in tomato processing, a product inherently linked to the Italian summer season.
The installation of a Bʀᴏᴏғ(t2) certified waterproofing system, together with an integrated photovoltaic system, further enhances environmental protection and supports the plant’s energy self-sufficiency. The adopted technological solution emphasizes energy efficiency and sustainability, reflecting the company’s commitment to environmental responsibility while preserving Italian agricultural traditions.
Project Overview and Objectives
The construction of the new roofing system for the ITALTOM facility in Argenta, carried out in summer 2025, represents a highly functional and technologically advanced intervention aimed at improving both operational performance and environmental conditions within the production plant, while promoting the use of renewable energy sources.
Material Selection: Coperpol 470K24 Ultrawhite Membrane
The decision to cover the approximately 8,000 square meters of roofing area with the COPERPOL 470K24 ULTRAWHITE membrane system
addresses key requirements in terms of durability, sustainability, and thermal optimization. These aspects are particularly critical in an industrial environment dedicated to tomato processing—an iconic product of the Italian summer and a cornerstone of the Mediterranean diet.
From a technical standpoint, the COPERPOL 470K24 ULTRAWHITE membrane represents a high-performance, innovative solution specifically engineered for professional industrial roofing applications.
Waterproofing Technology and Innovation
Its formulation, characterized by excellent resistance to weathering and ageing, ensures long-term protection while maintaining consistent waterproofing performance and solar reflectance properties over time.
The Ultrawhite finish promotes lower absorption of solar heat, significantly reducing roof surface temperatures and, consequently, lowering the energy demand required for cooling production environments during the hot summer months.
This aspect is particularly relevant considering that the facility processes tomatoes, a crop inherently associated with warm climates and summer conditions.
The application of the Bʀᴏᴏғ(t2) single-layer system enabled the installation of a high-performance waterproofing solution with certified resistance to external fire exposure, ensuring a durable barrier against water ingress and structural stress caused by thermal fluctuations.
Integration of Renewable Energy: Photovoltaic System
The installed photovoltaic system represents a further step toward the plant’s energy self-sufficiency, made possible by the use of a membrane fully compliant with current regulations regarding external fire performance.
The integration of photovoltaic panels on the roofing system allows optimal use of solar exposure in the Emilia-Romagna region, contributing to renewable energy generation and reducing the environmental impact of production processes.
Moreover, the albedo effect generated by the Ultrawhite finish of the Coperpol 470K24 membrane enhances the efficiency of the photovoltaic system, providing a dual benefit: lowering the roof surface temperature while increasing reflected light, which can be partially reabsorbed by the panels.
Conclusion
This project not only meets the durability and sustainability requirements of a modern industrial facility, but also represents a symbolic expression of the Italian summer, where heat and tomatoes are intrinsically connected.
The choice of the COPERPOL 470K24 ULTRAWHITE membrane combined with photovoltaic technology highlights a conscious, innovative, and environmentally responsible approach—capable of balancing production efficiency with the protection of Italy’s agricultural and cultural heritage.
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For further details and technical information, please refer to the technical data sheet.
