AMIANTOP

Industrial infrastructure for the definitive elimination of asbestos

AMIANTOP is an industrial infrastructure project conceived to address one of the main public health and environmental liabilities inherited from the industrial development of the 20th century: the widespread presence of materials containing asbestos in buildings, infrastructures, and industrial installations.

Despite the prohibition of its use for decades, asbestos continues to be widely present across the territory. Its progressive removal is inevitable from a regulatory standpoint and in terms of public health protection.

However, accumulated experience shows that the problem is not resolved through removal, but rather transferred to the subsequent stage of waste management. The currently predominant model, based on encapsulation, transport, and landfill disposal, allows the risk to be managed in the short term, but does not eliminate the hazardous nature of the material, generating environmental liabilities and long-term monitoring obligations that fall on public administrations and the territory. The diagnosis that gives rise to AMIANTOP is based on a clear technical observation: as long as the hazardous structure of asbestos remains intact, the risk to public health persists, regardless of its location or confinement.

The purpose of the project is clear: to enable the irreversible elimination of the public health risk associated with asbestos within an industrial process, avoiding its indefinite confinement and the generation of new long-term environmental liabilities.

What problems it solves / what offers

A technical response to a physical problem. AMIANTOP reframes asbestos not as a logistical or administrative issue, but as a material problem requiring a material solution. By acting directly on the structure of the material, it enables the closure of a historical liability through a bounded, controlled, and industrially scalable process.
A structural limitation in current asbestos management. The current model for asbestos management is based on removal, encapsulation, transport, and landfill disposal. While effective in reducing immediate exposure, this approach does not eliminate the hazardous nature of the material. Instead, it transfers risk across time and space, creating long-term environmental liabilities and ongoing public costs related to monitoring, maintenance, and control. As long as the fibrous structure of asbestos remains intact, its capacity to generate harm persists—regardless of its location or confinement.

A shift from risk management to risk elimination AMIANTOP addresses this structural limitation by introducing an industrial solution aimed at the irreversible elimination of asbestos hazard. Instead of relying on indefinite containment, the project applies a controlled technological process that transforms the material at a physical level, removing the properties that make it dangerous. This approach allows the transition from a model based on permanent risk management to one based on definitive resolution.

What AMIANTOP offers

  • Definitive elimination of asbestos hazard through irreversible physical transformation
  • Reduction of long-term environmental liabilities, avoiding landfill dependency
  • Elimination of intergenerational risk transfer and associated public burdens
  • Industrial-scale, controlled process integrated into a regulated infrastructure
  • A verifiable and time-stable solution aligned with public health and environmental objectives