FS Green technology is based on a clear and direct premise: a hazardous material ceases to be so only when it irreversibly loses the properties that make it hazardous.
In the case of asbestos, its hazardous nature is directly linked to its stable fibrous structure. As long as this structure exists, the risk to public health persists, regardless of whether the material is encapsulated, isolated, or disposed of in a landfill.
Traditional approaches applied to asbestos are based on the indefinite management of risk. Isolating, encapsulating, or confining the material may limit immediate exposure, but does not act on the physical cause of the problem. The effectiveness of these solutions depends on the permanent maintenance of physical barriers and long-term control systems.
FS Green adopts a radically different approach: the elimination of risk as the final technological objective. The aim is not to manage the material for decades, but to act on its physical nature so that it definitively ceases to behave as asbestos.
FS Green adopts a radically different approach: the elimination of risk as the final technological objective. The aim is not to manage the material for decades, but to act on its physical nature so that it definitively ceases to behave as asbestos.
From the FS Green perspective, the asbestos problem is not administrative or regulatory, but technical and physical. As long as the hazardous structure of the material remains intact, the risk persists.
FS Green technology has been conceived as an industrial process of structural transformation, aimed at irreversibly destroying the physical basis of asbestos hazard. This approach makes it possible to transform asbestos management into an industrial engineering task—time-bounded and technically solvable—avoiding the creation of long-term environmental and public health liabilities.
FS Green technology has been conceived as an industrial process of structural transformation, aimed at irreversibly destroying the physical basis of asbestos hazard. This approach makes it possible to transform asbestos management into an industrial engineering task—time-bounded and technically solvable—avoiding the creation of long-term environmental and public health liabilities.
The transition from a model based on indefinite risk management to one oriented toward its definitive elimination has significant implications from the perspective of public planning and territorial management. Risk elimination makes it possible to replace long-term control systems with verifiable technical solutions, reducing dependence on confinement infrastructures and long-term monitoring obligations.
This approach is consistent with the need to address the asbestos problem as a historical liability that must be resolved structurally, rather than as a permanent burden transferred to future generations.
From this perspective, FS Green provides the technological framework that makes it possible to align public health protection with a stable and controlled industrial logic.
This approach is consistent with the need to address the asbestos problem as a historical liability that must be resolved structurally, rather than as a permanent burden transferred to future generations.
From this perspective, FS Green provides the technological framework that makes it possible to align public health protection with a stable and controlled industrial logic.
Industrial platform for physical transformation applied primarily to asbestos FS Green technology, developed by EFI Ecotech Group, has been conceived as an industrial technological platform aimed at the physical transformation of complex and hazardous materials whose hazardous nature is associated with their material structure.
Its development responds to an industrial engineering approach that acts on the physical nature of the treated material, rather than merely limiting its effects over time through confinement or isolation.
Within the framework of the AMIANTOP project, this technology is applied primarily and specifically to the definitive elimination of asbestos, incorporating the operational experience of REFORMAS, CONTRATAS Y REDES (RCR) in the removal and actual management of this material, and orienting the process toward resolving a structural public health problem.
Its development responds to an industrial engineering approach that acts on the physical nature of the treated material, rather than merely limiting its effects over time through confinement or isolation.
Within the framework of the AMIANTOP project, this technology is applied primarily and specifically to the definitive elimination of asbestos, incorporating the operational experience of REFORMAS, CONTRATAS Y REDES (RCR) in the removal and actual management of this material, and orienting the process toward resolving a structural public health problem.
FS Green technology
The application of FS Green to asbestos within AMIANTOP responds to a deliberate and well-founded decision, based on the magnitude of the existing liability, its direct impact on public health, and the structural limitations of current models based on encapsulation and landfill.
The convergence between the technological expertise of EFI Ecotech Group and the operational experience of RCR makes it possible to direct the technology toward a clear objective: to irreversibly eliminate the physical basis of asbestos hazard, avoiding its indefinite confinement and the generation of new environmental liabilities.
The convergence between the technological expertise of EFI Ecotech Group and the operational experience of RCR makes it possible to direct the technology toward a clear objective: to irreversibly eliminate the physical basis of asbestos hazard, avoiding its indefinite confinement and the generation of new environmental liabilities.
Primary application to asbestos in AMIANTOP
FS Green has not been developed as an experimental or one-off solution, but as a stable industrial platform designed to operate in a continuous, reproducible, and controlled manner. Its architecture allows its integration into permanent industrial infrastructures, compatible with applicable regulatory, environmental, and safety requirements.
This platform-based approach facilitates its application to materials whose hazardous nature requires a definitive technical response, as is the case with asbestos, and makes it possible to address its treatment from the perspective of a complete industrial process rather than as residual management.
This platform-based approach facilitates its application to materials whose hazardous nature requires a definitive technical response, as is the case with asbestos, and makes it possible to address its treatment from the perspective of a complete industrial process rather than as residual management.
Technology conceived as an industrial platform
The application of FS Green within AMIANTOP is based on the integration of technology and operational experience. The experience accumulated by RCR in the actual management of asbestos makes it possible to define safety, traceability, and control requirements aligned with real operating conditions, ensuring a viable industrial implementation consistent with the regulatory framework.
FS Green technology has been conceived from the outset to operate in regulated industrial environments, with stable and verifiable process parameters, compatible with the control, supervision, and authorization requirements imposed by the competent authorities.
FS Green technology has been conceived from the outset to operate in regulated industrial environments, with stable and verifiable process parameters, compatible with the control, supervision, and authorization requirements imposed by the competent authorities.
Integration between technology and operational experience
FS Green technology is not based on combustion processes or open oxidation reactions. Its operation relies on the continuous control of critical process parameters, through industrial automation systems and ongoing monitoring.
This approach enables stable and reproducible operation, the minimization of associated emissions, and coherent integration within regulated industrial environments.
This approach enables stable and reproducible operation, the minimization of associated emissions, and coherent integration within regulated industrial environments.
Absence of combustion and continuous control
The core of FS Green technology lies in its ability to induce an irreversible physical transformation of the structure responsible for the hazardous nature of asbestos. In the case of asbestos, this transformation directly affects the fibrous structure that constitutes the basis of its hazard.
As a result of the process, the material loses the morphology and properties that allow the release of hazardous fibers, ceasing to behave as asbestos from a physical and functional standpoint.
As a result of the process, the material loses the morphology and properties that allow the release of hazardous fibers, ceasing to behave as asbestos from a physical and functional standpoint.
Irreversible physical transformation of the material
The FS Green process is carried out within a completely closed technological circuit, designed to isolate all stages of treatment from the external environment.
This architecture constitutes a central element of system safety and is designed to exclude scenarios of uncontrolled dispersion of the treated material.
Operation within a closed volume ensures process stability, environmental protection, and the ability to maintain controlled and permanently verifiable operating conditions.
This architecture constitutes a central element of system safety and is designed to exclude scenarios of uncontrolled dispersion of the treated material.
Operation within a closed volume ensures process stability, environmental protection, and the ability to maintain controlled and permanently verifiable operating conditions.