Treatment of liquid waste from biomedical laboratories

IDRO designs and supplies systems dedicated to the management of non-hazardous liquid waste generated by clinical laboratory activities, traditionally destined for incineration (EER code 18.01.07).

These effluents, characterized by the combined presence of biological residues, chemical compounds and surfactants, require a technological approach capable of ensuring the complete elimination of biological risk and a significant reduction of organic load and chemical contaminants.

IDRO solutions enable on-site treatment within the healthcare facility, converting special liquid waste into effluents compliant with discharge standards, in full accordance with current environmental and healthcare regulations.

This operational model makes it possible to move beyond the traditional reliance on external disposal through incineration, introducing a management system that is more efficient, controllable and sustainable.

Strategic value for healthcare facilities

The adoption of an on-site treatment system provides:

• Mitigation of operational and health risks, through controlled management of wastewater at the source

• Strengthened regulatory compliance, with full traceability of treatment cycles

• Reduced exposure to environmental liabilities, also from a governance and accountability perspective

• Optimization of disposal costs over the medium to long term

• A concrete contribution to ESG objectives, by reducing reliance on incineration and the transportation of special waste

Given the significant impact that this category of waste can have on the overall environmental footprint of healthcare facilities, implementing on-site treatment systems represents an advanced approach to risk management and sustainability, consistent with modern healthcare governance standards.

Key features

• Complete elimination of biological risk

• Significant reduction of organic and chemical contaminants

• Fully automatic operation

• Monitoring and traceability of treatment parameters

• High safety standards for operators and the environment

• Integration with existing infrastructure