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To remember
  • Comprehensive management of hazardous waste containing PFAS
  • Proven analytical and logistics capabilities
  • Controlled PFAS treatment and disposal solutions

2

weeks
Average analysis turnaround time, among the fastest on the market

99.9999%
PFAS destruction and removal efficiency (DRE) through high-temperature incineration1

> 1,100°

C
Incineration temperature in our specialised facilities, enabling a high level of PFAS destruction efficiency

Our expertise in managing hazardous waste containing PFAS

PFAS substances may be present in your hazardous waste, products and industrial effluents. In accordance with regulatory monitoring requirements, our offering relies on analysis and characterisation to direct waste toward disposal or secure storage solutions.
We operate across the entire PFAS waste management value chain for industrial waste and industrial effluents:

Analysis and secure transport

of waste containing PFAS 

Separation and concentration

of PFAS substances

Disposal

through high-temperature incineration 

Storage

through stabilisation and hazardous waste landfill
This integrated approach contributes to environmental risk control while ensuring compliance with applicable regulatory monitoring requirements.

Analysis and logistics for hazardous waste containing PFAS

Analysis and characterisation of PFAS substances is a key step in generating robust data and results to direct your waste and industrial effluents toward the most appropriate treatment solution.

We rely on our specialised laboratory in Givors, equipped with high-precision HPLC/MS-MS technologies, providing a dedicated analytical platform for PFAS analysis & characterisation. Results are delivered quickly and accurately, in line with regulatory monitoring requirements.


It notably enables:

Analysis of up to 30 PFAS compounds. The panel of analysed molecules is defined in accordance with applicable regulations2 and upcoming regulatory developments. It covers long-chain, short-chain and ultra-short-chain PFAS substances, including TFA. The analytical panel also incorporates our operational feedback and expertise as a hazardous waste treatment operator
Analyses performed on a wide range of hazardous waste streams: industrial wastewater, solids, organic liquids, firefighting foams, as well as activated carbon (protocols currently under development)

An average turnaround time of approximately 2 weeks, among the fastest on the market

More than 500 PFAS analyses already completed

Once the nature and concentration of PFAS contained in your industrial waste have been identified, we direct them toward the most appropriate treatment solution.


Through our sorting, transit and consolidation platforms, we provide safe and local handling of hazardous waste containing PFAS while ensuring nationwide coverage.

Treatment and disposal of PFAS in hazardous waste

We provide treatment, disposal and secure storage solutions for PFAS substances present in your waste and industrial effluents, ensuring a high level of environmental protection.

Treatment of industrial effluents

Industrial wastewater discharge - meaning water generated by industrial processes that may contain PFAS substances - is subject to increasing regulations.
To comply with these regulations and anticipate future developments, we provide treatment solutions designed to control environmental risks.

 

We deploy proven technologies, adaptable to both fixed and mobile units, to separate and concentrate PFAS contained in industrial effluents:

  • Adsorption onto activated carbon or ion-exchange resins 
  • Low-pressure reverse osmosis 
  • Innovative technologies currently under development, such as foam fractionation 

 

PFAS concentrated into sludges, foams or concentrates are subsequently directed to appropriate disposal channels, notably high-temperature incineration for destruction (or, in specific cases, to hazardous waste landfill after stabilisation).

PFAS disposal & destruction

We operate specialised high-temperature incineration facilities capable of ensuring effective destruction of PFAS contained in complex liquid and chemical waste streams resulting from industrial effluent treatment.

  • Temperature > 1,100°C 
  • Destruction and removal efficiency (DRE) potentially exceeding 99.9999%, depending on the molecule and concentration of PFAS 
  • 2 high-temperature incineration facilities in France

Secure storage of PFAS

Stabilisation and storage in our hazardous waste landfill facilities ensure the safe management of residues (bottom ash, fly ash and APCr), mineral waste and neutralised chemical waste.

  • Mineral waste integrated into a solid matrix based on hydraulic binders (cement-type materials), then stored in hazardous waste landfill facilities 
  • PFAS securely contained for the long term, ensuring environmental protection and controlled risk of transfer to the natural environment 
  • 5 hazardous waste landfill facilities in France 

The trust us

Strong scientific and institutional partnerships

We are committed to continuous innovation through collaborations with leading research organisations and industry stakeholders:

  • Strategic partnership with CNRS for the development of innovative PFAS reduction solutions 
  • Active participation in several working groups as technical experts and contributors to the collective reflection on PFAS management in France. 

Frequently asked questions

The management of hazardous waste containing PFAS substances is governed by an increasingly stringent and evolving European and French regulatory framework, particularly regarding industrial wastewater discharge monitoring and environmental exposure control.

At European level:

  • Regulation (EU) 2019/1021 on Persistent Organic Pollutants (POPs): establishes specific concentration requirements in waste for certain PFAS substances classified as persistent organic pollutants. 

At national level:

  • Law No. 2025-188 of February 27, 2025: strengthens prevention, monitoring and transparency obligations relating to PFAS substances, notably through environmental analytical data production. 
  • Decree No. 2025-958 of September 8, 2025: specifies the gradual reduction targets for PFAS discharges by 2030 for the concerned industrial facilities and sites. 
    Our PFAS management offering for hazardous waste is implemented in compliance with the applicable regulatory framework.

High-temperature incineration is an appropriate disposal solution for certain hazardous waste streams containing PFAS substances, particularly organic liquid waste and complex chemical waste.

 

It may notably apply to:

  • Used solvents contaminated with PFAS 
  • Industrial oils containing PFAS 
  • Chlorinated or halogenated organic liquids 
  • Residues resulting from industrial water and effluent treatment 
  • Certain complex hazardous waste streams likely to contain PFAS substances 

 

The possibility of directing waste toward high-temperature incineration nevertheless depends on several parameters: waste type, chemical composition, PFAS concentration, physico-chemical characteristics and acceptance conditions of specialised facilities.
Preliminary analyses are carried out to verify compatibility with authorised facilities and ensure effective destruction of PFAS.

1 depending on the molecule and its concentration

2 In accordance with the Ministerial Order of June 20, 2023 applicable to ICPE facilities (Installations Classified for Environmental Protection) and the Ministerial Order of September 3, 2025 applicable to WWTPs (Wastewater Treatment Plants)