objectives
Develop and validate analytical methods specific to nanomaterials
Learn about nanomaterial regulations (2011 EC Recommendation, EC Cosmetics Regulation 1223/2009, INCO Regulation 1169/2011, R-Nano (2012-232, 02/2012)...)
Controlling the potential risks associated with nanomaterials
Learn how to characterize nanomaterials
Pedagogical resources
- Screening of training material
- Handover of training material
- Training led by experts in the techniques required
Target audience
Technicians or engineers in charge of research & innovation, process & industrialisation, production & maintenance, quality control, health, safety & environment, purchasing & supplies …
Program
For more information on the program, please contact us
Information updated on 08.10.2024
Practical information
- In-company training
- Questionnaire at the beginning and end of the course (Quizzes)
- Attendance sheet
- Duration: 2 days
- PRM and PSH accessibility
- Adaptable to customer needs
- Price on quotation
- No pre-requisites required for this course
- A certificate of completion will be issued at the end of the course.
Our training courses are accessible to people with disabilities. We will offer you solutions for adaptations (e.g. training aids, pace of training, teaching support, etc.) and adjustments to suit your needs.
Your teams need nanomaterials training
Learn how to characterize nanomaterials
The characterization of nanomaterials enables a laboratory to determine the physical, chemical and structural properties of these materials at the nanometric scale. This includes analysis of particle size, morphology, specific surface area and interactions with their environment.
Metrology and protection
The metrology of nanomaterials involves the precise measurement of their properties (size, surface, composition) to assess their behaviour.
Life cycle of nanomaterials
The life cycle of nanomaterials encompasses their production, use and disposal. At each stage, it is essential to assess the potential risks in order to minimise the environmental and health impact.
Controlling the potential risks associated with nanomaterials
Risk management involves assessing the hazards, implementing preventive measures and applying strict safety protocols.
- The toxicological assessment of nanomaterials focuses on their ability to cause harmful effects in living organisms, while ecotoxicology examines their impact on ecosystems. These criteria are fundamental in determining the associated risks.
- Because of their small size and high specific surface area, nanomaterials can penetrate human cells and cause toxic effects, including inflammation and oxidative reactions. Their impact on the respiratory tract, skin and cardiovascular systems requires particular attention. Appropriate protection, such as containment systems and personal protective equipment (PPE), is essential to limit exposure.
- The management of waste containing nanomaterials requires specific procedures to prevent the dispersion of these substances in the environment. This includes the use of secure containers and compliance with regulations on the disposal of hazardous waste.
FILAB's nanomaterials training course ...
As an accredited training organization, FILAB offers training for all, whatever your level, on the characterization of nanomaterials in your cosmetic products in the face of European requirements.
Thomas Gautier, expert in nanomaterials has a solid experience in nanomaterials characterization and particulate contamination analysis. Thomas joined FILAB in 2018, with the will to develop the skills of our laboratory around these themes. Thomas now coordinates the activities of the Materials Expertise department, and provides technical support in handling your requests for nanomaterials and nanoparticles analysis.
FILAB is the 1st COFRAC ISO 17025 accredited laboratory for the characterization of nanomaterials!*
*Our scope of accreditation includes :
- Size and shape distribution of nanoparticles by SEM-EDX
- Determination of nanoparticle size by SP-ICPMS
(For more information, visit www.cofrac.fr – accreditation n°1-1793)
What is a nanomaterial?
First of all, a nanomaterial is a material with specific properties due to its size and nanometric structure.
Furthermore, nanomaterials are defined in the European Cosmetics Regulation as an insoluble or bio-persistent material. It is intentionally manufactured and is characterised by one or more external dimensions, or an internal structure, on a scale of 1 to 100 nm.
Nanomaterials can take different forms: individual particles, aggregates (groupings linked by strong forces) or agglomerates (looser assemblies). Understanding these distinctions makes it possible to assess their behaviour and toxicity.
As a laboratory, why take a course on nanomaterials?
By mastering the characterization aspects of nanomaterials, a laboratory may be able to improve the performance of nanomaterials for various applications, enhance product quality and meet regulatory requirements. It also provides a better understanding of how nanomaterials behave under real-world conditions, facilitating innovation and research.
- Advanced expertise: Training in nanomaterials enables you to acquire specific skills in a cutting-edge field.
2. Regulatory compliance: Nanomaterials are subject to strict regulations. Specialised training helps laboratories to comply with current standards, avoiding non-compliance and safety risks.
Innovation and competitiveness: Expertise in nanomaterials enables innovation in the creation of new products or processes, making laboratories more competitive in the marketplace.
Increased collaboration: By strengthening internal skills, a laboratory can collaborate more effectively with other institutions or companies on R&D projects.
To register for the course or to obtain a quote, please contact us directly by email or telephone.
Training will start within 3 months of acceptance of the agreement.
