Understand the latest developments on regulations related to RoHS
The rise in the global production and use of EEE has resulted in an increasing volume of electrical and electronic waste. During the use, collection, treatment and disposal of such equipment and the later generation of waste, the equipment may release harmful (hazardous) substances such as lead, cadmium and mercury, which can cause major health and environmental problems.
Understanding global restrictions on hazardous substances in electronics is essential for ensuring compliance with international regulations, protecting human health and the environment, and maintaining access to key markets. This training equips teams with the knowledge to identify restricted substances, manage supply chain risks, and support sustainable product design—ultimately helping organizations avoid costly penalties and build trust with customers and regulators.
Leaded by the efforts and recommendations of the RoHS Directive introduced by the EU, many other countries are taking the same approach as the EU by adopting ‘RoHS-type’ regulations. The evolution of technologies has also brought the attention to other types of hazardous substances such as PFAS, flame retardants or other specific substances that have started to be regulated because of the risk they represent to the users and the environment.
This training empowers teams to make informed decisions, avoid costly mistakes, and ensure products are safe, legally compliant, and globally marketable.
Here's what you'll learn by attending the course:
- which hazardous substances are restricted in EEE;
- how countries are restricting hazardous substances in EEE;
- market surveillance;
- labelling and marking;
- exemptions to the regulations.
Who should attend?
- Staff of companies who place on the market finished EEE or components for EEE
- Consulting companies
- Other professionals who wish to improve their knowledge of the laws restricting hazardous chemicals in EEE
- Engineer and product designers interested in eco-design, circular economy goals, and green product development.