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As the basis for managing the risks of chemical exposure, the Chemical Risk Assessment (CRA) process can impact a substantial part of the economy, the health of hundreds of millions of people, and the condition of the environment. However, the number of properly assessed chemicals falls short of societal needs due to a lack of experts for evaluation, interference of third party interests, and the sheer volume of potentially relevant information on the chemicals from disparate sources.In order to explore

ContextTo address the recognized deficiencies mentioned above, it’s essential to have a ‘chemicals ecosystem (SAICM ecosystem)’ in which relevant information can be shared transparently and easy to obtain. In this ‘chemicals ecosystem’, a holistic chemicals-information-sharing hub, serving as ‘database’ and ‘scanner’ on chemicals management, should be developed to provide connection on knowledge and information from a wide variety of sources and allow stakeholders to identify their gaps on the way towards the sound management of chemicals and waste. Last but

Have you ever noticed how many chemicals shape people’s daily lives? They keep homes sparkling clean, boost food production, and are included in virtually all manufactured goods surrounding you right now. Chemicals drive the economy but as we produce more than ever before, they have to deliver their benefits without damaging our health and environment.Toxic lead paint for example is still used in many regions of the world and Highly hazardous pesticides continue to poison agricultural workers and contaminate the

The SCP Hotspots Analysis Tool (SCP-HAT) aims at identifying the hot spot areas of unsustainable production and consumption in order to support setting priorities in national SCP and climate policies.

Earth is running out of resources needed for manufacturing materials such as chemicals, minerals, and petroleum. Thus, these components are available only at increasing economic and environmental costs. As an important contribution to a sustainable future, chemistry and its products must be adapted to a circular economy (CE)—a system aimed at eliminating waste, circulating and recycling products, and saving resources and the environment.Nearly 140,000 industrial chemicals are marketed worldwide, and new chemicals are becoming more complex (e.g., stereochemistry, functional groups)

The Building Circularity Platform provides an understanding of the circularity concept, its scope and how it contributes to promoting sustainable consumption and production patterns. It also offers a wide range of resources and features stories illustrating how various stakeholders have successfully adopted circular approaches.

The database of IOMC activities in countries provides an overview of where individual IOMC organizations are working on chemicals issues in countries.The entries relate to country-specific activities and not normative or general activities applicable to many countries, such as the development of guidelines. Information from the Secretariat of the Basel, Rotterdam and Stockholm Conventions is included as the Secretariat is an observer to the IOMC.

Over the past few years the use of natural resources and the production of chemicals have increased dramatically – and a further increase is forecast. Whereas earlier the main focus was on local effects on health and the environment, in the meantime it has become clear that current ways of dealing with natural resources, chemicals and products manufactured from chemicals are threatening the biosphere as a whole.In 2009 and 2015 scientists introduced the concept of planetary boundaries. As part of