Any chemical material/object containing chemicals placed into EU market need to comply with the REACH regulation. The chemical substances have the registration obligation whereas objects/articles containing chemicals have separate set of obligation.
The Database for Substances of Concern In articles as such or in complex Products (SCIP) was established under the Waste Framework Directive (WFD) that aims to reduce hazardous chemicals in waste and promote safer alternatives. It is part of the EU’s waste legislation package, contributing to the EU's circular economy policy.
The SCIP database ensures that the information on objects/articles containing Substances of Very High Concern (SVHC) is available throughout the whole lifecycle of products and materials, including at the waste stage.
The following substances may be identified as SVHCs:
Substances meeting the criteria for classification as carcinogenic, mutagenic or toxic for reproduction (CMR) category 1A or 1B in accordance with the CLP Regulation.
Substances which are persistent, bioaccumulative and toxic (PBT) or very persistent and very bioaccumulative (vPvB) according to REACH Annex XIII.
Substances on a case-by-case basis, that cause an equivalent level of concern as CMR or PBT/vPvB substances.
Once a substance is identified as an SVHC, it is included in the Candidate List. The inclusion in the Candidate List brings immediate obligations for suppliers of the substance as per Article 33(1) of the REACH regulation, such as:
supplying a safety data sheet
communicating on safe use
responding to consumer requests within 45 days and
notifying ECHA if the article they produce contains an SVHC in quantities above one tonne per producer/importer per year and if the substance is present in those articles above a concentration of 0.1% (w/w).
From 5th January 2021, information about articles containing substances of very high concern (SVHCs) in a concentration above 0.1% weight by weight (w/w) on the EU market must be submited to ECHA. From this date onward all EU producers, Assemblers, importers, and distributors (inside EU only) must notify to the SCIP database.
* substances of very high concern (SVHC) for human health and environment
From 5 January 2021, article information should be communicated. To successfully notify your article to the SCIP database there are several categories for which information needs to be provided:
Category 1: Information on Article.
Information to identify the article (Identifiers):
Article name (mandatory)
Primary article identifier (EAN, GTIN, catalogue number, part number) (mandatory)
Other names and identifiers (optional)
Information to categorize the article (Categorization):
Article category (CN/TARIC code) (mandatory)
Production in the EU (required but not essential)
Characteristics that help to identify the particle article
Safe use instructions: how do you use this article safely?
Option 1: Provide safe use instructions (free text)
Option 2: Select “No need to provide safe use information beyond the identification of the Candidate List substance”
Disassembling instructions (optional)
Complex object component (only applies to complex objects):
Linked article (add a link to an existing article or create a new article to link with this complex object)
Number of units of the linked article in the complex object.
Category 2: Concern elements (SVHC)
Candidate list substance
Concentration range, incl > 0.1% by weight and < 100% by weight
Material category and/or Mixture category (EUPCS)
Additional material characteristics.
The Framework Regulation No. 1935/2004 is the basic community legislation that covers all the Food Contact materials and articles. It basically defines what exactly are “Food Contact Materials” and sets the basic requirement for these materials. Materials that are contact with the food particles i.e., the packaging they come in, the materials that come in contact post the packaging i.e., the containers, cups we put them in, even the inner walls of the refrigerator can be considered also the cardboard packaging some eatables come packed in.
The basic reason behind declaration of these regulations is to make sure that all the materials that are intended to come in contact with the food must be sufficiently inert so that excess migration does not happen which avoids to possibility of endangering the human health or bring about an unacceptable change in the food composition which changes the organic properties of the food particles present in it.
The purpose of this Regulation is also to ensure efficient functioning of the internal market regarding the materials which can be used with/along food particles and also stating a benchmark regarding the safety measures and ensuring a high level of safety.
The stated regulations are applicable on all the materials, articles i.e. including all the intelligent food contact materials; which in their finished state: -
Are intended to be brought into contact with food, are already in contact with food and were intended for that purpose, can reasonably be expected to be brought into contact with food or to transfer their constituents to food under normal or foreseeable conditions of use.
The stated regulations are not applicable to: -
Materials which are supplied as antiques, Covering or coating materials for e.g., material coatings covering the prepared meat products or fruits, which form part of the food, Fixed public or private water supply equipment.
Community legislation on FCM covers the following: -
1. Materials already in contact (packaging of prepacked food)
2. Materials intended to come in contact with food (cups, utensils)
3. Materials expected to come in contact (table top, refrigerator walls-etc.)
4. Materials which are to be reasonably expected to come in contact with food. [global]
Basic requirements are set to ensure safe food: -
Exceptions from 2nd and 3rd are made for active materials and articles
GMP is stated under framework regulations.
A few of the highlights of EU regulatory system include: -
Traceability i.e. a broad requirement arising from general food law that ensures, for example, batch retrieval in the event of a necessity. Labelling can take several forms: on the goods itself, on supporting paperwork, or on a sign beside the merchandise at the merchant. The consumer must not be misled by the information supplied on the label. Also, that the producer is responsible for putting all the details stated above along/on the packaging as per the declaration of compliance.
The Framework Regulations enable the European Commission to establish the material's needs/requirements. The specifications of the basic guidelines of the framework regulations are among these requirements/needs. The requirements can be set for various types of materials including plastics etc.
Specific requirements composed of
Identification of compliance requirements under various guidelines including all data requirements.
Data gap analysis and pre-assessment support
Technical documentation support
Pre and post submission support and technical liaison with authorities.
1. Did the EU ban Single-use plastics?
Yes, the EU has banned single-use plastic products to reduce the danger these non-recyclable products pose to our environment.
2. What is the new EU Single-use Plastic Directive about?
The new EU Single-use plastic directive is a further clarification of guidelines made by the European Commission on the regulation of single-use plastics in the European Union. This directive applies to all member states within the EU. This new directive was issued on 31st May 2021, and it is what we refer to as an explanatory manual with detailed examples of products included or excluded from this regulation.
3. When is the new directive’s deadline?
The Single-Use Plastics Directive (SUPD) was approved in May 2019, and by 3rd July 2021, the ban on single-use plastic products and marking requirements will come into force.
4. Are all plastics referred to as Single-use plastics?
No. According to the directive, plastics refer to materials that consist of polymer to which additives or other substances might have been added. Also, this can function as a primary structural component of final products, excluding natural polymers that have not been chemically modified.
Also, Single-use plastics are products made with plastic and used one time before being thrown away: no hope of reusing or recycling them. Single-use plastics are also known as ‘disposable plastics’.
5. What are the marking requirements provided by the directive?
From 3rd July 2021, all single-use plastic products placed in the market will have a marking, either on the packaging or the product itself. This marking only applies to the products that were listed in part D of Directive 2019/904. These products are sanitary towels, tampons, tampon applicators, wet wipes, tobacco products, and cups for beverages. Read more here.
6. Who are the affected parties?
The EU directive on Single-use plastics applies to all member states within the EU. However, non-EU countries are not bound by this regulation at all.
7. Which Single-use Plastics are specifically banned?
Here is a list of the banned single-use plastics:
Although there are some significant plastic product exemptions, they are food containers that require further preparation of the food before it can be consumed, beverage cups & lids, and plastic bottles of over 3 liters.
To get a complete list,contact us at email@example.com
8. Why EU Single-use Plastic Directive?
Plastic now makes up 80 to 85% of marine litter, and of this, 50% are single-use plastics. The main objective of SUPD is to reduce and further prevent the impact these plastic products have on the environment, especially our human health and aquatic environments. It will also help the Member States have an extensive reduction in the consumption of these products by 2026, 2022 being the base year, that is, the first year in the years to follow.
9. What other options do food manufacturers and retailers have as replacements for plastic spoons used with single-serve containers?
Starting from 3rd July 2021, only cutleries approved by the directive will be allowed in restaurants, events, and retailers. The approved ones include paper and wooden cutleries that have no poly in the board or coating.
10.What is the next step to take (if there is any action point (s)?
On the 31st of May 2021, the European Commission released a new directive on single-use Plastics. The new EU Single-Use Plastic Directive aims to make further clarifications about plastic products that fall within that category and give further explanation about its regulations and policies.
The new directive further mentions the reporting format to be used by member states and the deadlines for submitting their reports to the commission. The directive applies to every product considered as single-use plastic within the EU.
By 3rd July 2021, the ban on single-use plastic products and marking requirements will come into force.
GPC prepares a summary report for your reference. Download it here.
According to the European Commission (EC), nanotechnology is a key enabling technology (KET). It is an enabling technology that has applications in a wide range of industries, including chemicals, consumer goods, health, energy, and the environment. As a result, the European Union's (EU) regulatory framework, which is made up of various pieces of horizontal and sector-specific law expressly or implicitly encompasses nanomaterials (NMs).
The word "nanomaterial" has been defined in several regulatory papers in the European Union, including an overall nonbinding recommendation made by the EC in 2011 and several sector-specific pieces of legislation. The latter have either incorporated the overall definition established by the European Commission or utilise a dedicated and, to some degree, separate meaning of the word.
European Chemicals Agency (EU)
The European Chemicals Agency (ECHA) works closely with the OECD by participating in and participating in ongoing international regulatory activities such as the OECD Working Group on ENM. ECHA houses the EU Nanomaterials Observatory and the Nanomaterials Expert Group (ECHANMEG), and this advisory group assists in the implementation of the ECHA Nanomaterials Work Plan, 2016, 2018. Provides scientific and technical information and advice on issues related to the implementation of REACH methods related to ENM. No ENM exposure limits have been established for this agency and are only recommended by the European Union.
The Registration, Evaluation, Authorization and Restriction of Chemicals (REACH, 2018) is an EU regulation created to protect human health and the environment from the risks posed by chemicals. REACH applies to substances on the nanoscale according to Regulation (EC) No 1907/2006 of the European Parliament and of the Council of 18 December 2006 and the general provisions of REACH apply.
All chemicals covered by REACH must be registered in order to be lawfully produced or imported into the EU. Manufacturers and/or importers must provide information on both human health and environmental consequences, as well as hazardous nanoforms – an assessment of exposure throughout the life cycle – as part of their registration, depending on the amount placed on the market.
The same rules apply to nanomaterials. When chemicals have hazardous qualities, the Classification, Labelling, and Packaging Regulation (CLP) requires them to be reported to ECHA as well as labelled and packed so that they may be used safely.
Companies should be upfront in their REACH registration, explicitly indicating how the safety of nanoforms has been handled, as well as what actions are required to appropriately limit the possible danger. Companies can get more help from ECHA guidance materials on how to identify and report the attributes of their nanoforms.
Directives are primarily used in the EU to enact environmental, labour, and consumer protection legislation. If nanoparticles represent a risk to the environment, employees, or consumers, the generic regulations established by law apply to nanomaterials in the same manner that they do to other forms of a chemical.
Because REACH and CLP apply to nanomaterials, industry and authorities must fulfil their obligations and carry out their tasks in accordance with the various REACH (e.g., registration, evaluation, authorisation, and restrictions) and CLP processes (e.g., classification and labelling) for nanomaterials, just as they do for any other form of a substance.
To that end, ECHA has been collaborating closely with major EU and worldwide regulatory authorities to develop enough scientific and regulatory capability.
In its second Regulatory Review of Nanomaterials, the European Commission determined that REACH provides the appropriate framework for risk management of nanomaterials when they appear as chemicals or combinations.
Companies that make or import nanoforms must comply with specified legal restrictions under REACH as of January 1, 2020.
These reporting obligations address specific information requirements outlined in revised REACH annexes:
• characterisation of nanoforms or sets of nanoforms covered by registration (Annex VI);
• chemical safety assessment (Annex I);
• registration information requirements (Annexes III and VII-XI); and
• downstream user obligations (Annex XII).
The changes apply to all new and existing nanoform registrations.
Different categories can be assigned to a material based on its size or shape. When reviewing available information for categorization purposes, one must evaluate the forms or physical states in which the chemical or mixture is placed on the market and in which it may reasonably be expected to be utilised.
- A Chemical Safety Assessment (CSA) recorded in a Chemical Safety Report (CSR) is required under Annex I of REACH for production/import volumes of 10 tonnes or more per year. This involves a hazard evaluation, and if the chemical fits the categorization and labelling standards, an exposure assessment, which includes the development of exposure scenarios, and lastly a risk characterization.
- Even if the substance does not fit the above-mentioned criteria, a registrant may choose to build exposure scenarios in order to define and execute how he manages the nanomaterial at his own site and encourage downstream users to control exposures to human health and the environment.
- Nanomaterials' behaviour and impacts are influenced by a variety of factors, including size, number concentration, surface area, charge, and total surface reactivity.
- These features must be considered when assessing risks to human health and the environment. Additional testing or information may be necessary to address the unique dangers related with nanoparticles. Current test criteria may need to be updated in order to detect particular dangers connected with nanomaterials
Special considerations for a set of tests and standards have been stated based on EU legislation for food-related nanotechnology applications (ESFA, 2011).
Another aspect of nanomaterial’s regulation is the economic parameters for using nanotechnology in commercial products. Producing smart composite packaging material with nanoparticles, for example, incurs significant costs. It's difficult to meet regulatory standards because it has a low profit margin.
The EU's labelling obligations for nanomaterials found in food should be mentioned (European Parliament and Council, 2011, 2012). When employed in culinary applications, inorganic nanoparticles require greater consideration due to their possible toxicity. Carbon black, titanium nitrate (TiN), and silicon dioxide nanomaterials are authorised for use in food packaging under EU laws. Silver, aluminium, zinc oxide, and clay nanoparticles, on the other hand, have not been approved.
The European Commission has created strategic action plans and entities for nanoscience and nanotechnology applications (EC, 2010a, b). The possible dangers of nanoparticles employed in industrial products were revealed by EFSA in its "Guidance on the risk assessment of the application of nanoscience and nanotechnologies in the food and feed chain." Furthermore, physicochemical features, surface morphology, chemical content, and potential exposure levels must all be determined in order to assess the danger of such materials (EFSA, 2011a, b).
The necessity for suitable and validated testing procedures and methods for reliable nanomaterial identification and characterisation prompted stakeholders to conduct additional research and evaluation to reduce uncertainties (FAO/ WHO).
The number of nanoparticles that can be used directly in food or integrated into packaging materials is regulated by EU legislation. Migration research data and any health hazards should be reported for packaging applications (EC, 2004, 2007). According to the European Commission (2013), all food additives in the form of engineered nanomaterials must be listed on food labels. The words "nano" in brackets must appear after the names of those substances (FAO/WHO).
The main regulatory framework for cosmetics in the EU is EU Regulation 1223/2009. Based on this structure, a list of all NMs used in cosmetics should be available to all consumers. Most recently (i.e., October 2019), the EU updated the existing guidance on nanomaterials in cosmetics with the Guidelines for the Assessment of Safety of Nanomaterials in Cosmetics by the SCCS (SCCS/1611/19). SCCS provides industry guidance to government agencies to comply with the EC 1223/2009 requirements for the safety assessment of NMs for use as cosmetic ingredients. In accordance with the 2012 guidelines SCCS/1484/12, a complete ban on animal testing under the Cosmetics Regulation came into effect from March 2013, and alternative methods have been used to evaluate the safety of cosmetic ingredients (including NM testing) since then.
In Europe, safety evaluation is mandatory for all cosmetic ingredients. The same goes for nanomaterials used in cosmetics. By the end of 2018, less than 1.5% of cosmetics listed in the CPNP were declared to contain nanomaterials. According to Regulation (EC) No 1223/2009, cosmetic products must indicate whether they contain NM. Even if the NM used is not described in the regulations (which includes most nanoscale dyes, UV filters and preservatives), special procedures must be followed. In case of doubt, the European Commission may request further investigation by the SCCS. The European Commission must approve the use of nano-ingredients in cosmetics. In terms of labelling, all NMs must be listed on the cosmetic label, starting with the name of the chemical followed by the word (nano) in parentheses. The latest updated Cosmetics NM Catalog states that the catalog is "for informational purposes only and is not an expressly permitted list of nanomaterials". So far, the EU has permitted the use of NMs as UV filters containing (nano) TiO2, ZnO, MBBT and trisbiphenyltriazine. Carbon black (nano) can also be used as a colorant in cosmetics. The EU published a catalog of all NMs used in cosmetics in the EU in 2017 and was last updated in December 2019.
In May 2012, the Regulation on the marketing and use of biocidal products was enacted. The European Chemicals Agency oversees the biocidal product authorization procedure. The definition of the word "nanomaterial" provided by the European Commission has been integrated into the text (Article 3, 1z). Nonetheless, the Commission will have the authority to change the meaning of the word considering technological and scientific advancements (Article 3, 5).
The law prohibits the use of the most hazardous compounds and recognises the dangers that nanomaterials may bring. The language defines how active compounds can be approved and specifies that active substance approval does not apply to nanomaterials unless they are specifically acknowledged (Article 4).
In order to react to the special features of nanomaterials, Annex II mandates that the scientific suitability of standard test techniques, or their adaptation to nanomaterials, be explained. The requirements for receiving an authorization are outlined in Article 19. When nanoparticles are employed in biocidal products, the environmental, human, and animal health risks must be addressed independently.
There is no streamlined authorization procedure for biocidal products using nanomaterials, according to Article 25. When test techniques are used to nanoparticles, a description of their scientific suitability for nanomaterials, as well as the technological modifications or alterations performed to respond to the unique properties of these materials, must be supplied (Annex III). The regulatory language also includes rules for labelling treated items before they are placed on the market. The names of all nanomaterials found in biocidal products must be included, followed by the term "nano" in brackets, according to the guidelines (Article 58, 3d).
Persistent Organic Pollutants (POPs), also referred to as “emerging contaminants”, include a range of chemical substances from diverse applications, ranging from medicines, personal care, household cleaning products, lawn care, agricultural products, among others.
The toxicity of POPs has been long investigated, and researchers found that these chemicals may have long-range mobility and long-lasting duration, leading to environmental contamination and pollution. POPs are often classified as Substance of Very High Concern (SVHC) with hormone disruption consequences, bioaccumulation and biomagnification through the food chain. The presence of POPs in the environment and in human health can lead to several complications, from mild effects to more serious consequences, for example, reproductive disruptions and immunological disorders.
Since POPs are not easily broken down, a characteristic that guarantees its continuation in the environment, the contaminant consequences are still being investigated. In other words, the emerging contaminants are mainly not from new pollutants that recently entered the environment. Instead, there is a good understanding of contaminants, but the consequences to their exposure are still being discovered.
Countries have created a set of rules and regulations to regulate, control, and mitigate POPs use and its effects on the environment and on human health. The essence of these legislations is to eliminate the production, trading, and use of such chemicals, including storage and waste management.
International effort in addressing POPs starts in the late 1990s. The initial protocol to address POPs was implemented in 1998, signing 16 chemicals to phase out according to previously established risk criteria. The Aarhus Protocol also impose parties to reduce their emissions below 1990 levels.
The Stockholm Convention is an international conference specifically for POPs proposed in May 2001 in Sweden (complementing the Aarhus Protocol), entering into force in 2004. Among the objectives, the Stockholm Convention aims to:
The Stockholm Convention is considered the main international instrument to address POPs. Most countries adhere to the Stockholm Convention.
The EU is a party to the United Nations Economic Commission for Europe (UNECE) Air Convention (renamed in 2020; previously the UNECE Convention on Long-Range Transboundary Air Pollution (CLRTAP)). The Air Convention’s 1998 Aarhus Protocol on Persistent Organic Pollutants obliges parties to reduce emissions of certain POPs and has banned or restricted the use of some compounds.
In 2001, the Stockholm Convention was adopted, building on the Aarhus Protocol to act on POPs at the international level. These pieces of legislation are implemented in the European Union by the POPs Regulation (Regulation EU 2019/1021 of the European Parliament and of the Council concerning Persistent Organic Pollutants - POPs).
The POPs Regulation reflects the international framework proposed by Aarhus Protocol and by the Stockholm Convention in the European Union. The main objective is to protect human health and the environment with specific control measures that:
The European Chemical Agency (ECHA) makes available a database to list substances subject to the POPs Regulation. The list can be accessed here.
The European Medical Devices Regulation (MDR) replaced the previous Medical Device Directive (MEDDEV), which was lagging the current state of the art. The MDR will be:
Updated regularly by means of Implementing Acts.
The existing MEDDEV Guidance Documents have been implemented into the text of Regulation.
Final version of the European Medical Device and IVD Regulations published on 5 May 2017
Europe Medical Device Regulation (MDR)
Europe In Vitro Diagnostic Regulation (IVDR)
CONSOLIDATED Medical Device Directive (93/42/EEC)
In-Vitro Diagnostic Devices Directive (98/79/EC)- Directive 98/79/EC on In Vitro Diagnostic Medical Devices
The regulation of medical devices is primarily concerned with enabling patient access to high quality, safe and effective medical devices, and avoiding access to products that are unsafe. WHO has a mandate, as outlined in the World Health Assembly (WHA) Resolution 60.29 “to encourage member states to draw up national or regional guidelines for good manufacturing and regulatory practices, to establish surveillance systems and other measures to ensure the quality, safety and efficacy of medical devices and, where appropriate, to participate in international harmonization. The 67th WHA(World Health Assembly) approved the resolution “Regulatory system strengthening for medical products”. It states the importance of regulations for medical devices as one of the medical products, for better public health outcome and to increase access to safe, effective and quality medical products. New Medical Device Regulations have been introduced after the Covid-19 Pandemic and the IVDR will be fully applicable on 26 May 2022, after a five-year transition period. The MDR and IVDR represent a significant development and strengthening of existing regulatory system for medical devices in Europe and will replace the original Directives which have been in place for over 25 years.
A notified body is an organization designated by an EU country to assess the conformity of certain products before being placed on the market. These bodies carry out tasks related to conformity assessment procedures set out in the applicable legislation, when a third party is required. The European Commission has published a list of such notified bodies. Manufacturers outside the EU must identify an EU-based authorized representative unless they have a registered business within the European Union. The primary task of the authorized representative is to be point of contact for the national health authorities of the Member States. Authorized representatives or manufacturers typically also register devices in individual member states. In the future, registration will become easier. With the Commission’s 2010 Decision to enforce use of Eudamed—the EU-wide database for devices on the market—registration of in vitro diagnostics in each country became redundant.
Before placing a device, other than a custom-made device, on the market, the manufacturer shall, in accordance with the rules of the issuing entity referred to in Article 27(2), assign a Basic UDI-DI as defined in Part C of Annex VI to the device and shall provide it to the UDI database together with the other core data elements referred to in Part B of Annex VI related to that device.
Stage 1: Device Classification
Medical devices are usually divided into subgroups.
In Europe medical devices are divided into three different groups:
Active implantable medical devices(AIMD),
General medical devices and
In vitro diagnostic devices (IVD).
Stage 2: Notification Procedure
Member States may only designate conformity assessment bodies for which the assessment pursuant to Article 39 was completed and which comply with Annex VII.
Stage 3: CE Marking
Known as the “new approach” directives, these directives outline a set of “essential requirements,” rely on use of voluntary EU-wide harmonized standards and offer a choice of conformity assessment modules.
Presence of certain substances shall be labeled on the device itself and/or on the packaging for each unit or, where appropriate, on the sales packaging, with the list of such substances. Appropriate precautionary measures shall be given in the instructions for use (If the intended use of such devices includes treatment of children or treatment of pregnant or breastfeeding women or treatment of other patient groups considered particularly vulnerable to such substances and/or materials, information on residual risks for those patient groups).
Marketing-authorisation application (single strength, one pharmaceutical form, one presentation)
Extension of marketing authorisation (level I)
Annual fee (level I)
Establishment of MRLs
Identification of compliance requirements under various guidelines including all data requirements.
Data gap analysis and pre-assessment support
Technical documentation support
Pre and post-submission support and technical liaison with authorities.
Circular Economic aims to Reduce Waste by keeping the products in use, which signifies each product's importance. The circular economy seeks to make the most of the material resources available by applying three basic principles: reuse, reduce, and recycle. In this way, the life cycle of the products is extended, waste is used, & a more efficient and sustainable production model is established over time. The idea arises from imitating nature, where everything is valued and used, and waste becomes a new resource. In this way, the balance between progress and sustainability is maintained. With the increasing amount of waste generated each year through various industries, the cosmetic industry is also not far behind. The cosmetic industry is one of the top contributors in the packaging space for plastic waste. It is far from pretty regarding its impact on the environment.
The cosmetic industry value chain broadly comprises of 6 levels:
• Stage 1: Inputs to Production – Consists of companies providing raw materials to manufacture cosmetics and their packaging.
• Stage 2: Manufacturing/Development – This step entails manufacturing cosmetic products as per the requirements. Product manufacturers of primary and supporting activities are involved in this stage.
• Stage 3: Packaging – This step involves the primary/secondary packaging of the product; hence this is of high relevance for our research. The product is capped and labelled for the stakeholders to understand the product.
• Stage 4: Distribution – This step is secondary/ tertiary packaging-intensive as it requires transporting the products to various geographic locations. The product reaches different distribution and wholesale centres from its warehouses.
• Stage 5: Retail & Wholesale – Product is distributed to various wholesalers and retailers from where the consumers can get access to the products.
• Stage 6: Consumers – They represent the final link in the value chain. Consumers are the ones who buy the product from retailers/ wholesalers in the previous steps. They are a crucial stakeholder in the entire value chain of the cosmetic industry.
Europe is a world leader in the cosmetics industry and a dominant cosmetics exporter. The E.U.'s involvement mainly concerns the regulatory framework for market access, international trade relations, and regulatory convergence. These all aim to ensure the highest level of consumer safety while promoting this sector's innovation and competitiveness. The European Commission (E.U., 2021)is also in contact with cosmetics stakeholders at E.U. and international levels. Regardless of the manufacturing processes or distribution channels, cosmetic products placed on the E.U. market must be safe.
The directive laid down rules for
It required the member states to ensure that the appropriate collection schemes were in place for waste portable batteries and set collection rates. The collection rates were set at 25% in weight by September 2012 and rose to 45% by September 2016. Producers of battery and other related products became responsible for the waste management of batteries under extended producer responsibility.
The directive also established obligations in relation to the efficiencies of the recycling processes. The efficiencies set were 65% by average weight of Lead acid batteries and 50% by average weight of other batteries.
The three objectives for the new proposal are: strengthening the functioning of the internal market, which includes products, processes, waste batteries and recycles, by ensuring a level playing field through a common set of rules; promoting circular economy; and reducing environmental and social impacts throughout all stages of the battery lifecycle.
The main changes in the proposal include
It also proposes the development of minimum mandatory green public procurement.
In the European Union, the European Green Deal aims at establishing a new sustainable, low-carbon, resource-efficient and competitive economic model.
Several strategies and action plans apply the overarching vision of the European Green Deal to specific economic sectors. Each of these strategies and action plans detail the legislative changes that will be proposed (either through new regulations or amendments to existing ones).
Additionally, some regulatory initiatives from before the European Green Deal also brought circularity goals into the regulatory framework of the EU, such as the database for Substances in Concern in Products (SCIP).
Presented in March 2020, the EU Circular Economy Action Plan singles out some key industries where regulatory action will be focused. These are:
Electronics and ICT
Batteries and vehicles
Construction and buildings
Food, water and nutrients
Under the Circular Economy Acton Plan, a dedicated Strategy for Sustainable and Circular Textiles has been presented in March 2022.
The Strategy for Sustainable and Circular Textiles foresees actions to make textile value chains more sustainable and circular. These include, for example:
The revision of EU Ecolabel criteria for textiles and footwear
The review of Regulation 1007/2011, on textile
Establishing mandatory sustainability performance requirements under the upcoming Ecodesign for Sustainable Products Regulation
The European Commission presented its Chemicals Strategy for Sustainability in October 2020, with an overarching goal of eliminating or minimizing the use of hazardous substances. This is expected to bring positive effects in terms of protection of human and environmental health, and boost innovation to safe and sustainable chemicals.
Actions proposed under the Strategy are being rolled out since 2020, with several key legislative changes being initiated in 2022.
Before the end of the year, the Commission is expected to propose amendments to the following key pieces of legislation:
EU Regulation1107/2009 established the plant protection industry. Plant protection products (PPPs) in the European Union under Regulation (EC) No 1107/2009 Data requirements have increased, and risk assessment schemes have become more complex. The European Food Safety Authority (EFSA) is constantly developing new guidance documents.
Plant protection products (PPPs) are placed on the market in the European Union under Regulation (EC) No 1107/2009. Pesticides are products that are delivered to the consumer in the form of active chemicals, safeners, or synergists, and are designed for one of the following purposes:
unless the main objective of these goods is deemed to be for reasons of hygiene rather than for the protection of plants or plant products (e.g., fungicides, insecticides), protecting plants or plant products against all hazardous organisms or stopping the action of such organisms.
other than as a nutrient, impacting plant life processes, such as plant growth regulators and rooting hormones.
preserving plant goods, to the extent that such substances or products are not subject to special Community preservative rules (for example, extending the life of cut flowers).
destroying unwanted plants or parts of plants, except algae, unless the products are applied to soil or water to protect plants (e.g., herbicides/weedkillers to kill actively growing weeds); checking or preventing undesired plant growth, except algae, unless the products are applied to soil or water to protect plants (e.g., herbicides/weedkillers to prevent weed growth).
The data requirements are set out in Regulation (EU) No. 283/2013 for the active substance and in Regulation (EU) No. 284/2013 for the product formulation along with national requirements which are specific to each Member State. However, writing EU regulatory dossiers is one of the most important tasks. Data must be provided in a draft Registration Report dRR. The report consists of core assessment for zone and national addenda as per Member State (MS) requirement. Below are required procedures:
Compilation and preparation of dossier
Authority comment’s reply with scientific justification
Communication with authorities
Task Force identification and management
Management of the entire authorization process
The current data requirements for the EU dossier of an active substance are set out in. Regulation (EU) 283/2013. These data facilitate an in-depth assessment of the active substance. The data are sub divided into various sections:
Physical and chemical properties
Information regarding use
Methods of analysis
Toxicology and metabolism
Residues in food and feed
Fate and behavior in the environment and
CLP regulation came into force on 20 January 2009. It gives harmonized requirements for the classification, packaging and labelling of the articles and chemical substances. CLP regulation is based on the United Nations’ Globally Harmonized System (GHS) and purpose to ensure high level of protection environment and human health.
1. The CLP regulation requires manufacturers, importers, and other downstream users to do correct classification, labelling and packaging of the substances according to the guidelines before they reach the market.
2. After the classification of substance, it must communicate to the supply chain with its hazard’s information.
3. The labelling of hazard is done to classify the level with labels and SDS which must be communicated to the supply chain till the consumers along with the management and precautionary statements associated with the risks.
Plant protection products (PPPs) contain both traditional synthetic pesticides and biopesticides. According to Regulation (EU) No 1107/2009, placing PPPs on the EU market requires two procedures. To begin, the active chemical is reviewed and approved at the EU level, and it will be included to a list of approved compounds that will be renewed periodically. Second, the formed product is examined and authorized at the level of the Member State (MS), which is only possible if the active component has already been approved at the EU level.
To get approval of an active substance at the EU level,
An applicant must select a Member State (MS) that will act as the Rapporteur Member State (RMS) for the active substance.
When the chosen MS agrees to do the evaluation, the applicant will send a Draft Assessment Report (DAR) to the RMS.
The RMS performs a formality check within 1.5 months before starting the scientific evaluation.
When the RMS considers the DAR as complete, the scientific evaluation of the dossier can start. The RMS has 12 months to do the scientific evaluation but can issue clock-stops for a maximum of 6 months in total in case additional information is needed from the applicant.
Once the RMS has evaluated the active substance, the RMS will submit the DAR to EFSA. EFSA will circulate the DAR to the applicant and the other MS. The other MSs have a maximum of 2 months to comment on the DAR.
The DAR within 5 months and can issue clock-stops of maximum 3 months to the applicant.
The RMS has a maximum of 2 months to evaluate the additional information requested by EFSA.
EFSA will issue a scientific opinion based on the assessment of the RMS, which will be sent to the European Commission (EC). The EC has 6 months to do the risk management and issue a final review report to the Standing Committee on Plants, Animals, Food and Feed (SCoPAFF), where a final decision on whether to approve the active substance will be taken.
The total process of getting approval for an active substance should take between 2 and 3.5 years according to the regulation. In practice, these timelines are often much longer.
The first approval of an active substance is typically valid for 10 years.
The data requirements for active substances are listed in Regulation (EU) No 283/2013. Chemical active substances should comply with the data requirements in Part A of this regulation and microbial active substances should comply with the data requirements in Part B of this regulation. The data on the active substance should cover:
Identity of the active substance.
Physical and chemical properties of the active substance (or biological properties of the micro-organism).
Further information on the active substance.
Toxicological and metabolism studies.
Residues in or on treated products, food, and feed.
Fate and behavior in the environment.
Although "biopesticides" are not a legal category, the pesticide categories "basic compounds" and "low risk substances," as described in Regulation 2017/1432, amended Regulation 1107/2009, were introduced in August 2017. Because biological chemicals, despite their natural origins, are not always innocuous, the EU uses a risk-based authorization method. While a shortened dossier may be filed for low-risk medications, significant efficacy must still be demonstrated. Biopesticides should generally be classified as low-risk active chemicals, allowing for a faster introduction of biopesticide candidates that fit these criteria.
Regulation 1107/2009 currently approves 18 basic drugs and ten low-risk substances. Basic chemicals are substances that are not intended as crop protection products but may have crop protection capabilities, and their approval is based on previous tests conducted in compliance with other EU legislations. For an indeterminate period, authorization is granted for the entire EU.
Low-risk chemicals must meet the standards outlined in Regulation 1107/2009's Annex II. Low-risk chemicals, unlike traditional pesticide active ingredients, may be approved in part based on literature evidence and scientifically reasoned conclusions.
Low-risk criteria are used to microbial insecticides, baculoviruses, and semio-chemicals (e.g. pheromones). Low-risk active ingredients (whether biological or synthetic) are assessed (evaluated) in 120 days, compared to 12 months for conventional active ingredients, and low-risk active chemicals are approved for 15 years, rather than the standard 10 years. Furthermore, authorization fees are reduced, which encourages smaller businesses to introduce low-risk goods (such as biopesticides).
All the substances used in making plant protection products have been audited regularly by the audit team of both the member state and the Commission. Rules and Regulations are dynamic and keep on evolving with rapid growth in scientific and technological advancements. Therefore, the European Commission keeps updating its website to update the member state, the producers, and scientific communities to abreast with the rapid developments.
The Authority has the leeway to audit and asks for more supplementary information under article 6(f) to the producers. They are also supposed to be complying with all the developments that are happening. Article (4) made sure that they have a legal liability to improve and innovate the product consistently.
All the stakeholders, especially the producers, are asked to keep all the data for the last five years to keep track of the whole process. In addition, producers should regularly update the authorities about the efficacy and benefits of the product attached with the entire set of data on an annual basis.
As and when producers applied for the renewal, they are asked to produce new data to supplement.
Suppose producers failed to comply with the mandated process. Sometimes, they can get some flexibility, but at the same time, if things went wrong or tried to do away with the process. There can be severe repercussions for the PPP in the form of civil and criminal charges.
For all ‘new’ products not already notified under national legislation, you must submit the required information before you place the mixture on the market. Submissions should be made in the harmonised format, according to the relevant date of applicability. The date of applicability depends on the use type, i.e. the end user, of the mixture:
1 January 2021 for consumer or professional use;
1 January 2024 for industrial use.
Before these dates, mixtures may be subject to existing national requirements and duty holders should contact the appointed body in the country of interest for further information.
Legal entities on behalf of duty holders, such as consultant, mother company, i.e. ‘Foreign user’
Importers or downstream users of mixtures out of scope i.e. a voluntary submission
Legal representative of non-EU suppliers can also submit through the EU legal entity
Guidance on PCN requirements
Assess the portfolio to identify the
Trade names and Brand
Country specific variations
Use specific variations
Components specific variations
Possibility to group and optimize the Notifications
Generate the UFI core for the Mixture
Verify the UFI in cases of Mixture (external) in Mixtures
Inventory data to support classification & Labelling of Mixture
Guidance on Packaging – type, and size requirements
Update SDS to harmonized with Poison Centre Notified information
Revised and updated PCN Notification submission
Portfolio management in PCN portal
Under Annex VIII to the CLP Regulation, importers and downstream users placing hazardous mixtures on the EU market are to provide specific information on their mixtures to appointed bodies. The annex also specifies a harmonised format for notifications. The information contained in the notifications will be used by poison centres for emergency health response purposes in case of incidents involving these mixtures.
The obligation applies to mixtures placed on the market that are classified for human health or physical hazards.
Note that biocidal products and plant protection products are within the scope of this obligation, and the information submission requirements apply in addition to other obligations under the Biocidal Products Regulation and Plant Protection Products Regulation.
The obligation to submit information does not apply to mixtures considered hazardous only due to environmental hazards. Mixtures exempted from the submission requirements include also:
European Unions (EU) Registration, Evaluation, Authorization (Restriction) of Chemicals (REACH) Regulation
REACH is a regulation of the European Union, adopted to improve the protection of human health and environment from the risks that can be posed by chemicals, while enhancing the competitiveness of the EU chemicals industry. It also promotes alternative methods for the hazard assessment of substances in order to reduce the number of tests on animals.
In principle, REACH applies to all chemical substances; not only those used in industrial processes but also in our day-to-day lives, for example in cleaning products, paints as well as in articles such as clothes, furniture and electrical appliances. Therefore, the regulation has an impact on most companies across the EU.
REACH places the burden of proof on companies. To comply with the regulation, companies must identify and manage the risks linked to the substances they manufacture and market in the EU. They have to demonstrate to ECHA how the substance can be safely used, and they must communicate the risk management measures to the users.
If the risks cannot be managed, authorities can restrict the use of substances in diﬀerent ways. In the long run, the most hazardous substances should be substituted with less dangerous ones.
REACH stands for Registration, Evaluation, Authorisation and Restriction of Chemicals. It entered into force on 1 June 2007.
REACH will be governed by a nodal agency known as European Chemical Agency (ECHA). ECHA is the driving force among regulatory authorities in implementing the EU's ground-breaking chemicals legislation for the beneﬁt of human health and the environment as well as for innovation and competitiveness. ECHA helps companies to comply with the legislation, advances the safe use of chemicals, provides information on chemicals and addresses chemicals of concern. ECHA takes the overall responsibility for the REACH related activities .
REACH's eﬀect on companies:
REACH impacts on a wide range of companies across many sectors, even those who may not think of themselves as being involved with chemicals.
In general, under REACH you may have one of these roles:
Manufacturer: If you make chemicals, either to use yourself or to supply to other people (even if it is for export), then you will probably have some important responsibilities under REACH.
Importer: If you buy anything from outside the EU/EEA, you are likely to have some responsibilities under REACH. It may be individual chemicals, mixtures for onwards sale or ﬁnished products, like clothes, furniture or
Downstream users: Most companies use chemicals, sometimes even without realising it, therefore you need to check your obligations if you handle any chemicals in your industrial or professional activity. You might have some responsibilities under REACH.
Companies established outside the EU: If you are a company established outside the EU, you are not directly bound by the obligations of REACH, even if you export their products into the customs territory of the European Union. The primary responsibility for fulﬁlling the requirements of REACH, such as pre-registration or registration lies with the importers established in the European Union. But the non EU manufactures can comply with the regulation with the help of only representative established in the European Union.
A non-EU manufacturer may ﬁnd it more convenient/eﬃcient to get its substances pre-registered and registered in the EU through an only representative, in accordance with Article 8 of the REACH Regulation. An only representative is a natural or legal person established in the EU, appointed by a non-EU manufacturer by mutual agreement. As an only representative, this natural or legal person would fulﬁl the obligations of companies importing a substance on its own, in mixtures or in articles. It thereby alleviates the regulatory obligations resting on importers. Non-EU manufacturers may also want to choose this possibility if they consider that communication of information needed by the importers would require the disclosure of conﬁdential business information.