Document 2Jzjb6Jkkp2o6N0bgaz6qxBY5

June 2023 DIGITALEUROPE request for EU PFAS derogations for Spare Parts and Preowned Products Executive summary DIGITALEUROPE members have been key contributors to EU REACH since its inception. As such, we look forward to continuing to share views, experiences and concrete recommendations with all stakeholders to jointly explore how better regulation can benefit society. We appreciate the opportunity to submit the following recommendations on the draft EU PFAS restriction for your consideration, and we look forward to a continued dialogue with the European Chemicals Agency (ECHA) on this important issue. On behalf of our members, DIGITALEUROPE requests that the following derogations should be added to the EU PFAS restriction (DIGITALEUROPE is currently gathering technical information to support additional derogations): Spare parts for repair of finished consumer electronic equipment already placed on the market, Spare parts for repair of finished professional business-tobusiness electronic equipment already placed on the market, Re-supply of articles already placed on the market (pre-owned products) These derogations are critical to help achieve EU goals of avoiding premature obsolescence and for compliance with laws promoting product longevity. The concepts of "right to repair" and allowing resale of pre-owned products have been broadly incorporated into other EU substance restrictions, and other EU REACH restrictions, and it is essential to incorporate them into the EU PFAS restriction to avoid major market disruptions. DIGITALEUROPE Rue de la Science, 14A, B-1040 Brussels T.+32 (0) 2 609 53 10 / www.digitaleurope.org / EU Transparency Register: 64270747023-20 @DIGITALEUROPE 2 Table of contents Executive summary...................................................................... 1 I. SPARE PARTS FOR REPAIR OF CONSUMER ELECTRONIC PRODUCTS ALREADY PLACED ON THE MARKET ......................... 3 A. Repair as produced' principle avoids premature obsolescence ......... 3 B. `Repair as produced' precedents in EU substance restrictions .......... 3 C. Ecodesign and Right to Repair Compliance .......................................... 4 D. Proposed text for spare parts derogation for consumer electronic products ............................................................................................................. 4 E. Impact of the proposed spare parts derogation for consumer electronic products ........................................................................................... 5 II. SPARE PARTS FOR REPAIR OF PROFESSIONAL BUSINESSTO-BUSINESS ELECTRONIC PRODUCTS ALREADY PLACED ON THE MARKET ...................................................................................... 7 A. `Repair as produced' principle avoids premature obsolescence ........ 7 B. Extended `Repair as produced' relations in EU legislation .................. 8 C. Proposed text for spare parts derogation for professional businessto-business electronic products ..................................................................... 9 D. Impact of the proposed spare parts derogation for professional business-to-business electronic products .................................................. 10 III. RE-SUPPLY OF ARTICLES ALREADY PLACED ON THE MARKET (PRE-OWNED PRODUCTS).............................................. 11 A. Re-supply of pre-owned products supports a circular economy ...... 11 B. `Resupply of articles' precedents in EU substance restrictions........ 11 C. Proposed text for resupply of articles derogation............................... 13 D. Impact of the proposed resupply of articles derogation .................... 13 3 I. SPARE PARTS FOR REPAIR OF CONSUMER ELECTRONIC PRODUCTS ALREADY PLACED ON THE MARKET A. Repair as produced' principle avoids premature obsolescence As highlighted in our joint industry statement on parts replaceability and availability published July 2022, the electronics industry is aligned with the objectives of the Circular Economy Plan to promote durability of electronic products and is committed to offer high-quality repairs to customers. This includes: Focusing on availability of parts most likely to fail, Setting an optimized duration for spare parts availability, and Ensuring reasonable lead times for part availability. An otherwise functional electronic product becomes prematurely obsolete if a component fails and a spare or replacement part is not available, and will be disposed of as e-waste. The well-established "repair as produced" principle allows finished electronic products already on the market before a compliance enforcement date to be repaired using spare parts that were compliant before that enforcement date. For any currently available spare parts that contain PFAS, it would be impracticable to design, test, qualify, and produce PFAS-free spare parts by the compliance enforcement date of the PFAS restriction (EIF + 1.5 year transition period). Without a derogation, spare parts for electronic products may become unavailable immediately from the compliance enforcement date. If these electronic products stopped functioning, premature obsolescence and replacement with new electronic products may be the only option. The derogation would prevent this unnecessary generation of e-waste. B. `Repair as produced' precedents in EU substance restrictions The "repair as produced" principle is commonly incorporated into EU substance restrictions as an essential tool to avoid premature product obsolescence, especially for long-lived capital goods and high-value electronic equipment. We recommend that this principle should be incorporated into the EU PFAS restriction for the same reasons. REACH Annex XVII Entry 68 restricts the use of linear and branched perfluorocarboxylic acids of the formula CnF2n +1-C(= O)OH where n = 8, 9, 10, 11, 12, or 13 (C9-C14 PFCAs) in semiconductors incorporated finished electronic equipment from 31 December 2023. These C9-C14 PFCA substances are a subset of the PFAS group of substances which would become restricted under the EU PFAS restriction. Para 9 includes the following "repair as produced" derogation for spare or replacement parts for finished electronic equipment placed on the market from 31 December 2023: 4 9. Paragraph 2(c) shall apply from 31 December 2030 to semiconductors used in spare or replacement parts for finished electronic equipment placed on the market before 31 December 2023 The EU Restriction of the Use of Hazardous Substances (RoHS) Directive (2011/65/EU) incorporates the "repair as produced" exemption for all in-scope electronic products. Article 4(4) excludes the following items from the substance restrictions in Article 4(1) for products placed on the market before specific compliance enforcement dates "cables or spare parts for the repair, the reuse, the updating of functionalities or upgrading of capacity". C. Ecodesign and Right to Repair Compliance If a "repair as produced" derogation was not incorporated into the EU PFAS restriction, this would prevent companies from complying with other EU requirements, or proposed requirements, which are designed to minimize premature obsolescence of electronic products. For example, Commission Regulation (EU) 2019/2021 on ecodesign for electronic displays mandates the availability of certain spare parts for electronic displays for at least seven years after placing the last unit of the model on the market. These spare parts must be delivered within 15 days of an order from a professional repairer or end-user. Without a "repair as produced" derogation, equipment for which spare parts would otherwise be available for seven years may become prematurely obsolete if a part fails. The absence of a spare parts derogation would also prevent companies from complying with the proposed Right to Repair Directive. Electronic products in scope of this Directive include televisions and electronic displays, servers and data storage products, mobile phones and tablets. Electronic product manufacturers provide repair services for products under warranty or extended warranty agreements. Compliance with these repair services obligations frequently involves replacing non-functional parts as the most economical and environmentally favorable option to restore these products back to functional service lives. If equipment already on the market can no longer be repaired as produced, fulfilling warranty claims will more often result in premature obsolescence of electronic products that could otherwise be repaired. D. Proposed text for spare parts derogation for consumer electronic products The Commission Regulation (EU) 2019/2021 on ecodesign for electronic displays mandates the availability of certain spare parts for electronic displays for at least seven years after placing the last unit of the model on the market, this aligns with the seven year derogation in REACH Annex XVII Entry 68 for spare or replacement parts for finished electronic equipment placed on the market from 31 December 2023. 5 In view of this, we recommend a minimum seven year derogation for spare or replacement parts for finished electronic equipment placed on the market before the compliance enforcement date of the PFAS restriction (EIF + 1.5 year transition period), as follows: [xx]. Paragraph 2 shall apply from (8.5 years after EIF) to spare or replacement parts for finished electronic equipment placed on the market before (EIF + 1.5 years transition period) The terms "spare or replacement parts" and "electronic equipment" are used in REACH Annex XVII Entry 68 without the need for these terms to be defined in REACH Regulation. In view of this, these terms can also be used in the PFAS restriction without the need for these terms to be defined in REACH Regulation. It must be stressed that seven years should be considered as a minimum given the existence of categories of B2C electronic equipment with average lifetimes greatly exceeding seven years. HVAC equipment for example has average lifetimes ranging from 10-20 years, products that are or are soon to be covered by Ecodesign spare part requirements and the Right to Repair. E. Impact of the proposed spare parts derogation for consumer electronic products The continued availability of spare parts is essential to increase the lifespan of electronic products and avoid premature obsolescence, thereby providing substantial socio-economic benefits. According to a Eurobarometer survey on the impact of digitalisation on our daily lives, 77% of Europeans would rather repair a device than buy a new one. According to another 2020 Eurobarometer survey on attitudes of European citizens towards the environment, nearly one-third of EU respondents had repaired a product within the past six months, rather than replacing it. In response, the European Commission published a proposal for a directive on the right to repair on 22 March 2023. Without a derogation for spare parts, this right to repair demanded by EU citizens would be threatened and the repair sector for impacted PFAS products and spare parts would cease to operate. The proposed right to repair Directive aims to make repairs systematic, costeffective and attractive by: Incentivising consumers to choose repair over replacement, for example by extending guarantees or receiving a replacement device for the duration of a repair, Informing consumers about `repair scores', estimated lifespan, spare parts, repair services and availability of software updates, Developing smart labelling, such as QR codes or digital product passports. Within the legal guarantee period, sellers would be required to offer to repair electronic products except when it is more expensive than replacement. Beyond the legal guarantee period: 6 Manufacturers would be obliged to offer to repair electronic products for a further 5 to 10 years depending on the nature of the product concerned. Each Member State would be obliged to set up a free online matchmaking repair platform to connect consumers with repairers and sellers of refurbished goods in their area. A European Repair Information Form would become mandatory for all electronic products covered by the right to repair, to provide a framework for repair quotations and bring transparency to repair conditions and price. In addition to these substantial socio-economic benefits, a derogation for spare parts to repair electronic products already placed on the market would also provide significant environmental benefits by reducing the resource consumption needed to manufacture whole new replacement products. A report by the European Environment Agency estimates that in 2019 the EU repair sector for consumer electronics employed 104,000 people and generated revenues of 14.5 billion Euro. The EU repair sector for business electronics is expected to employ similar numbers of people and generate similar revenues. Without a derogation for spare parts, the repair sector for impacted PFAS products and spare parts would cease operations. Applying the proposed spare parts derogation would not materially add to PFAS emissions in the EU. The electronics sector currently contributes less than 1% of the total PFAS emissions in the EU. The proposed restriction, which is focused primarily on avoiding future emissions from new product sales, would, in the absence of additional derogations, reduce those emissions to a very low baseline level. Industry outreach to leading companies in the electronics sector indicates that spare parts represent a very small fraction of the electronics produced or imported in the EU. A small proportion of these spare parts contain low levels of PFAS. Permitting the continued production, import and use of PFAS-containing spare parts for the installed base of electronic products already on the market would result in negligible, and steadily declining, additional PFAS emissions. In addition, the Waste from Electrical and Electronic Equipment (WEEE) Directive requires collection and safe recycling of electronic products when they ultimately reach endof-life, and so PFAS emissions from the waste stage of electronic products are already reduced. 7 II. SPARE PARTS FOR REPAIR OF PROFESSIONAL BUSINESS-TO-BUSINESS ELECTRONIC PRODUCTS ALREADY PLACED ON THE MARKET A. `Repair as produced' principle avoids premature obsolescence As described above and highlighted in our joint industry statement on parts replaceability and availability published July 2022, the electronics industry is aligned with the objectives of the Circular Economy Plan to promote durability of electronic products and is committed to offer high-quality repairs to customers. An otherwise functional electronic product becomes prematurely obsolete if a component fails and a spare or replacement part is not available and will be disposed of as e-waste. The well-established "repair as produced" principle allows finished electronic products already on the market before a compliance enforcement date to be repaired using spare parts that were compliant before that enforcement date. While the availability of spare parts is relevant for all electrical and electronic equipment as presented in section I, some additional considerations apply to professional business-to-business equipment, such as for example telecommunication network infrastructure equipment, industrial printing equipment, industrial HVAC equipment, monitoring & control equipment, test & measurement equipment, and medical equipment. For telecommunication network infrastructure equipment, industrial printing equipment, industrial HVAC equipment products lifetimes and contracted maintenance periods usually extends to 10 to 15 years in the product's first application. In the case of certain medical equipment, monitoring & control equipment, and test & measurement equipment this extends even to 20 to 25 years. The availability of spare parts is essential to realize the lifetime potential of such products. Additionally, in the case of many B2B products (e.g. for example medical equipment and monitoring & control equipment) manufacturers are obliged to make life-time purchases of components and parts. Especially where fluoropolymers are concerned, the design of PFAS-free spare parts is hampered by the fact that there is no drop-in alternative non-PFAS material. Fluoropolymers have a unique combination of properties that cannot be found in other materials. The consequence is that the usage of an alternative material can lead to dimensional changes that would not allow the part to fit in the available space in the product. Different properties of a PFAS-free part will require changes to the product as well to compensate (partly) for performance losses. This makes it impossible to use the PFAS-free part as spare part for existing products; they still rely on PFAS-containing parts. For products that are no longer commercially available it is simply unrealistic to design PFAS-free spare parts. For uses of individual PFAS materials in specific applications for which the industry is preparing a request for derogation, the industry sees no technical alternative that would allow spare parts to be re-designed using a substitute material. The consequence of the above is that the lack of a spare part exemption will lead to the inability to repair products and to the premature obsolescence of those products. 8 B. Extended `Repair as produced' relations in EU legislation The EU Restriction of the Use of Hazardous Substances (RoHS) Directive (2011/65/EU) incorporates the "repair as produced" exemption for all in-scope electronic products. In addition, recoverable and reusable spare parts can be reused preventing them from becoming waste unnecessarily. Article 4(4)a - ea of the RoHS directive provides that a substance restriction does not apply to cables or spare parts for the repair, the reuse, the updating of functionalities or upgrading of capacity of EEE (electrical and electronic equipment) placed on the market prior to the entry into force of the restriction for that EEE. Article 4(4)f states that the restriction does not apply to spare parts for EEE which benefited from an exemption, and which was placed on the market before that exemption expired as far as that specific exemption is concerned. Article 4(5) of the RoHS Directive provides that spare parts that do not necessarily meet the RoHS substance restrictions and which have been recovered from EEE placed on the market before the RoHS substance restrictions applied may be used in new EEE for a period of 10 years after that application date, provided that reuse takes place in auditable closedloop business-to-business return systems, and that the reuse of spare parts is notified to the consumer. This relates to Recital 20 of the ROHS Directive, which states: "As product reuse, refurbishment and extension of lifetime are beneficial, spare parts need to be available." This repair-as-produced approach contributes to the circular economy by ensuring that EEE already in use can be repaired if needed and thus its lifetime prolonged. As such, the repair-as-produced principle not only supports the objective to make products, components, parts and materials last longer and retain their value, but fundamentally also the objectives of decoupling economic growth from natural resource use and reduction of material dependencies. The repair-as-produced principle is in line with and supports the fundamental EU Green Deal objective of circularity, and in particular the circularity objectives in the Circular Economy Action Plan pertaining to reusability, upgradability and reparability, boosting recycled content of products and product remanufacturing. This also connects perfectly with the core objectives of the European Commission's proposal for a Regulation on Eco-Design for Sustainable Products (ESPR). Finally, the repair-as-produced principle is also aligned with the very recent European Commission proposal for a Directive on common rules promoting the repair of goods, which aims to increase the repair and reuse of viable defective goods and prevent the premature disposal of repairable goods. 9 Additionally, Article 4(5) of the RoHS Directive provides that spare parts which have been recovered from EEE placed on the market before the RoHS substance restrictions applied may be used in new EEE for a period of 10 years after that application date. This ensures that valuable parts of old EEE that have been recovered may still be used in the production of new EEE, thereby further supporting the objective of making products more circular and enabling the re-use of existing parts. While in general the RoHS Directive addresses all Electrical and Electronic Equipment in the same way there are clear examples of different rules for different parts of this broad sector. Timelines have differed for the introduction of RoHS restrictions. For Medical devices as well as Monitoring and control instruments a longer transition period was given when new substances were added in (EU) 2015/8631. Timelines for the expiration of several exemptions are dependent on the specific needs of specific parts of the industry (such as the exemption 7b for lead in solder for servers and Network Infrastructure Equipment). Therefore, in line with and support of a) the EU's circularity goals under the EU Green Deal and b) EU sustainability product policies, DIGITALEUROPE recommends that for Professional Business-to-business electronic products a derogation for spare parts is introduced to repair electronic products placed on the market before the end of the transition period or before the end of a specific derogation. C. Proposed text for spare parts derogation for professional business-to-business electronic products As highlighted before, for professional business-to-business equipment, such as telecommunication network infrastructure equipment and industrial HVAC equipment, product lifetimes and contracted maintenance periods usually extend to 10 to 15 years in the product's first application. In view of this, as well as to realistically enable such products to benefit from an extended lifetime through refurbishment after their first use we recommend a minimum 15-year derogation for spare or replacement parts for finished professional business-to-business electronic equipment placed on the market before the compliance enforcement date of the PFAS restriction, as follows: [xy]. Paragraph 2 shall apply from (15 years after end of transition period) to spare or replacement parts for finished professional business-tobusiness electronic equipment placed on the market before (EIF + transition period) 1 Commission Delegated Directive (EU) 2015/863 of 31 March 2015 amending Annex II to Directive 2011/65/EU of the European Parliament and of the Council as regards the list of restricted substances 10 [xz]. Paragraph 2 shall apply from 15 years after the ending of a derogation to spare or replacement parts for finished professional business-to-business electronic equipment placed on the market while benefitting of a derogation D. Impact of the proposed spare parts derogation for professional business-to-business electronic products Without a derogation, spare parts for electronic products may become unavailable immediately from the compliance enforcement date. If these electronic products stopped functioning, premature obsolescence and replacement with new electronic products may be the only option. The derogation would prevent this unnecessary generation of e-waste. In many cases spare parts for professional users have already been manufactured and are commercially available for customers at short notice, which is often contracted. Scrapping such spare parts prematurely will not contribute to the reduction PFAS emissions. Applying the proposed spare parts derogation would not materially add to PFAS emissions in the EU. The electronics sector currently contributes less than 1% of the total PFAS emissions in the EU. The proposed restriction, which is focused primarily on avoiding future emissions from new product sales, would, in the absence of additional derogations, reduce those emissions to a very low baseline level. Industry outreach to leading companies in the electronics sector indicates that spare parts represent a very small fraction of the electronics produced or imported in the EU. A small proportion of these spare parts contain low levels of PFAS. Permitting the continued production, import and use of PFAS-containing spare parts for the installed base of electronic products already on the market would result in negligible, and steadily declining, additional PFAS emissions. In addition, the Waste from Electrical and Electronic Equipment (WEEE) Directive requires collection and safe recycling of electronic products when they ultimately reach endof-life, and so PFAS emissions from the waste stage of electronic products are already reduced. 11 III. RE-SUPPLY OF ARTICLES ALREADY PLACED ON THE MARKET (PRE-OWNED PRODUCTS) A. Re-supply of pre-owned products supports a circular economy A robust market for pre-owned products supports circular economy objectives by promoting resource conservation and prolonging product life. Without a derogation, PFAS-containing products already on the EU market could not be resupplied to a new user after the compliance enforcement date for reuse as a second-life product. In March 2022, the European Commission published a proposal for a Regulation on Ecodesign for Sustainable Products which sets new requirements to make products more durable, reliable, reusable, upgradable, reparable, easier to maintain, refurbish and recycle, and energy and resource efficient. All regulated products will have Digital Product Passports which will make it easier to repair and reuse products. This will create economic opportunities for innovation and job creation, notably in remanufacturing, refurbishing, repairing and reusing products. PFAS is found in an extremely wide range of products on the market today. Failing to derogate the re-supply of pre-owned products from the PFAS restriction would ban the reuse of these products after the compliance enforcement date and stop these circular economy activities. Such products, even if functional, would be illegal to resell and would have to be discarded as waste. Resellers who cannot confirm that a product does not contain PFAS would have to assume that all their inventory contains PFAS and would need to be destroyed. The waste generation from disposal of serviceable products and the resource consumption from purchase of new replacement products would lead to a significant negative environmental outcome. B. `Resupply of articles' precedents in EU substance restrictions It is normal practice for an EU substance restriction to include a derogation for resupply of articles already placed on the market, to support the circular economy by allowing re-use of pre-owned products. We recommend that this derogation should be incorporated into the EU PFAS restriction to align with normal practice in the EU. REACH Annex XVII Entry 68 restricts the use of linear and branched perfluorocarboxylic acids of the formula CnF2n +1-C(= O)OH where n = 8, 9, 10, 11, 12, or 13 (C9-C14 PFCAs) in semiconductors incorporated finished electronic equipment from 31 December 2023. These C9-C14 PFCA substances are a subset of the PFAS group of substances which will become restricted under the EU PFAS restriction. Para 6 includes the following "resupply of articles" derogation for products placed on the market before the compliance enforcement date of 25 February 2023: 12 6. Paragraph 2(c) shall not apply to articles placed on the market before 25 February 2023. Previous REACH Annex XVII restrictions which are applicable to articles incorporate analogous derogations, examples include: Entry 51 restriction on certain phthalates, Paragraph 4(d) exempts "articles placed on the market before 7 July 2020." Entry 45 restriction on Diphenylether, octabromo derivative, Paragraph 3 states "By way of derogation, paragraph 2 shall not apply to articles that were in use in the Community before 15 August 2004." Entry 20 restriction of organostannic compounds, Paragraph 4(b) states: "Articles not complying with point (a) shall not be placed on the market after 1 July 2010, except for articles that were already in use in the Community before that date." Entry 19 restriction of arsenic compounds, Paragraph 7 states: "Member States may allow wood treated with other types of CCA solutions that was in use in the Community before 30 September 2007 ... to be placed on the market subject to the conditions pertaining to its use listed under points 4(b), (c) and (d)." Entry 18a restriction of mercury, Paragraph 2 states: "The restriction in paragraph 1 shall not apply to measuring devices that were in use in the Community before 3 April 2009." The Persistent Organic Pollutants (POPs) Regulation (EU No. 2019/1021) allows the resupply of articles already placed on the market before the compliance enforcement date for a substance restriction. Article 4(2) states "Article 3 shall not apply in the case of a substance present in articles already in use before or on the date that this Regulation or Regulation (EC) No 850/2004 became applicable to that substance, whichever date came first." Under the New Legislative Framework, Union harmonisation legislation applies to new products until the products reach end users and does not prevent resupply of these products thereafter. Section 2.1, page 15 of the Blue Guide notes "Union harmonisation legislation applies when the product is placed on the market (or put into service) and to any subsequent making available until the product reaches the end-user. A product still in the distribution chain falls under the obligations of the Union harmonisation legislation as long as it is a new product. Once it reaches the end-user it is no longer considered a new product and the Union harmonisation legislation no longer applies." One regulation that is subject to the New Legislative Framework is the EU Restriction of the Use of Hazardous Substances (RoHS) Directive (2011/65/EU) which allows the resupply of articles already placed on the market before the compliance enforcement date. Article 4(3) builds on the exemption for resupply of 13 category 7 and 10 equipment placed on the market before 1 July 2006 and states "Paragraph 1 shall apply to medical devices and monitoring and control instruments which are placed on the market from 22 July 2014, to in vitro diagnostic medical devices which are placed on the market from 22 July 2016, to industrial monitoring and control instruments which are placed on the market from 22 July 2017, and to all other EEE that was outside the scope of Directive 2002/95/EC and which is placed on the market from 22 July 2019." C. Proposed text for resupply of articles derogation We recommend that the PFAS restriction should align with normal practice for an EU substance restriction and include a derogation for resupply of articles already placed on the market. We recommend the following proposed text: [xx]. Paragraph 2(c) shall not apply to articles placed on the market before (EIF + 1.5 years transition period). D. Impact of the proposed resupply of articles derogation Incorporating this proposed derogation for resupply of articles would not result in any additional PFAS emissions. This derogation would not permit new PFAScontaining products to be placed on the market, instead it would permit PFAScontaining products already on the market to be reused and resold. There would be no additional impact to the environment and human health from implementing this derogation. Instead, this proposed derogation would have a positive impact on consumers through access to lower cost, but still fully functional products available on the second-hand market. For example, around 20% of the components in cars placed on the market today contain PFAS. Without this general derogation (and in the absence of additional application-specific derogations) there would be no market for second-hand cars in the EU after the compliance enforcement date. This derogation would also provide environmental benefits by reducing the resource consumption needed to manufacture new products. A report by market research organization Counterpoint estimates that in 2021, the total number of new smartphones sold in the EU was about 102 million. About 12 million second-hand smartphones were sold as-is and a further 15 million smartphones were refurbished and sold for reuse in the EU in 2021. 14 DIGITALEUROPE FOR MORE INFORMATION, PLEASE CONTACT: Tim Sollberger Policy Manager for Sustainability Policy diciitaleurope.orci / +32 490 44 83 61 Raphaelle Hennekinne Director for Sustainability Policy @digitaleurope.org / +32 490 44 85 96 15 About DIGITALEUROPE DIGITALEUROPE is the leading trade association representing digitally transforming industries in Europe. We stand for a regulatory environment that enables European businesses and citizens to prosper from digital technologies. We wish Europe to grow, attract, and sustain the world's best digital talents and technology companies. Together with our members, we shape the industry policy positions on all relevant legislative matters and contribute to the development and implementation of relevant EU policies, as well as international policies that have an impact on Europe's digital economy. Our membership represents over 45,000 businesses who operate and invest in Europe. It includes 102 corporations which are global leaders in their field of activity, as well as 41 national trade associations from across Europe. DIGITALEUROPE Membership Corporate Members Accenture, Airbus, Applied Materials, Amazon, AMD, Apple, Arelik, Arm, Assent, Autodesk, Avery Dennison, Banco Santander, Bayer, Bosch, Bose, Bristol-Myers Squibb, Brother, Canon, CaixaBank, Cisco, CyberArk, Danfoss, Dassault Systmes, DATEV, Dell, Eaton, Epson, Ericsson, ESET, EY, Fujitsu, GlaxoSmithKline, Google, Graphcore, Hewlett Packard Enterprise, Hitachi, Honeywell, HP Inc., Huawei, ING, Intel, Johnson & Johnson, Johnson Controls International, Konica Minolta, Kry, Kyocera, Lenovo, Lexmark, LG Electronics, Mastercard, Meta, Microsoft, Mitsubishi Electric Europe, Motorola Solutions, MSD Europe, NEC, Nemetschek, NetApp, Nintendo, Nokia, Nvidia Ltd., Oki, OPPO, Oracle, Palo Alto Networks, Panasonic Europe, Pearson, Philips, Pioneer, Qualcomm, Red Hat, RELX, ResMed, Ricoh, Roche, Rockwell Automation, Samsung, SAP, SAS, Schneider Electric, Sharp Electronics, Siemens, Siemens Healthineers, Skillsoft, Sky CP, Sony, Sopra Steria, Swatch Group, Technicolor, Texas Instruments, TikTok, Toshiba, TP Vision, UnitedHealth Group, Visa, Vivo, VMware, Waymo, Workday, Xerox, Xiaomi, Zoom. 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