The management of climate-related risks and opportunities is of growing importance to HP and our stakeholders, including governments.

In pursuit of business resilience, HP has a long record of climate action. We are proud that, since 2019, we have reduced our total carbon footprint by over 28%.

Carbon Emissions

In 2008, we became the first global IT company to publish a full carbon footprint covering our entire global value chain—and we continue to disclose extensive information about our impacts. We continually measure and manage our environmental footprint, including emissions from operations, product manufacturing and distribution, and the use of our products by millions of customers worldwide. In 2025, our carbon footprint equaled 16.4 million tonnes of CO₂ equivalent (CO₂e), 28% less than in 2019. This included a 21% reduction in absolute Greenhouse Gas (GHG) emissions related to product manufacturing.

Supply Chain

Our supply chain accounts for 74% of our total emissions, so we prioritize engagement with our suppliers and encourage them to address their own impacts, such as by purchasing renewable electricity and setting science-based targets.

Production and nonproduction suppliers are essential partners on our journey to net zero. We collaborate closely to strengthen their environmental initiatives, accelerate progress, and ensure transparent reporting, focusing on GHG emissions, energy use, and water withdrawal.

In 2025, we celebrated achieving two of our goals for decarbonization, with our supply chain partnerships enabling the avoidance of 2.47 million tonnes of CO₂e emissions since 2010,¹ and reducing our first-tier production supplier and product transportation GHG emissions intensity by 20%, compared to 2015.

Through our CDP (formerly Carbon Disclosure Project) Supply Chain membership, we request that 98% of our production suppliers, along with key strategic nonproduction suppliers, provide detailed qualitative and quantitative information on their environmental management practices and impacts. This includes data on GHG emissions and reduction targets, total and renewable energy usage, water withdrawal, climate and water-related risks, and governance structures. 

We support suppliers by sharing best practices, setting clear expectations, and providing resources for adopting cleaner technologies. Our Supplier Social and Environmental Responsibility Requirements, which include our Supplier Code of Conduct (SCoC) and General Specification for the Environment (GSE), outline our expectations for suppliers that we contract with. 

We collaborate with the Responsible Business Alliance (RBA) to enhance its industry-wide Code of Conduct, which helps to elevate standards across IT supply chains and also forms the basis of our own SCoC. Our SCoC encompasses environmental provisions covering permits and reporting, pollution prevention, waste reduction, hazardous substances, water management, air emissions, and energy and GHG emissions reduction. We enforce these standards through the RBA Validated Assessment Program and our internal assurance and audit processes. Suppliers and their subcontractors are required to acknowledge and implement the SCoC, ensuring a cascading effect throughout the supply chain. 

Environmental performance, as measured by our internally developed Supplier Scorecard, is a key component of regular business reviews with our suppliers and is deeply integrated into our procurement management process. 

Our Supplier Scorecard is a key engagement tool designed to encourage our production suppliers to adopt environmental best practices. 

In 2025, we significantly expanded the number of suppliers in scope of the Scorecard, from approximately 314 to 478, with a focus on carbon footprint and renewable energy performance. We also use the Scorecard to drive performance related to human rights due diligence.

Products and Solutions

Energy consumed during product use is a significant contributor to our carbon and water footprints. We aim to continually improve product energy efficiency and to design innovative service-based solutions that help customers reduce their environmental impact. In 2025, product energy use generated 3.8 million tonnes of CO₂e, accounting for 23% of our total carbon footprint.

To help customers reduce energy use and associated GHG emissions, we focus on designing products that deliver high performance with improved energy-use. We integrate advanced energy management technologies and use telemetry to continually improve real-world efficiency.

By using life cycle assessments (LCAs) and product carbon footprinting (PCF)², we quantify the environmental impacts of our portfolio, identify opportunities to decarbonize our value chain, and deliver more value for our customers.

In 2025, we:

• Conducted or updated 414 LCAs of DesignJet printers, scanners, enterprise printers, and cartridges—20% more than in 2024
• Conducted or updated 914 PCFs of business HP desktops, notebooks, tablets, workstations, thin clients, all-in-one computers, and displays—39% more than in 2024
• Enhanced our LCA methodology to deliver greater transparency and more actionable insights for our customers through our proprietary Future of LCA (FoLCA) tool, which underpins HP’s product-level carbon footprint reporting. Fully compliant with International Organization for Standardization (ISO) 14040/44 standards and independently verified, FoLCA is designed to support decarbonization-related decision-making
• Estimated 86% HP’s 2025 product-related carbon footprint through an LCA direct match.³

Together, these capabilities enable more accurate, configurable, and credible carbon footprint reporting, providing our customers with reliable data to inform their sustainability strategies, procurement decisions, and reporting.

Additionally, by embracing ecolabels and certifications to validate our portfolio’s performance, we ensure credibility and transparency and give confidence to our customers.

We strategically pursue the optimal ecolabel for each product and market, balancing global consistency with local relevance. ENERGY STAR® provides a common energy-efficiency baseline, while EPEAT®, TCO Certified, and Blue Angel are applied selectively according to product category and regional procurement expectations. For example, we use TCO for personal systems in Europe and Blue Angel for print products in areas where that certification is especially valued. 

In early 2025, we expanded the number of ENERGY STAR certified personal systems and printing products to 535—more than any other manufacturer. ⁴

Since 2022, HP has led the industry with the highest number of EPEAT 1.0 Gold and Silver certificates for personal systems globally,⁵ and HP Printing is now leading with more than 500 registered printers, multi-function devices, and scanners with EPEAT 1.0⁶ registrations. Many of these also meet the stricter Climate+ designation.

At the launch of EPEAT 2.0, 29 HP computer and display products achieved EPEAT 2.0 Gold registrations—more than any other technology company. The Global Electronics Council recognized our leadership by announcing HP as an EPEAT 2.0 Launch Partner.

HP Operations

While emissions from HP operations represent only 1% of our footprint, we work to demonstrate leadership in emissions management, reduction, and disclosure. Our global operations across 54 countries and 179 sites produced 120,500 tonnes of Scope 1 and Scope 2 CO₂e emissions during 2025, a 5.6% decrease compared with 2024. This change was driven by increased renewable electricity produced on-site and procured. Emissions intensity decreased to 2.18 tonnes of CO₂e per million U.S. dollars of net revenue in 2025, an improvement of 8.5% from 2024.

In 2025, our operations consumed 667,500 MWh of energy, 2% less than in 2024. This change was driven by energy conservation projects and reduced natural gas usage across the three regions Americas; Asia Pacific and Japan; and Europe, Middle East, and Africa. Energy intensity⁷ decreased by 5% in 2025 compared with 2024.

Since most of our operational emissions relate to the energy required to power our facilities, our strategy to reduce operational emissions focuses on:

• Reducing energy consumption through efficiency initiatives
• Increasing onsite renewable energy generation
• Procuring more renewable energy from offsite sources.

Our global energy management program includes an annual budget to support our sites in implementing energy-saving projects. We also deploy site-specific energy management programs at certain major sites, including the Strategic Energy Management program at our facility in Corvallis, Oregon, and ISO 50001 (energy management) certifications at two sites in Singapore and one site in China. 

In 2025, we implemented a range of initiatives, including 25 energy conservation projects launched through our operational energy-efficiency program. We estimate these projects will reduce our annual energy consumption by approximately 7,880 MWh.

We also raise awareness of the importance of energy-efficiency initiatives and energy reduction strategies across our operations through periodic communications to our local teams.

In 2025, we procured and generated a total of 313,300 MWh of renewable electricity. In total, renewables accounted for 66% of our global electricity consumption, up from 62% in 2024. We also continued to achieve 100% renewable electricity in our operations in the United States.⁸

Our sources of renewable electricity in 2025 included: 

• 91% Renewable Energy Certificates (RECs), Guarantees of Origin (GOs), and International RECs (I-RECs) 
• 5% green electricity contracts 
• 4% renewable energy generated on-site and on-site Power Purchase Agreements (PPAs).

In regions where direct procurement of renewable energy is either not permitted or financially challenging (e.g., Canada, Israel, Malaysia, Singapore, and the United States), we are exploring virtual PPAs to advance our renewable energy objectives and help drive the decarbonization of power grids worldwide.

Following careful review, we have adjusted the timeline for our goal to achieve 100% renewable energy in our global operations from 2025 to 2040, with an interim objective of 75% by 2030. This change is driven by the uneven availability of qualifying renewable energy in the locations where HP operates and structural constraints that limit viable pathways in certain regions. We remain committed to achieving 100% renewable electricity in our operations, in alignment with our broader commitment to reaching net zero carbon emissions by 2040.

For HP-owned and -leased properties, we pursue high standards of energy efficiency and environmental performance. When feasible, we implement lower-impact building design, construction, and operational practices that reduce our environmental impact and support the decarbonization of our operations. To recognize and validate these efforts, we seek green building certifications, which serve as independent confirmation of our commitment to sustainability.

By the end of 2025, 21 facilities were certified to ISO 14001:2015. Of these, 18 facilities were covered under HP’s global ISO 14001 certificate, with the remaining sites certified individually. This represents 86% of HP’s manufacturing sites. 

Twelve facilities were certified to ISO 45001:2018 for occupational health and safety.

Circularity

We embrace the principles of circular economy, including eliminating waste, recovering material, scaling the use of recycled and renewable materials, and increasing the useful life of products. We maintain a range of initiatives, such as the HP Planet Partners program for closed-loop recycling of ink and toner cartridges; HP Solutions to take-back, refurbish, resale, and extend the life of products; our steadily increasing use of circular materials; and our offerings for device life extension and self-repair.

Five principles guide HP’s approach and drive progress toward a circular economy: 

• Design circular products, services, and solutions  
• Use recycled and renewable materials—Give materials a second life, expand lower-impact sourcing, and use safer alternatives
• Manufacture in ways that consider people and the planet
• Repair, refurbish, reuse—Provide services and support to extend product life and capture more value
• Recycle products and components to establish a circular loop.

Circularity is an essential part of HP’s sustainability journey and our ambition to shape the Future of Work. 

Design and Services

Up to 80% of a product’s overall environmental impact is determined during its development.⁹ That is why, during design, we consider the full life cycle of our products and solutions, thinking carefully about how items are made, used, reused, and disposed of.

Design for Circularity, launched in 1992, informs HP’s design and development. We incorporate increasing volumes of recycled and renewable materials¹⁰ and have taken significant steps to remove plastic from our packaging, deploying molded fiber cushions when possible and adopting hybrid solutions to limit single-use plastic. Through modular design, we increase upgradeability¹¹ and enable more products to be disassembled easily for repair, refurbishment, or recycling.

As an active member of the Circular Electronics Partnership (CEP), HP collaborated to establish the Circular Electronics Design Guide to share knowledge with the electronics industry for transitioning to circularity. Additionally, HP’s design and development processes for personal computing, laser jet, and inkjet products are certified under ISO 14001, which is designed to help companies reduce environmental impact. HP has also provided comments to the technical committee of the ISO 59000 series, specifically designed to foster a shift towards a circular economy. Through industry collaboration, as well as our own product design and development, we remain committed to our role in advancing the circular economy.

By engineering products and parts to perform longer and withstand more use, we aim to reduce waste, conserve resources, and deliver greater long-term value for customers. For example: 

• Personal systems—We design our commercial and consumer desktop and notebook personal computers, workstations, and displays with durability in mind and test them against the MIL STD-810,¹² a U.S. Department of Defense standard for testing the reliability and durability of military equipment
• Industrial print—HP’s industrial digital printing presses are designed for longevity and for individual components to be replaced and upgraded to improve performance and functionality over time. We also design these systems to be easily repaired and refurbished. We created the Indigo Certified Pre-Owned program to extend the life of our commercial presses and provide high-quality systems at lower price points.

We look for opportunities to improve repairability to help HP customers keep their devices working longer. Through thoughtful design choices, we aim to make repairs simpler, improve cost efficiency, and help avoid unnecessary material use. For example: 

Across the product life cycle, we design services that help our customers solve problems and increase circularity, at the same time as improving business outcomes. For both commercial and consumer customers, we offer services that extend product lifespans, reduce waste, and accelerate circularity through protection, repair, refurbishment, reuse, and end-of-use programs. This includes: 

• Workforce Experience Platform (WXP)—HP’s WXP replaces fixed hardware refresh cycles with data-driven, AI-informed upgrade decisions based on actual device performance—keeping devices in use longer, intelligently redeploying refurbished devices to match performance needs, and eliminating unnecessary replacements
• Managed Services—HP delivers end-to-end fleet management—from advising, configuration, and deployment to device management and refresh or renewal. By extending device life cycles and optimizing refresh strategies, we help lower costs and support both operational efficiency and sustainability goals
• Sustainability Amplifier—HP provides industrial and large-format printing customers with tailored guidance, self-assessment tools, and sustainability resources, helping them achieve their goals, make progress toward industry certifications, and differentiate their services through sustainability
• Digital Passport—Enter via a QR code found on the back of the device; this new digital hub is product-specific, can reduce the need for paper documentation, and offers essential details that customers can refer to throughout the device’s lifetime, explore setup instructions, accessory options, sustainability information, repair resources, and even end-of-life solutions. 

The number of devices that gain another life continues to grow through additional HP services such as HP Care Packs, Device Life Extension, IT Asset Disposition, HP Certified Refurbished Hardware, and Renew Program for Instant Ink.

Materials

The materials we choose are an essential component of our approach to circularity. We explore safer chemicals use and integrate increasing amounts of recycled and renewable content.¹³

As both a supplier and a user of recovered materials, we look for opportunities to incorporate recycled and recyclable content¹⁴ into new HP products where possible. Our aim is to help accelerate the global market for recovered and recycled materials and to support progress toward a circular economy.

In 2025, HP used 814,800 tonnes¹⁵ of materials in our products and packaging, 3% less than in 2024. 47% of the materials by weight were reused, recycled, or renewable. 

96% of HP home and office printers, desktops, notebooks, displays, and workstations shipped to customers in 2025 included recycled materials¹⁶. Additionally, HP-brand paper and paper-based packaging for home and office printers and supplies, PCs, and displays are derived from recycled or renewable sources.¹⁷

In 2025, HP used 54,200 tonnes of postconsumer recycled content plastic in HP products, equivalent to 30.9% of overall plastic use. We increased the use of postconsumer recycled content plastic from 30% to 31% in personal systems and from 26% to 33% in home and office printers.

We work to increase our use of ocean-bound plastic and, since 2016, have developed partnerships with nonprofits and key suppliers to establish local infrastructure and self-reliant supply chains. In total, these efforts have enabled us to incorporate 3,290 tonnes of recovered ocean-bound plastic into our products. More than 450 HP products now contain ocean-bound plastic.

To drive change across and beyond our industry, we also collaborate with a range of initiatives and organizations, such as The Circulate Initiative’s Responsible Sourcing Initiative, through which we support the creation of an actionable global standard for responsibly sourcing recycled plastics.

In our products, we have also used plastics that incorporate bio-feedstocks in place of fossil fuels. To be considered for use, those bio-feedstocks must be legal, and from renewable sources, without impacting regional food security, land use practices, or key ecosystems—as verified through a credible certification standard such as the Roundtable on Sustainable Palm Oil and the Forest Stewardship Council® (FSC®). Bio-feedstocks must also not impact the recyclability of plastic resins, so they can continue to cycle through the economy.

Metal also plays an increasingly important role in circularity, and we continue to increase the use of recycled metal. Metals like aluminum can be recycled repeatedly with little degradation in material properties and near-zero material loss. We have qualified for use metals with a high proportion of recycled content, including up to 90% recycled aluminum, up to 90% recycled magnesium, up to 50% recycled steel, up to 50% recycled copper, and at least 25% recycled indium. In 2025, as we continued to expand the sourcing of these innovative materials, our use of recycled metals in personal systems products increased by 24% compared with 2024. 

HP continually explores the use of renewable materials in our products and packaging. We evaluate these materials against our sustainability criteria, including reviewing LCA data to fully understand their environmental and social impacts and confirming that they are less impactful than the materials being replaced.

Repair, Refurbish, Reuse

Keeping products in use is critical to accelerating the circular economy. We offer a wide range of reliable and flexible solutions to extend the life of our portfolio.

HP products are designed to be easily repairable, and we offer free service documentation, service options, and extended warranties for most HP products through HP Care Pack Central. We support our customers to repair purchased products themselves or choose an HP repair service: 

• Parts reuse—We recover and repair defective parts from HP support interventions to be reused as spare parts in product repair. In 2025, HP repaired 510,000 motherboards (63% of all motherboards used) as well as 66,100 LCDs (15% of all LCDs used)
• Self-repair—We have invested in improving our customers’ ability to successfully repair their own products. Our Self Repair website, HP Support YouTube channel, and our Parts Store offer support for product setup, troubleshooting, and repair
• HP Support Services—For customers needing additional support, HP offers off-site and on-site support, with expert technicians providing device repair services.

By giving devices another life, HP’s solutions support the circular economy and help our customers reduce both costs and environmental impact. Through HP Solutions, we offer a continually evolving range of services, including: 

• Device Life Extension—Prolongs device usage through refurbishment, manages transitions within organizations, and helps reduce refresh cycles
• HP IT Asset Disposition (ITAD)—Available in 52 countries, ITAD provides compliant recovery of used devices, ensuring they are securely data-sanitized and enabled for reuse and helps avoid e-waste
• HP Certified Refurbished Hardware—We ensure quality through multiple inspection points and diagnosis through a customized HP UEFI tool, data wiping in compliance with the NIST standard and using only approved HP OEM parts
• Renew Program for Instant Ink—A free add-on that provides eligible Instant Ink customers with refurbished HP ink cartridges as part of their standard subscription¹⁸
• Refurbished device donations—Through HP HOPE, we donate refurbished technology to YMCA. These devices, deployed among the hundreds of Digital Hubs, help advance our goal to unlock economic opportunity for disconnected communities.

To ensure that all refurbishment and reuse solutions meet HP standards for quality, vendors providing reuse, refurbishing, and remarketing services must follow the requirements of the HP Hardware Reuse Standard. This includes compliance with the NIST SP 800-88 standard for media sanitization. To promote transparency and drive social environmental standards in the electronics industry supply chain, we publish a detailed list of our reuse vendor sites, which is updated annually.

In 2025, 1.9 million units of electronic equipment were refurbished and reused.

Recycling and e-waste

E-waste is one of the world’s fastest-growing solid waste streams. To help address this issue, we aim to help our customers recycle hardware and supplies easily.

We focus on waste management across our value chain. When reuse and refurbishment are not viable options, HP provides product and printing supply recycling programs to our customers and engage closely with our suppliers to ensure responsible product and material disposal.

HP provides take-back programs in 77 countries and territories worldwide¹⁹ to make it easy for customers to recycle their HP products at end of life.

In addition, we recycle HP and non-HP hardware that cannot be economically repaired or reused across 67 countries and territories.¹⁹ 

In 2025, these programs enabled the recycling of 98,700 tonnes of HP hardware. Through our take-back programs, HP recycled a total volume of 111,300 tonnes of hardware and supplies, with an overall recycling rate of 18%.²⁰ This enabled us to achieve our 2025 goal to recycle 1.2 million tonnes of hardware and supplies, starting in 2016.

Nature, biodiversity and ecosystems

Healthy forest landscapes support biodiversity, water systems, and climate regulation, while also helping reduce risks such as supply disruption, resource scarcity, and climate volatility. We are committed to helping safeguard these vital resources. We have already invested in the conservation of over half a million acres of forest, with plans to go further. HP’s long-established collaborations with nonprofit organizations help us identify, prioritize, implement, and monitor opportunities for forest conservation impact. 

To deepen our understanding, in 2025, we commenced a Locate, Evaluate, Assess, and Prepare (LEAP) assessment. In partnership with a third-party consultancy, we have evaluated water-, biodiversity-, forest-, and nature-related risks across our value chain. The framework, developed by the Taskforce on Nature-related Financial Disclosures (TNFD), helps organizations identify and disclose nature-related issues. We plan to complete the assessment in 2026.

Paper-sourcing practices

HP’s suppliers play a vital role in our ability to track and improve our impact on forests. Through close collaboration with them, we ensured that in 2025, 95% of fiber in HP-brand paper, by weight, was Forest Stewardship Council®-certified (FSC®).²¹

Since 2008, HP’s Paper Sourcing Policy has set out our comprehensive set of best practices and requirements for buying, selling, and using paper and wood products. The policy, together with the related requirements in our General Specification for the Environment (GSE), also outlines the actions our suppliers must take to do business with HP and the criteria we use to evaluate them.

We require our suppliers to provide evidence that they comply with our Paper Sourcing Policy and the related requirements in our GSE on an annual basis. We also require our paper suppliers to provide quarterly fiber reports, documenting the quantity of their recycled and certified content. To track compliance, an annual third-party audit is performed on HP’s FSC content and our suppliers’ conformance to these policies.

HP works to improve our paper sourcing, including WWF’s Forests Forward corporate engagement program, to continue delivering on our commitment to source only from responsible fiber sources. Our commitment includes reviewing fiber procurement policies, risk analyses, and implementation plans, as well as engaging HP suppliers to accelerate their own responsible sourcing and nature-based solutions efforts. Through our participation in the Forest Forward program and other collaborations, we are also exploring additional ways to support FSC’s efforts to increase certified forest products and increase consumer awareness.

In 2025, 95% of fiber in HP-brand paper, by weight, was FSC-certified.²¹

Nature-Based Solutions

Forests are a source of food, medicine, fuel, and livelihoods for more than a billion people, ²² and they play a vital role in regulating climate, protecting water systems, and supporting biodiversity. For HP, investing in nature-based solutions is a core component of our sustainability strategy. By investing in the protection, restoration, and improved management of forests, we help strengthen the ecosystems that our business and customers depend on, while reducing long-term risks associated with climate change, biodiversity loss, and resource constraints.

Having worked with WWF since 2009, and as one of the first participants in its Forests Forward program,²³ HP is making a meaningful and enduring contribution to forests and the communities that depend on them. 

We focus on landscapes that are both highly threatened and strategically relevant to forest product supply chains. By supporting improved forest management, certification, and livelihoods, we are helping to reduce deforestation pressures and build resilience against climate-related disruptions.²⁴ 

Our aim is to help restore, protect, or improve the management of nearly one million acres of forest by 2030, an area larger than the combined size of Amsterdam, London, Paris, New York City, and Singapore, while also supporting WWF’s efforts to develop science-based solutions for forests and biodiversity. As of 2025, we have reached over 660,000 acres.

Please find HP’s Paper Sourcing Policy at https://h20195.www2.hp.com/v2/getpdf.aspx/c05352448.pdf

For more information on our enterprise-wide statement on the management of climate-related risks and opportunities for 2025, see our Non Financial and Sustainability Information Statement in the Strategic Report for HP Inc. UK Ltd. 

For more details, please see the 2025 HP Sustainability Progress Report at: www.hp.com/go/report.

¹ HP estimates supplier GHG emissions avoided based on supplier reported energy savings from specific energy-efficiency projects (compared with projected energy use without those projects) and supplier use of zero-emissions energy. These energy data are converted into GHG emissions avoided using emission factors for electricity and fuel types. These data also include estimates of product transportation-related GHG emissions avoided, related to specific initiatives to improve product-transportation efficiency. Data includes supplier reporting through 2024, the most recent data set available.

² We conduct PCFs, a subset of LCAs, of business HP desktops, notebooks, tablets, workstations, thin clients, all-in-one computers, and displays to better understand the performance of individual products and our overall portfolio. These estimate the total GHG emissions associated with a product over its lifetime and include emissions from materials extraction, manufacturing, distribution, use, and end-of-life management. To assess and report our complete personal systems PCF, we extrapolate these results to cover 99% of overall personal systems product sales by unit during the reporting year.

³ “Direct match” means that HP has conducted an LCA for the exact product shipped. Our carbon footprint methodology is third-party reviewed in accordance with ISO 14040 and 14044.

⁴ As of December 15, 2025. Includes computers, displays, imaging equipment, and telephones.

⁵ As of January 2025. 

⁶ As of November 2025, in the EPEAT® registry of the United States. 

⁷ Defined as energy used in our operations to generate a unit of economic activity represented by HP revenue.

⁸ As applicable, HP uses Renewable Energy Certificates (RECs) in Canada and the United States, Guarantees of Origin (GOs) in most European countries, and International RECs (I-RECs) in most Asian countries and other countries not covered by RECs or GOs. 

⁹According to a 2022 McKinsey study: https://www.mckinsey.com/capabilities/operations/our-insights/product-sustainability-back-to the-drawing-board 

¹⁰ Renewable material is defined as material that is derived from plentiful resources that are quickly replenished by ecological cycles or agricultural processes, so that the services provided by these and other linked resources are not endangered and remain available for the next generation.

¹¹ Upgradeability in electronics refers to the ability to replace or add new hardware, software, or firmware to improve a device's performance or bring it up to date. 

¹² Not all PCs and displays pass MIL-STD-810.

¹³ Renewable content is defined per the Global Reporting Initiative (GRI) as “material derived from plentiful resources that are quickly replenished by ecological cycles or agricultural processes, so that the services provided by these and other linked resources are not endangered and remain available for the next generation.”

¹⁴ Recycled content must meet the ISO 14021 definition and be verified either via supplier declarations or material-level certifications (e.g., UL 2809, SCS Global Services Recycled Content Standard, or equivalent). 

¹⁵ 2025 data do not include personal systems accessories and print accessories that are sold separately. 

¹⁶ The amount of units shipped with recycled materials in the product is expressed as a percent of total units shipped. The data for HP Printing are exported from SIRA, and the data for personal systems are exported from the PANDA Power BI. This is consolidated, and the number of shipped units with recycled content is calculated by subtracting the number of units shipped without recycled content from the total units shipped for printing and personal systems. 

¹⁷ This is based on supplier reporting that states the material is recycled or certified. These data are based on fiscal year 2024 supplier self-declarations because HP’s data collection process is being improved to align with increased reporting criteria for regulatory compliance. Packaging is the box that comes with the product and all paper-based materials inside the box. Packaging for commercial, industrial, and 3D products, scanners, personal systems accessories, and spare parts is not included.

¹⁸ Eligible subscribers are those located in Instant Ink-supported European countries using supported HP OfficeJet Pro 9010/9020 series printers with updated firmware. Program availability varies by country.

¹⁹ The number of countries or territories where HP offers legislation driven and/or voluntary hardware take-back and recycling programs, and/or voluntary ink and/or toner take-back and recycling programs. Program availability varies. For details, see hp.com/recycle.

²⁰ The recycling rate is based on the weight of products returned for recycling compared with the weight of our product sales from seven years ago (the estimated average lifespan of our products). It is impractical for HP to report the recycling rate by product category, as equipment is not typically sorted at collection points. This rate also does not include packaging recycling, due to limited data available from recyclers.

²¹ HP trademark license code FSC-C017543; see fsc.org. Not all FSC certified products are available in all regions; look for logo on pack. 

²² Source: https://www.un.org/development/desa/en/news/forest/forests-a-lifeline-for-people-and-planet.html#:~:text=Over%201.6%20billion%20people%20depend,one%20way%20or%20the%20other  

²³ www.worldwildlife.org/news/press-releases/wwf-launches-forests-forward-a-global-program-to-help-companies-deliver-lastingscience-driven-strategies-to-benefit-nature-climate-and-people/ 

²⁴ https://explorer.land/p/organization/hp/forests-forward