Climate change is one of the most significant and urgent issues facing business and society today. Science is clear, the impacts are serious, and the time to act is now.

At HP, we believe climate action is not just our responsibility, it is vital to the longevity of our business. We are working to ensure our business is resilient by innovating to mitigate the effects of climate change and adapting to an evolving global business and regulatory environment. We recognize that our customers, investors, and employees expect us to do our part to address the climate crisis and make our business more sustainable.

At HP, climate action spans three key areas—carbon emissions, circularity and forests—making our strategy one of the most comprehensive in the technology industry. This three-pronged approach focuses on reducing carbon emissions—a main driver of climate change, increasing circularity—which reduces emissions from resource consumption, and investing in forests to sequester carbon and create more resilient ecosystems.

Carbon emissions

HP was the first global IT company to publish a full carbon footprint, which covers our entire global value chain—from our suppliers¹ to our operations and to our millions of global customers who use our products. In 2024, our carbon footprint equaled 17,757,000 tonnes² of CO₂ equivalent (CO₂e), 27% less than in 2019. This included a 16% reduction in absolute GHG emissions related to product manufacturing and a 46% decrease associated with product energy use.

• Supply Chain

Because 72% of our emissions occur in our supply chain, we use our scale and scope to engage closely with suppliers. This includes encouraging suppliers to address their own impacts, such as through the use of renewable electricity.

Production and nonproduction suppliers play a crucial role in helping us to achieve net-zero carbon and enhance resource efficiency across the value chain. Partnering with our suppliers has been a crucial part of our strategy, as their operations directly influence energy consumption, material efficiency, and waste reduction. For over a decade, we have collaborated closely with our production and nonproduction suppliers to strengthen their environmental initiatives and to ensure transparent progress reporting, focusing on GHG emissions and energy use, water withdrawal, and waste generation.

Through our Carbon Disclosure Project (CDP) 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 Greenhouse Gas (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 sustainability expectations, and providing resources for adopting cleaner technologies. Our Supplier Sustainability 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.

Our SCoC encompasses environmental provisions covering permits, reporting, pollution prevention, waste reduction, hazardous substances, water management, air emissions, and energy and GHG emissions reduction. We enforce these standards through the Responsible Business Alliance (RBA) Validated Assessment Program and our internal assurance and audit processes. Furthermore, 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. Additionally, we apply more stringent requirements through this Scorecard to suppliers that assemble our products, as well as suppliers within each commodity group, particularly focusing on suppliers with higher potential for environmental impacts.

By combining the SCoC requirements with the Supplier Scorecard, we have created a multi-faceted approach to drive environmental responsibility throughout our supply chain. This strategy ensures that our suppliers not only meet baseline standards but also actively work towards more ambitious sustainability targets, aligning with our company's broader environmental objectives.

• Products and Solutions

A little less than one-fourth of HP’s carbon footprint comes from the use of our products. We work to continually improve product energy efficiency as well as deliver innovative service-based solutions that help customers reduce the energy use of our products. In 2024, product energy use generated 4,362,000 tonnes of CO₂e, accounting for 25% of our total carbon footprint. This represents a 46% reduction in absolute emissions compared with 2019.

To help customers reduce energy consumption and GHG emissions, we focus on energy-efficient designs and offer convenient, service-based solutions. We use a variety of metrics to track progress and foster innovation as we continually refine our portfolio of products to deliver greater value to customers while minimizing environmental impact.

HP uses life cycle assessments (LCAs) and product carbon footprinting (PCF)³ to quantify the environmental impacts of our products, analyze possible alternatives, and target product performance improvements that deliver value to our customers and to our businesses.

In 2024, we:

• Conducted or updated 345 LCAs of DesignJet printers, scanners, enterprise printers, and cartridges
• Conducted or updated 658 PCFs of business HP desktops, notebooks, tablets, workstations, thin clients, all-in-one computers, and displays
• Standardized assumptions for lifetime prints of legacy products, directly boosting the share of products assessed through LCAs
• Incorporated more detailed and reliable data sources into the Life Cycle Inventory (LCI) for HP’s peripheral businesses
• Refined the LCA model for inkjet supplies to align with the latest manufacturing practice for printheads.

From 2019 to 2024, we achieved an average reduction of 24% in the energy consumption of our personal systems products, including 35% in notebooks, 51% in workstations, and 8% in displays.⁴ These improvements were driven by ongoing design advancements, such as more efficient central processing units (CPUs), panels, and power supplies, which continue to lower the typical energy use of our notebooks, workstations, and displays.

Additionally, we rely on third-party auditing through eco labels and certifications to validate our data, ensuring credibility and transparency in our efforts. Product certifications help customers make sustainable choices by providing trusted, third-party validation of a product's environmental performance, ensuring that it meets rigorous sustainability standards for reduced impact on the planet.

Since 2022, HP has led the industry with the highest number of EPEAT® Gold and Silver certificates for personal systems globally.⁵ In early 2025, HP further expanded the number of ENERGY STAR® certified personal systems and printing products to more than 800. To help consumers better understand these certifications, we provide detailed information about product safety and environmental attributes online and play an active role in shaping new standards.

The HP Envy 6100/6500 All-in-One Printer series and HP DeskJet Plus Ink Advantage 6100/6500 All-in-One Printer series are designed to meet EPEAT® Silver⁶ and ENERGY STAR®⁷ performance criteria. In addition to being UL Ecologo® certified⁸ compatible HP EvoMore Ink supplies are designed to have a lower carbon footprint compared with standard cartridges⁹ by getting twice the number of pages.¹⁰

HP’s DesignJet T200 and T600 Series printers incorporate the Energy Scheduler, an advanced automatic power cycling system that cuts energy consumption by 60%.¹¹ In 2024, printer power off scheduler was implemented in HP Latex R series, 2700 series, 3000 series, and 1500 series, saving an average 20% of energy.

• HP Operations

While GHG emissions from HP operations represent only 2% of our footprint, we work to demonstrate leadership in emissions management, reduction, and disclosure. Our global operations produced 127,600 tonnes of Scope 1 and Scope 2 CO₂e emissions during 2024, a 13% decrease compared with 2023.

In 2024, HP operations were conducted in 55 countries and 196 sites, generating 127,600 metric tonnes of CO₂e in Scope 1 and Scope 2 emissions—a 13% reduction from 2023, driven by increased renewable electricity procurement. Emissions intensity decreased to 2.4 metric tonnes of CO2e per million US dollars of net revenue in 2024, a 13% decrease from 2023.

Most of our operational emissions stem from the energy required to power our facilities. To address this, our strategy focuses on three key areas, including:

• Reducing energy consumption through optimization and efficiency initiatives
• Increasing onsite renewable energy generation
• Procuring renewable energy from offsite sources for regions where we operate.

In 2024, our operations consumed 682,398 MWh of energy, marking a 6% reduction from 2023. This decrease was driven by energy conservation projects and reduced natural gas usage across all three regions where HP operates (AMS, EMEA, and APJ). To better align with reporting and GHG emissions accounting standards, we updated our methodology at our Palo Alto, California, US, site, excluding tenant emissions from Scope 2 and reallocating them to Scope 3. This adjustment prevented double counting and reduced our reported direct operational energy consumption. Energy intensity decreased by 6% in 2024 compared with 2023, reflecting our lower energy usage.

In 2024, we implemented several impactful energy reduction initiatives, including 28 energy conservation projects as a part of our operations energy efficiency program, and an additional five projects as a part of a Strategic Energy Management program at our Corvallis, Oregon, US, site. These projects reduced HP’s annual energy consumption by an estimated 6,701 MWh in FY24.

HP runs a global energy management program that includes an annual budget to implement energy saving projects. We also deployed site-specific energy management programs at a number of major sites, including the Strategic Energy Management program at our Corvallis, Oregon, US, site, and ISO 50001 (energy management) certifications at two sites in Singapore and one site in China. 

Within our operations, HP also raises awareness of energy efficiency and energy reduction strategies by sending periodic communications to managers to share with their employees.

In 2024, we sourced and generated a total of 297,846 MWh of renewable electricity, with 74% from wind, 4% from solar, and 22% from mixed wind and solar. This resulted in renewables accounting for 62% of our global electricity consumption—up from 59% in 2023—while maintaining our commitment to 100% renewable electricity in the US.

By implementing energy-saving technologies and processes, we aim to minimize overall demand. Sources of renewable electricity in 2024 included Renewable Energy Certificates (RECs), Guarantees of Origin (GOs), and International RECs (I-RECs) (91%), of which 66% are US-RECs and 34% are I-RECs; green electricity contracts (6%); and renewable energy generated on site and on-site Power Purchase Agreements (PPAs) (3%). Through these purchases, we continue to use 100% renewable electricity in the US¹²–all of which ensure the electricity we use comes from clean, sustainable sources. Together, these actions are central to our goal of reducing operational emissions and supporting a transition to a low-carbon future.

Building on previous renewable energy initiatives—such as the solar-covered roof at our Palo Alto headquarters in California, US (a feed-in tariff project)—HP continued to pursue renewable energy projects in 2024, including the installation of an 854 kW solar electricity system at our site in Jalisco, Mexico. Once operational, it is expected to generate up to 92% of the site’s annual energy consumption.

One of our goals is to reduce GHG emissions from HP-owned or leased auto fleet vehicles by 25% by 2025, compared with 2015. During 2024, our company auto fleet accounted for 17,700 tonnes of CO₂e missions, 2.1% less that in 2023 and 42.3% less than in 2015. By 2030, we want to achieve a 100% electric vehicle (EV) company fleet. We started our first EV fleet pilots in the Netherlands in 2020 and have since introduced EV choices in 17 countries. By the end of 2024, our fleet comprises 20% EV and 29% hybrid vehicles.

Circularity

At HP, we embrace the principles of the circular economy by prioritizing sustainable material choices, circular design, and the repair, recovery, and reuse of our products. From the design stage to the product’s final usable life, this approach reduces the need for new resources and ensures that our products remain in circulation longer, all in support of our goals.

Five principles guide HP’s approach and drive progress toward a circular economy. Designing for circularity ensures that our products are durable, repairable, reusable, and recyclable. We prioritize materials that have the biggest impact to ensure that we’re focusing on the right areas, increasing recycled and renewable content where possible. We hold ourselves and our suppliers to well-defined responsible manufacturing standards. Additionally, we offer a range of services focused on repairing, recovering, reusing, and recycling our products to extend their lifespan and reduce their end-of-life impacts.

• Design

More than 30 years ago, HP established what is now known as Design for Circularity, which guides the design and development of our products. Our program uses a science-based approach to evaluate our products, identify and prioritize improvement opportunities, and set goals. Our design priorities focus on incorporating recycled and renewable materials and incorporating safer chemicals, as well as designing our products for durability, repairability, reusability, and recyclability. HP also provides services that enable product repair, reuse, and recycling. Our service design is continuously improved not only to enhance our repair, refurbishment, and recycling operations, but also to include customer feedback, thereby enhancing their experience.

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.

• Services and Business Models

Our service-based solutions shift product responsibility to help extend product lifespan, reduce waste, and improve circularity.

HP offers service-based solutions that shift product ownership, either to HP or to a third-party entity. This allows HP to provide more direct support for HP product protection, repair, refurbishment, reuse, and end-of-use. Some of these solutions include: 

• Managed Device Services—Provides customized end-to-end services across a product’s lifecycle to maintain device functionality, including advising, configuration and deployment, device management, and refresh and renewal
• Managed Print Services—Helps commercial customers ensure reliability and performance of their printer fleet and proactively detect and solve problems while offering printer-based emissions-reduction solutions
• Professional Print Services—Identifies potential device issues and initiates resolutions for our large format printer customers while providing access to on-site support, repair, and maintenance services
• Industrial Print as a Service—Offers Indigo industrial printing press customers with charge-per-print and monthly service support, which includes replacement parts and supplies as well as repair, upgrade, and end-of-life recycling services
• All-In Plan—Enables HP to provide round-the-clock technical support to home printer customers in addition to our Instant Ink service
• Instant Ink—Tracks ink and paper levels of HP home user and microbusiness customer printers, automatically providing cartridge and FSC®-certified paper replacements.

• Materials

Materials play a key role in HP’s environmental impact and are central to advancing our circularity efforts. Across our products and packaging, HP is focusing on improving the circularity of our materials. This includes continuing responsible chemicals use and management as well as increasing the recycled and renewable content¹³ of our products and packaging.

HP is both a supplier and a user of recovered materials, incorporating 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 2024, HP used 839,800 tonnes¹⁵ of materials in our products and packaging, a 0.1% decrease over the last year. 43% of total materials by weight were either recycled, reused, or renewable. Since 2019, HP has used more than 4B pounds of recycled, reused, and renewable (circular) materials.

More than 99% of HP home and office printers, desktops, notebooks, displays, and workstations shipped to customers in 2024 included recycled materials. 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. HP has used over 1 billion pounds of recycled materials in HP products and packaging since 2019.

In 2024, HP used 48,840 tonnes of postconsumer recycled content plastic in HP products, equivalent to 26% of overall plastic use. For personal systems, we increased our use of postconsumer recycled content plastic from 27% to 30%.

Since 2016, HP has worked to increase use of ocean-bound plastic in our products. Through partnerships with NGOs and key suppliers, we’ve supported the establishment of ocean-bound plastic removal infrastructure that has enabled us to incorporate 2,876 tonnes of recovered ocean-bound plastic into our products globally.

Also in 2024, HP partnered with multiple recycled material suppliers to activate an ocean plastic supply chain, repurposing waste streams such as expanded polystyrene (EPS) and discarded fishing nets into products.

To drive change across and beyond our industry, we also collaborate with a range of initiatives and organizations. For example, NextWave Plastics convenes leading technology and consumer-focused companies to develop the first global network of ocean-bound and ocean plastic supply chains. HP is also a partner and funder of The Circulate Initiative’s Responsible Sourcing Initiative, which aims to create an actionable global standard for responsibly sourcing recycled plastics. HP was the brand partner for implementation of the framework in Vietnam.

We source metals with a high proportion of recycled content for some personal systems products, including up to 90% recycled aluminum, up to 90% recycled magnesium, up to 20% recycled steel, up to 50% recycled copper, and at least 25% recycled indium. These metals are designed to be as recyclable as virgin metals through existing infrastructure and still meet the demanding industrial design requirements of our products. Use of recycled metals decreases environmental impacts associated with mining and producing virgin materials, including energy use and associated GHG emissions. During 2024, our use of recycled metals in personal systems products increased by 54%, compared with the previous year.

• Repair, Refurbish, Reuse

Keeping our products in use for as long as possible is critical to enabling a low-carbon circular economy. HP offers a wide range of reliable and flexible solutions to extend the life of our devices.

In addition to designing our products for easy repair, HP enables customers to repair their purchased products themselves or to choose one of our HP services. Free service documentation, service options, and extended warranties are available for most HP products through HP Care Pack Central.

HP Renew Solutions represent our commitment to reducing environmental impact by giving devices another life, supporting the circular economy. These solutions are designed to support the transformation of our industry and to help customers meet their sustainability goals. 

• Device Life Extension—Prolongs device usage through refurbishment, manages transitions within organizations, and helps reduce refresh cycles
• HP IT Asset Disposition (ITAD)—Compliant recovery of used devices, ensuring they are securely data-sanitized and enabled for reuse, to avoid e-waste
• HP Certified Refurbished Hardware—Reliable refurbished devices that come with a one-year limited warranty, with an option to extend up to three years.

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. The process 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.

• Recycling

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

HP provides take-back programs in 77 countries and territories worldwide¹⁶ to make it easy for customers to turn their HP products in for potential reuse.

In addition, we recycle HP and non-HP hardware that cannot be economically repaired or reused across 67 countries and territories.¹⁷ In 2024, these programs enabled the recycling of 99,000 tonnes of HP hardware. Through our take-back programs, HP recycled a total volume of 110,900 tonnes of hardware and supplies, with an overall recycling rate of 17.3%.¹⁸

Forests

As a company that believes the future of work delivers growth and fulfillment through technology, we are dedicated to improving our forest ecosystem impacts. Nature-based solutions, such as sustainable land management and forest protection and restoration, can provide 37% of the climate change mitigation needed through 2030 to achieve Paris Agreement targets.¹⁹

• Efficient Paper Consumption

Addressing HP’s impact on forests begins with product R&D and service innovation. Our printers and product software are designed to minimize paper waste, helping customers save automatically. Examples include: 

• 70% of HP's laser portfolio are duplex capable and are defaulted double-sided printing out of the box²⁰
• Around 99%^21,22 of HP’s laser portfolio has pull-printing features enabled, which requires users to be at the printer for the job to be released, reducing unclaimed print jobs and misprints by an estimated 10-30%²³
• Non-HP brand toner cartridges are found to use 42% more paper²⁴ due to reprinting and inconsistent print quality, compared with Original HP toner cartridges
• The HP Smart app includes file scanning and sharing, allowing users to digitize records in lieu of printing.

• Responsible Paper Sourcing

Our suppliers are required to provide evidence of their compliance with our Sustainable Paper and Wood Policy and the related requirements in our General Specification for the Environment (GSE) on an annual basis. Our paper suppliers are also required to provide fiber reports to HP, documenting the quantity of their recycled and certified content. To track compliance, an annual third-party audit is performed on HP’s Forest Stewardship Council® (FSC®) content and our suppliers’ conformance to these policies. 

94% of fiber in HP-brand paper, by weight, was FSC®-certified²⁵ or from controlled sources in 2024.

HP collaborates with partners to improve our responsible sourcing, including WWF’s Forests Forward program and FSC®, to continue delivering on HP's continued commitment to source only from responsible fiber sources. Our ongoing goal is to achieve 100% sustainably sourced fiber for all HP-brand paper and paper-based packaging for home and office printers and supplies, PCs, and displays, with a preference for FSC®-certified fiber. Our commitment includes reviewing fiber procurement goals, 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.

• Nature-Based Solutions

Partners since 2009, HP is part of WWF’s Forests Forward program to make a meaningful and enduring positive impact on forests and the communities that depend on them. As a founding member of the program,²⁶ HP supports WWF’s forest work in four countries, focused on specific landscape investments and responsible sourcing.²⁷

Through this partnership, HP has committed to the restoration, protection, and improved management of 228,966 hectares of forest, an area nearly three times the size of New York City, while also supporting WWF’s efforts to develop science-based solutions for forests.

HP supports WWF China’s focus to improve forest management by engaging with forest managers in four provinces across China. WWF is helping them achieve certification through the FSC®’s certification program, recognized globally as the gold standard for forest certification. Additional goals of the project are to restore habitat for the endangered Asian Elephant and increase awareness about sustainable forest products. Since 2020, HP and WWF have been working towards improving the forest management of 89,000 hectares by 2025. In 2024, the project achieved FSC® certification on 61,205 hectares of forests for a total of 123,017 hectares of improved forest management in China.

In Brazil, HP supports multiple restoration, protection, and conservation initiatives, including helping recover natural forests across 1,050 hectares of the Atlantic Forest and protect 52,000 hectares across three national parks in the country's southern Bahia state, which in 2011 was identified by Conservation International as one of the 10 most endangered forests in the world.²⁸ HP’s work in these forests is helping build the capacity of park managers and grow local, sustainable business enterprises. In addition to supporting the protection of these three national parks, HP’s partnership with WWF in 2024 led to the transition of 62 hectares of degraded forest to forest-in-recovery through on-the-ground restoration action. This brings the total area of forest our collaboration is helping to restore to 618 hectares in Brazil.

HP and Conservation International (CI) have worked together since 2013. In 2024, we continued our work with CI to support their collaboration with Indigenous peoples to conserve globally important forests and support community development in Indonesia and Brazil. In South Sorong, Indonesia, we partnered to help improve the management of forests with high biodiversity and natural resources that local communities depend on. Due to their high carbon sequestration value, the loss of these forests would also seriously challenge the achievement of global net-zero goals and have an irreversible impact on climate change. In 2024, HP also supported the establishment and capacity-building of local community enterprises to enable more sustainable livelihoods.

In addition, HP has an established partnership with The Arbor Day Foundation, a global nonprofit with a mission to inspire people to plant, nurture, and celebrate trees, with a dedicated focus on forests and communities most in need of trees. In 2024, HP collaborated with The Arbor Day Foundation on 10 global projects to plant 31,877 trees. Two of these projects were in the US, including an effort to restore coastal forest habitat throughout the Chesapeake Bay watershed and along the Rappahannock River in Virginia, and a post-fire recovery project in southern Oregon within the Klamath Falls Basin. Other projects occurred in Argentina, Peru, Mexico, Columbia, Madagascar, Germany, Brazil, and Scotland. Since 2020, HP has helped plant over six million trees through 72 projects in partnership with The Arbor Day Foundation.

Please find HP’s Climate Action Policy Position at https://h20195.www2.hp.com/V2/GetDocument.aspx?docname=c05320887.

For further information, please see the 2024 HP Sustainable Impact Report at: www.hp.com/go/report.

¹ Carbon and water footprint data presented in this section related to our production suppliers (except for HP-brand paper) is calculated using product life cycle assessment–based estimates for materials extraction through manufacturing and product transportation. Production supplier GHG emissions and water withdrawal data presented in Supply Chain Environmental Impact is based on a different methodology.

² Tonnes” refers to metric tons.

³ 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 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.

⁴ The average energy consumption of HP products was estimated annually between 2019 and 2024 using high-volume products for all product lines including notebook, desktop, all-in-one, workstation, and thin client computers, as well as displays, and using energy consumption values in 115V due to ENERGY STAR being an NA-managed ecolabel. Averages are calculated using the most heavily loaded ENERGY STAR configuration as a representative for individual platforms, weighted by products sold.

⁵ As of January 2025.

⁶ Based on US EPEAT® registrations according to IEEE 1680.1-2018 EPEAT. EPEAT status varies by country. Visit www.epeat.net for more information.

⁷ Models of the HP Envy 6100/6500 series that are ENERGY STAR certified in North America are identified as HP Envy 6155e All-in-One Printer and HP Envy 6555e All-in-One Printer. Visit www.energystar.gov/productfinder for more information.

⁸ Original HP Ink Cartridge certification to UL 2801 demonstrates compliance with a range of multi-attribute, lifecycle-based criteria related to human health and environmental considerations. See UL.com/ EL & KeypointIntelligence.com/HPInkUL.

⁹ HP 68e EvoMore Ink Cartridges have a lower carbon footprint compared with standard HP 68 Original Ink Cartridges when normalized to print 1,000 pages. Based on LCA study conforming to ISO 14040/44 and third-party verified. See EvoMore LCA report.

¹⁰ HP 68e EvoMore Original Ink Cartridges compared with HP 68 standard Original Ink Cartridges. Page yield tested in HP Envy 6155e All-in-One printer. Average continuous printing yield of black and composite (cyan/ magenta/yellow) based on ISO/IEC 24711 or HP testing methodology. Actual yield varies considerably based on content of printed pages and other factors. For details, see hp.com/go/learnaboutsupplies.

¹¹ The percentage reductions in energy consumption are based on tests conducted by HP in 2024. Data based on the implementation of auto-scheduled on/off usage in various printer models, measured on a monthly basis. Actual savings may vary depending on the specific usage patterns, printer models, and environmental conditions.

¹² As applicable, HP uses RECs in Canada and the US, GOs in most European countries, and I-RECs in most Asian countries and other countries not covered by RECs and GOs.

¹² 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 2024 data do not include the following products or packaging for these products; some personal systems accessories and print accessories sold separately.

¹⁶ 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.

¹⁷ The number of countries or territories where HP offers legislation-based and/or voluntary hardware take-back and recycling programs. Program availability varies. For details, see hp.com/recycle.

¹⁸ 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.

¹⁹https://files.ipbes.net/ipbes-web-prod-public-files/inline/files/ipbes_global_assessment_report_summary_for_policymakers.pdf.

²⁰ Based on unique number of products offered in the LaserJet Pro and Enterprise portfolio shipped in 2024.

²¹ Based on unique number of products offered in the LaserJet Pro and Enterprise portfolio shipped in 2024.

²² All Enterprise products support server-based Pull or Personal Identification Number (PIN) released print; select Pro and Laser products support physical hardware based PIN number released print.

²³ Typical of those reported by leading industry analysts and HP client engagements. Estimated energy and paper savings based on analysis of select HP Managed Print Services (MPS) customers’ imaging and printing operations using data gathered on devices and paper consumption and comparing with post-MPS actuals or projections. Results depend on unique business environments, the way HP products and services are used, and other factors. Overall printing costs are unique to each company and should not be relied on for savings achieved.

²⁴ 2024 North America Four Elements Consulting LCA study, commissioned by HP, compared Original HP 58A toner cartridges with six brands of non-HP toner cartridges across eight environmental impact categories. See www.HP.com/go/NA-LCA-nonHP-202.

²⁵ HP trademark license code FSC-C017543; see fsc.org. Not all FSCcertified products are available in all regions; look for logo on pack.

²⁶ https://www.worldwildlife.org/press-releases/wwf-launches-forestsforward-a-global-program-to-help-companies-deliver-lasting-sciencedriven-strategies-to-benefit-nature-climate-and-people.

²⁷ https://explorer.land/p/organization/hp/forests-forward.

²⁸ https://science.time.com/2011/02/02/the-top-10-most-endangered.