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Environmental Strategy

Based on the belief that our environment is our future

At Samsung Electronics, we have established an environmental management strategy with specific mid- to long-term goals
and implementation methods that aim to contribute toward the preservation of our environment.

How we fulfill our environmental commitment

How we manage environmental sustainability
across the value chain

Sourcing

Climate Action
Support suppliers to reduce their greenhouse gas
emissions and expand the use of renewable energy
Circular Economy
Expand the use of recycled materials,
Purchase materials and components that have lower
environmental impact,
Collaborate with eco-partner* certified suppliers
* Companies that meet internal standards for product environment
policy, hazardous substance control, etc.

Production

Climate Action
Expand the renewable energy use and diversify the portfolio,
Reduce greenhouse gas emissions in manufacturing,
Develop products that require less energy
Circular Economy
Reduce water withdrawal and expand reuse,
Minimize waste, Expand recycling,
Develop alternatives to harmful chemical substances

Distribution

Climate Action
Optimize logistics to reduce fuel and greenhouse gases
Circular Economy
Use recycled materials in packaging,
Make packaging compact and lightweight

Use

Climate Action
Reduce indirect greenhouse gas emissions with energy-efficient products
Circular Economy
Improve product performance,
Extend the product's lifespan,
Upgrade firmware, Extend product warranty,
Develop products that are easy to disassemble and recycle,
Continue to expand repair service centers worldwide

Recycling

Climate Action
Monitor greenhouse gas emissions at the disposal stage
Circular Economy
Operate country-specific e-waste take-back programs,
Separate and recycle e-waste by material
env-circle-mo-en

Sourcing

Climate Action
Support suppliers to reduce their greenhouse gas emissions and expand the use of renewable energy
Circular Economy
Expand the use of recycled materials,
Purchase materials and components that have lower environmental impact, Collaborate with eco-partner* certified suppliers
* Companies that meet internal standards for product environment policy, hazardous substance control, etc.

Production

Climate Action
Expand the renewable energy use and diversify the portfolio, Reduce greenhouse gas emissions in manufacturing,
Develop products that require less energy
Circular Economy
Reduce water withdrawal and expand reuse,
Minimize waste, Expand recycling,
Develop alternatives to harmful chemical substances

Distribution

Climate Action
Optimize logistics to reduce fuel and greenhouse gases
Circular Economy
Use recycled materials in packaging, Make packaging compact and lightweight

Use

Climate Action
Reduce indirect greenhouse gas emissions with energy-efficient products
Circular Economy
Improve product performance,
Extend the product's lifespan,
Upgrade firmware, Extend product warranty,
Develop products that are easy to disassemble and recycle, Continue to expand repair service centers worldwide

Recycling

Climate Action
Monitor greenhouse gas emissions at the disposal stage
Circular Economy
Operate country-specific e-waste take-back programs,
Separate and recycle e-waste by material
Climate
Action

Pursuing net zero carbon emissions as one of the world's
largest ICT manufacturer

When Samsung Electronics acts, the effects are felt across the industry

  • 2027

    Aim to transition to 100%
    renewable energy in
    DX Division and
    all overseas sites1)

  • 2030

    Aim to achieve net zero carbon
    emissions in DX Division (Scope 1∙2)

    Plan to reduce power
    consumption by 30%2) on average
    of major models of seven product
    categories3)

  • 2050

    Aim to transition to 100%
    renewable energy

    Aim to achieve company-wide
    net zero carbon emissions
    (Scope 1∙2)

Progress in 2025

  • Continued to drive direct greenhouse gas emissions reductions through the expansion of high-efficiency Regenerative Catalytic System (RCS), the development and utilization of alternative gases with low global warming potential, and the recovery of waste heat
  • Consumed 10,886 GWh of renewable energy globally, reaching a transition rate of 32.5% (DX 94.8%, DS 26.2%)
  • Achieved transition to 100% renewable energy in the U.S., Europe, China, Vietnam, India, Brazil, and Mexico manufacturing sites
  • Signed new Power Purchase Agreements (PPAs) at the Gwangju manufacturing site and expanded the procurement of renewable power at global manufacturing sites in Vietnam, India, Türkiye, the U.S., and China
  • Improved product energy efficiency by 34.4%2) by applying high energy efficiency technology to leading models of seven major product categories3)
  1. DX∙DS Divisions
  2. Compared to the equivalent range of performance and specification of models from 2019
  3. Major product categories (2025 models): Refrigerator (RT34DG5A4DSLHL), Air Conditioner (AC052FCADKF/TL), Washer (WD90F25AHT), TV (KQ75QNF990FXKR), Monitor (LS49DG952SKXKR), PC (NP960XJG), Smartphone (SM-S938)
Circular
Economy

Increasing resource circularity
from raw material to disposal

Striving for a circular economy

  • In 2022, Circular Economy Lab was established to research material recycling technologies

  • 2030

    Aim to apply recycled plastic1) to 50%2) of plastic parts3) in
    DX products

    Plan to expand e-waste
    collection system to all global
    sales regions and achieve a cumulative total of 10 million
    tonnes collected4)

  • 2050

    Aim to apply recycled plastic1) to 100%2) of plastic parts3) in DX products

    Plan to collect 25 million
    tonnes4)
    of e-waste cumulatively

Progress in 2025

  • Used 220,444 tonnes of plastic with recycled materials achieving a utilization rate of 33.7%
  • Collected 636,231 tonnes of e-waste as of 2025 (Cumulative amount from 2009 to 2025: 7.54 million tonnes)
  • Circular Economy Lab: Established the Circular Battery Supply Chain by extracting minerals from waste batteries for use in new product manufacturing, and developed r-HIPS material by recycling waste Styrofoam collected during product installation
  1. Ratio of recycled materials varies by plastic parts
  2. Percentage of parts containing recycled materials out of the total amount of parts
  3. Plastic parts developed by Samsung
  4. From 2009
Clean Tech
Innovation

Managing carbon
emissions and
reducing
particulate matter

Aiming for open collaboration with and support of communities, startups, and suppliers

  • Support partner companies to achieve
    their carbon reduction targets
    and to invest in environmental
    resources through our ESG funds

  • 2030

    Develop carbon capture
    technology for semiconductor
    business sites

    Expand the use of particulate
    matter reduction technology

    Korean business sites, suppliers,
    partner companies, etc.
  • After 2030

    Apply carbon capture technology
    to semiconductor manufacturing facilities
    (Contributing to 2050 net zero)

Progress in 2025

  • Operating the Air Science Research Center (ASRC), established by integrating SAIT (Samsung Advanced Institute of Technology)’s Carbon Capture Research Institute and Particulate Matter Research Institute
  • Confirmed an approximately 98% particulate matter removal efficiency in a real-world setting through pilot testing of the ShareAIR (Share the Clean Air) project
Sustainability in
Operations

Managing our
environmental
impact

Aiming to treat water and air pollutants to natural state levels and to meticulously manage and recycle waste and chemicals

  • 2025

    Achieved Platinum grade*
    for Zero Waste to Landfill validation
    across all our global manufacturing sites

    UL Solutions issues
    Zero Waste to Landfill designations based on
    a facility's waste
    diversion rate:
    Platinum (100%),
    Gold (95-99%),
    and Silver (90-94%)
  • 2030

    Aim to replenish 100% of water
    consumed by DX Division

    Aim to reduce DS Division* water withdrawal to 2021 levels

    Korean manufacturing sites
  • 2040

    Remove pollutants generated during the semiconductor production process to 'natural state' levels* with minimal environmental impact prior to discharge (DS Division)

    Treating effluent to the level of upper
    stream water and emissions to clean air
    quality meeting the national standards

Progress in 2025

  • Achieved Platinum grade for Zero Waste to Landfill validation at all our manufacturing sites1) globally
  • Expanded the AWS (Alliance for Water Stewardship) Platinum certification to global manufacturing sites in China and Vietnam2), following South Korea3) (as of March 2026)
  • DX Division implemented a total of 42 water replenishment projects within and outside South Korea, achieving a 67.2% global water replenishment rate
  1. Issued by UL Solutions. Validation covered 22 sites for DX Division; an integrated validation was conducted on 10 sites for DS Division, including the Samsung Advanced Institute of Technology.
  2. SCS in China, and SEV, SEVT, SEHC in Vietnam
  3. Suwon, Gumi, Gwangju, Giheung·Hwaseong, Pyeongtaek, Cheonan∙Onyang sites