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Circular Economy

Sourcing, Production, Distribution, Use, Recycling

From sourcing to recycling,
we are advancing resource circularity throughout the product lifecycle.

Longer life for the product and
even longer life for the material used
in the product.

At Samsung Electronics, we work to identify and assess resource-related risks and opportunities. We also aim to improve resource circularity across the entire product
lifecycle—from sourcing and production to distribution, use,
and end-of-life disposal and recycling.

Learn more

We strive for a circular
economy by utilizing
recycled
materials and
extracting resources
from e-waste.

Our approach to a
circular economy

Using
recycled materials
Use recycled plastic1) for all2) plastic parts3) in DX products by 2050
Extract raw materials from waste, use recycled materials and packaging
  • Ratio of recycled content varies by plastic parts
  • Percentage of parts containing recycled materials out of the total amount of parts
  • Plastic parts developed by Samsung
Learn more
Extending
product life
Improve durability, repairability and
support upgrades
Use products for a longer period of
timeLearn more
Collecting and
recycling e-waste
Operate an e-waste collection system
in
all global sales regions by 2030
and work
towards collecting 10
million tonnes
(accumulated)
Categorize waste products by material
to recycle as a resourceLearn more
Using Recycled Materials

Using Recycled
Materials

E-waste, born again with
technology

Recycled materials roadmap

2022 - Ocean-bound plastic recycled and applied to DX products, Circular Economy Lab established / 2025 - 989,255 tonnes of plastic containing recycled materials used cumulatively since 2009 / 2030 - Aim to apply recycled plastic¹) to 50%²) of plastic parts³) in DX products, establish a recycling system for minerals recovered from collected waste batteries / 2050 - Aim to apply recycled plastic¹) to 100%²) of plastic parts³) in DX products
  • Ratio of recycled content varies by plastic parts
  • Percentage of parts containing recycled materials out of the total amount of parts
  • Plastic parts developed by Samsung
2022
  • Ocean-bound plastic recycled and applied to DX products
  • Circular Economy Lab established
2023
  • 567,056 tonnes of plastic with recycled resin used cumulatively since 2009
2030
  • Aim to apply recycled plastic1) to 50%2) of plastic parts3) in DX products
  • Establish a recycling system for minerals recovered from collected waste batteries
2050
  • Aim to apply recycled plastic1) to 100%2) of plastic parts3) in DX products
Circular process showing the flow from collecting Galaxy devices → dismantling, discharging, shredding batteries → extracting black mass & recycled cobalt → manufacturing new batteries → producing Galaxy S25.
Image is for illustrative purposes only. Does not represent material applied to the actual product.

Our products give
a
new life to materials

Circular process showing the flow from collecting Galaxy devices → dismantling, discharging, shredding batteries → extracting black mass & recycled cobalt → manufacturing new batteries → producing Galaxy S25.
Image is for illustrative purposes only. Does not represent material applied to the actual product.

We strive to use recycled materials
in our products.

We are constantly looking for ways to minimize our impact on the land and sea. By focusing on plastic waste as one of the biggest threats to the marine environment, we have
developed technology to recycle discarded fishing nets and are continuing our efforts to improve circularity by recycling resources.

The Galaxy S25 released in 2025 uses a minimum of 50% recycled cobalt1) for batteries, sourced from previously used Galaxy devices or batteries discarded during the manufacturing process. In 2026, recycled tantalum2) is newly applied in the Galaxy S26 series, further expanding the range of recycled materials.

In addition, the 13-inch Samsung Color E-Paper, our thin and light digital signage display, features a product housing that uses recycled plastic3) and phytoplankton-based bio-resin4) derived from plant-based plankton.

Our efforts to scale the use of recycled materials extend to home appliances as well. In 2026, we incorporated a recycled-glass composite into the Bespoke AI Laundry Combo5), earning an Environmental Claims Validation (ECV) from the global safety science company, UL Solutions.

  • The Galaxy S25 battery contains at least 25% cobalt, 50% of which
    is recycled. Inclusion may differ by markets.
  • Its certain capacitors contain 15% recycled tantalum.
  • The product housing consists of 45% recycled plastic.
  • The product housing consists of 10% phytoplankton-based bio-resin.
  • The Outer Tub incorporates 10% recycled glass materials.
Increasing the usage of recycled materials in
plastic parts

We are significantly expanding the application of recycled materials in plastic parts1) used in DX products — 50%2) of plastic parts by 2030 and 100%2) plastic parts3) (by weight) by 2050.

In 2025, DX Division used 220,444 tonnes of plastics with recycled materials, approximately 1.1 times the amount used in the previous year.

  • Ratio of recycled content varies by plastic parts
  • Percentage of parts containing recycled materials out of the total amount of parts
  • Plastic parts developed by Samsung
Plastic usage with recycled materials (base year: 2009)
  • Unit: 10,000 tonnes
  • Usage for the current year
  • Total cumulative usage

Double bar chart showing figures from 2023 to 2025. 2023: 16, 57 / 2024: 20, 77 / 2025: 22, 99.

16
57
20
77
22
99

How did abandoned
fishing
nets become a part of Galaxy?

Learn more
  • Expanding the scope of
    recycled material use
    Learn more
  • Our efforts to recycle
    by-products from
    semiconductor
    manufacturing
    Learn more

From recycled, for recycling

The use of recycled packaging
materials by product category

Extending Product Life

Extending
Product Life

Get more out of our products

The longer the product
lifespan, the less
resources consumed

We continue to increase the lifespan of our products because longer lifecycles often mean fewer resources consumed and less carbon emitted.

To reduce the environmental impact of our products, we study and apply ways for our customers to use our products longer.

  • Extend product life

    Products undergo testing based on international
    standards and our in-house durability requirements
    under diverse usage conditions

    Improved durability
  • Fix and recycle

    Easy-to-disassemble design,
    easy-to-recycle at the end of the product life

    Repairability
  • Upgrade

    Extended support period for software
    upgrades,
    modular design so users can use
    products that are
    tailored to their needs for
    longer period of time

    Upgradability
  • Refurbish

    Offers customers refurbished and upgraded
    smartphones with warranty

    Samsung CRN(Certified Re-Newed) Smartphones
Collecting and Recycling E-waste

Collecting and
Recycling E-waste

Bringing new life
to EOL (End Of Life) products

E-waste collection and
recycling roadmap

2024 - Operated e-waste collection systems in over 80 countries / 2025 - Operated an e-waste collection system in more than 100 countries around the world / 2030 - Operate an e-waste collection system in all global sales regions. Aim to collect 10 million cumulative tonnes of e-waste* / 2050 - Aim to collect 25 million cumulative tonnes of e-waste*
  • * Cumulative from 2009

Not just thrown away
but repurposed

When we switch to a new product, where does the used product end up?

If you think about it, products made from various raw materials are a complex mix of resources. Our e-waste product collection and recycling process allow for e-waste to become ingredients for new products.

Expanding the e-waste collection system

From 2009 to 2025, we operated an e-waste collection system in over 100 countries and collected approximately 7.54 million tonnes of waste electronics worldwide.

By 2030, we will expand our e-waste collection system to all global sales regions and achieve a cumulative total of
10 million tonnes collected since 2009. Furthermore, we also plan to collect
25 million tonnes of e-waste by 2050.

Cumulative recovery of e-waste (base year: 2009)
  • Unit: 10,000 tonnes
  • Collected amount (current year)
  • Cumulative collected amount

Double bar chart showing figures from 2023 to 2025. 2023: 60, 630 / 2024: 61, 691 / 2025: 64, 754

60
630
61
691
64
754
Cumulative recovery of e-waste base year:2009 Collected amount (current year), Cumulative collected amount, Unit: 10,000 tonnes
60
630
61
691
64
754
Collect e-waste : Total of 7.54 million tonnes from 2009 to 2025. Extract valuable resources : Copper, aluminum, steel, plastic and other minerals, through pre-processing, such as screening and crushing. Recycle extracted resources: Used for manufacturing new parts and products Collect e-waste : Total of 7.54 million tonnes from 2009 to 2025. Extract valuable resources : Copper, aluminum, steel, plastic and other minerals, through pre-processing, such as screening and crushing. Recycle extracted resources: Used for manufacturing new parts and products
A map showing countries operating e-waste collection and recycling programs.

Click a region to see a detailed list
of country/region.

E- Waste recovery and recycling programs

  • Korea E-waste recovery and
    recycling program in Korea
    Learn more
  • U.S. E-waste recovery and
    recycling program in the U.S.
    Learn more
  • EU, Asia, and Africa E- Waste recovery and recycling
    programs in EU, Asia, and Africa
    Learn more

Digital Library

  • Eco-design & Energy Label
  • Environmental, Health and
    Safety Management Policy
  • E-waste Collection
    System by Region
  • Correct Disposal of Waste Electrical & Electronic
    Equipment
  • Requirements for Recycling Service Partners

News & Story