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Transition to a circular economy
We are advancing towards a world without waste. LG Electronics is shaping the future of the circular economy by recycling and reusing materials, and through products and services designed for longevity.
* This image was generated by AI.
We are building a circular economy by turning waste into resources.
Resource circulation strategy
This diagram illustrates LG Electronics’ circular economy framework across the entire product life cycle, from resource sourcing and production to use and end-of-life. It highlights material selection, parts reuse, in-process scrap recycling, durability and repairability, waste appliance collection, and the establishment of a closed-loop resource system to enhance resource efficiency and recyclability.
Resource procurement
Material selection
- Assesses material significance based on product application scale and environmental attributes, including recyclability and carbon footprint
- Strategies are developed with a focus on high-priority materials
Reusing components
- Analysis on waste recovery status and ROI
- Based on analysis results, components with reuse potential are actively repurposed
Production
Modular process
- Modular and standardized product design
- Efficient production lines
- Quality management systems
- Improved parts replaceability
Recycling scrap
- Residual scrap from the production process is collected and reintegrated into component manufacturing
- Development of parts using recycled materials is actively pursued
Usage
Durability
- Products are designed for extended lifespans
- Standardized quality management systems are established and operated
Repairability
- Modular designs
- Providing repair manuals
- Maintaining spare parts inventory
- Ensuring fair access to repair services
- Complying with relevant regulations
Subscription products
- Customer participation in environmental activities, such as waste reduction and circular economy
- Subscription platforms are being further advanced
End-of-Life
Collecting
E-waste
- Operates the Chilseo Recycling Center (CRC)
- Collects regional waste
- Enhances automation and advancement of recycling (RC) facilities
Closed-loop waste system
- Use of CRC-collected products in component and electronics manufacturing
- Packaging materials collected by Pantos and repurposed either as raw materials through packaging waste recyclers or for recycled EPS production via resin manufacturers
- Promotes a global closed-loop resource circulation system
Improvement of resource efficiency
Use of recycled materials
LG Electronics contributes to resource circulation and environmental protection by incorporating recycled plastics, extracted from collected e-waste, into the production of new products. In addition, the Company has set a goal to use a cumulative total of 600,000 tons of recycled plastic between 2021 and 2030. As of 2025, LG Electronics has used a cumulative 277,000 tons.
| Year | Recycled Plastic Use(K tons) | Recycled Raw Material Use(K tons) | Cumulative Use (K tons) | Achievement rate (Target cumulative 600K tons) |
|---|---|---|---|---|
| 2023 | 21.6 | 54.4 | 114.0 | 19% |
| 2024 | 27.5 | 74.1 | 188.0 | 31% |
| 2025 | 30.0 | 88.8 | 277.0 | 46% |
-
Recycled Raw Material Use
-
Recycled Plastic Use
-
Cumulative Use
-
Achievement rate (Target cumulative 600K tons)
Improvement of product materials and structure
- LG Electronics is continuously improving the design and materials of existing products, as well as developing eco-conscious products, to minimize waste generation and enhance resource efficiency.
TV
-
Weight
19% reduced
(2.8kg) -
Product volume
7% reduced
(0.013m3) -
Packaging weight
3% reduced
(0.11kg) -
Recycled plastic
Recycled plastic applied
(0.71kg)
* Model: 50UT8350KNA
Monitor
-
Weight
27% reduced
(1.3kg) -
Product volume
9% reduced
(0.005m3) -
Packaging weight
11% reduced
(0.03kg) -
Recycled plastic
Recycled plastic applied
(0.54kg)
* Model: 27MS500
Eco-conscious packaging
LG Electronics is expanding the use of eco-conscious packaging materials and components, such as paper-based cushioning materials including pulp mold and recycled EPS (Expandable Polystyrene), to ensure product protection and stability while minimizing resource consumption.
-
2023
- Developed and applied recycled cushioning material containing 50% waste polystyrene
- Expanded use of eco-conscious printing and FSC-certified packaging materials
-
2024
- Air purifier (Montblanc, 24kg): Developed a high-weight pulp mold, which is currently being applied
- Vacuum cleaner (NR, 25kg): Currently developing a high-weight pulp mold
-
2025
- Development of cost-effective pulp mold for vacuum cleaners in progress
- Development of high-recycled-content EPS (PCR 70%) in progress
Global Take-back and Recycling System
LG Electronics operates a global take-back and processing policy based on the Individual Producer Responsibility (IPR) principle to minimize the environmental impact of e-waste.
- Established and operating recovery and recycling systems in 91 regions across 56 countries (As of the end of 2025)
- Global E-waste Take-back & Recycling Policy: Provides specific operational standards, including compliance with recovery/recycling regulations, customer guidance, and management of regional recycling partners
2030 Target: Cumulative 8M tons of E-waste Recovery
LG Electronics has set a goal to recover a cumulative total of 8 million tons of e-waste from 2006 to 2030. As of 2025, the Company has recovered a cumulative 5.65 million tons.
-
2024
5.01M tons
-
2025
5.65M tons
E-waste program (Korea)
Since 2003, LG Electronics has participated in the ‘Extended Producer Responsibility (EPR)’ program by providing a free e-waste recovery service.
-
Customers Applying for
Recovery Service -
Large Appliances
Recovered by installation expert
Small Appliances
Collected through dedicated collection box at LG Electronics Service Center
-
Disassembly and Sorting of Waste Products
-
Recycling into Raw Materials
E-waste program (Global)
- In accordance with WEEE (Waste Electrical and Electronic Equipment) regulatory requirements for end-of-life electronic products by country, providing end-of-life electronic product collection and processing services in 91 regions across 56 countries (as of the end of 2025)
- (Expansion) To introduce a new regional electronic waste collection/processing system, engage in preliminary discussions with local governments and industry associations regarding countermeasures and exchange opinions
-
Global take-back & recycling policy
Learn more -
Take-back & recycling global network
Learn more
E-waste collection and treatment performance
Global
A world map showing E-waste collection and treatment performance, with markers placed on North America, Latin America, Europe, Africa, Asia, CIS, and Korea.
Korea
E-waste treatment volume (Unit: Ton)
E-waste processing volume in Korea by year. 126,848 tons in 2023, 125,138 tons in 2024, and 158,278 tons in 2025.
- 2023
- 2024
- 2025
Europe
E-waste treatment volume (Unit: Ton)
E-waste processing volume in Europe by year. 101,898 tons in 2023, 124,089 tons in 2024, and 177,135 tons in 2025.
- 2023
- 2024
- 2025
North America
(United States, Canada)
E-waste treatment volume (Unit: Ton)
E-waste processing volume in North America by year. 30,635 tons in 2023, 28,334 tons in 2024, and 28,334 tons in 2025.
- 2023
- 2024
- 2025
Asia
(Japan, India, Australia, Singapore)
E-waste treatment volume (Unit: Ton)
E-waste processing volume in Asia by year. 134,110 tons in 2023, 151,774 tons in 2024, and 179,945 tons in 2025.
- 2023
- 2024
- 2025
CIS
(Russia)
E-waste treatment volume (Unit: Ton)
E-waste processing volume in the CIS region by year. 10,291 tons in 2023, 92 tons in 2024, and 6,650 tons in 2025.
- 2023
- 2024
- 2025
Latin America
(Brazil, Colombia, Mexico, Peru)
E-waste treatment volume (Unit: Ton)
E-waste processing volume in Latin America by year. 51,361 tons in 2023, 95,905 tons in 2024, and 81,660 tons in 2025.
- 2023
- 2024
- 2025
Africa
(Republic of South Africa)
E-waste treatment volume (Unit: Ton)
E-waste processing volume in Africa by year. 7,298 tons in 2023, 7,298 tons in 2024, and 7,298 tons in 2025.
- 2023
- 2024
- 2025
* Estimated figures are used for certain countries.
Promoting Zero Waste to Landfill
LG Electronics promotes the use of recyclable resources by thoroughly sorting and separating waste at all worksites and pursuing Zero Waste to Landfill (ZWTL) certification. At major
domestic sites, heat generated during incineration is recovered and reused either in operations or supplied externally as an energy source, contributing to improved energy efficiency.
As
a result of these efforts, LG Electronics achieved a 97.3% waste recycling rate across all domestic and overseas worksites in 2025, achieving its original 2030 target of 95% well ahead of
schedule.
Waste recycling rate at worksites
This chart compares site waste recycling performance and targets. The recycling rate was 97.4% in 2024 and 97.3% in 2025, while the target for 2030 is set at 95.0%.
-
2024
97.4%
-
2025
97.3%
-
2030 Target
95.0%
- 95%
- 90%
- 85%
Zero Waste to Landfill (ZWTL1)) certification
To ensure the transparency and credibility of its waste recycling practices, LG Electronics renews its "Zero Waste to Landfill" annually through UL, a global safety certification institute. The company is also expanding this initiative across all domestic and international business sites.
ZWTL Certification sites
-
Platinum level (11 sites): Changwon Smart Park 1 & 2, Gumi Future Park 1, Pyeongtaek Digital Park, Pyeongtaek Chiller, LG Electronics India Limited, Taizhou LG Electronics Refrigeration Co.,Ltd., LG Electronics Tianjin Appliances Co., Ltd., LG Electronics Vietnam Hai Phong Co.Ltd., LG Electronics WROCLAW SP ZOO, LG Electronics Mława SP. ZOO
Gold level (4 sites): Magok Science Park, Seocho R&D Campus, Gasan R&D Campus, LG Electronics (Thailand) Co.Ltd
1) Zero Waste to Landfill (ZWTL): An eco-conscious certification by UL, a standards institute in North America, awarded in three levels based on waste recycling rates (Silver (90–94%), Gold (95–99%), and Platinum (100%))
Waste reduction activities by business site
LG Electronics’ Magok Science Park, Gasan R&D Campus, Seocho R&D Campus, Yangjae R&D Campus, Pyeongtaek Digital Park, and Pyeongtaek Chiller sites participate in the “Bi:Cycle Campaign1),” recycling used paper hand towels generated in restrooms. The Bi:Cycle Campaign is an eco- conscious program led by Yuhan-Kimberly, promoting resource circulation by separating and collecting waste and producing and consuming products made from recycled materials. In addition, LG Electronics operates e-waste collection campaigns targeting all employees across business sites, making continuous efforts to reduce waste generated at each site.
Waste reduction case studies by site. Includes Changwon Smart Park 1's vinyl and glass waste reduction through improved packaging methods, and Pyeongtaek Chiller's wood waste reduction by replacing wooden pallets with steel pallets..
-
Changwon Smart Park 1
- Reduced an additional 30 tons of defective vinyl packaging waste through improved packaging methods
- Diverted 178 tons of waste glass previously sent to landfill to recycling
-
Pyeongtaek Chiller
- Reduced 7 tons of waste wood by replacing wooden pallets used in the process with steel pallets
1) Bi:Cycle Campaign: An eco-conscious campaign led by Yuhan-Kimberly that promotes resource circulation by separating and collecting waste and producing and consuming products made from recycled materials.
LG recycling center
The LG Recycling Center promotes resource circulation by collecting and recycling waste home appliances through material separation and recovery. It conducts recycling of waste appliances and return product analysis while researching eco-conscious design that considers resource circulation from the product planning stage. In addition, LG minimizes environmental impact by developing technologies for utilizing recycled resources and complying with environmental assurance systems for the safe treatment of hazardous substances.
Last updated July 13, 2026
Explore more
This video provides a comprehensive look at the systematic resource circulation process at the LG Recycling Center, showcasing how end-of-life home appliances are transformed into valuable new materials. Collected appliances undergo a careful pre-processing stage to safely extract refrigerants before being dismantled and shredded through both manual and mechanical efforts. These fragments are then meticulously sorted into high-purity raw materials such as iron, copper, aluminum, and plastic using advanced technology. By reintegrating these recovered materials back into the production of new LG products, the center completes a sustainable loop that minimizes environmental impact and promotes a circular economy.