Electrical and electronic waste and scrap; of a kind used principally for the recovery of precious metal, containing primary cells and batteries, electric accumulators, mercury-switches, glass from cathode ray tubes or other activated glass, or electrical

854921 (Harmonized System 2022 for 6-digit)

About

Overview This page contains the latest trade data of E-waste/scrap for precious metal recovery. In 2022, E-waste/scrap for precious metal recovery were the world's 4251st most traded product, with a total trade of $177M.

E-waste/scrap for precious metal recovery are a part of E-waste and scrap.

Exports In 2022 the top exporters of E-waste/scrap for precious metal recovery  were United States ($25.7M), Singapore ($18.6M), South Korea ($15.7M), Brazil ($13.6M), and Turkey ($9.59M).

Imports In 2022 the top importers of E-waste/scrap for precious metal recovery were Belgium ($79.9M), Japan ($55.6M), South Korea ($34.2M), Germany ($1.88M), and Netherlands ($1.58M).

Ranking E-waste/scrap for precious metal recovery ranks 4532nd in the Product Complexity Index (PCI).

Latest Data

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Flow
Y-AXIS SCALE

The following visualization shows the latest trends on E-waste/scrap for precious metal recovery. Countries are shown based on data availability.

For a full breakdown of trade patterns, visit the trend explorer or the product in country profile.

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* Trade values are converted to USD using each month's exchange rate. For December 2023 data, the exchange rate from December 30, 2023 is used.

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Historical Data

Exporters and Importers

Top Origin (2022)United States$25.7M
Top Destination (2022)Belgium$79.9M

In 2022 E-waste/scrap for precious metal recovery were the world's 4251st most traded product (out of 5,606).

In 2022, the top exporters of E-waste/scrap for precious metal recovery were United States ($25.7M), Singapore ($18.6M), South Korea ($15.7M), Brazil ($13.6M), and Turkey ($9.59M).

In 2022, the top importers of E-waste/scrap for precious metal recovery were Belgium ($79.9M), Japan ($55.6M), South Korea ($34.2M), Germany ($1.88M), and Netherlands ($1.58M).

Explore Visualizations

Exporters of E-waste/scrap for precious metal recovery (2022)
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Importers of E-waste/scrap for precious metal recovery (2022)
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Market Dynamics

Color
Top Origin Growth (false -  2022)United States$25.7M
Top Destination Growth (false -  2022)Belgium$79.9M

Between false and 2022, the exports of E-waste/scrap for precious metal recovery grew the fastest in United States ($25.7M), Singapore ($18.6M), South Korea ($15.7M), Brazil ($13.6M), and Turkey ($9.59M).

Between false and 2022, the fastest growing importers of E-waste/scrap for precious metal recovery were Belgium ($79.9M), Japan ($55.6M), South Korea ($34.2M), Germany ($1.88M), and Netherlands ($1.58M).

Explore Visualizations

Exporters of E-waste/scrap for precious metal recovery (NaN - 2022)

Importers of E-waste/scrap for precious metal recovery (NaN - 2022)

Net Trade

TOP NET EXPORTER (2022)United States$25.6M
TOP NET IMPORTER (2022)Belgium$79.9M

This map shows which countries export or import more of E-waste/scrap for precious metal recovery. Each country is colored based on the difference in exports and imports of E-waste/scrap for precious metal recovery during 2022.

In 2022, the countries that had a largest trade value in exports than in imports of E-waste/scrap for precious metal recovery were United States ($25.6M), Singapore ($18.6M), Brazil ($13.5M), Turkey ($9.59M), and Chinese Taipei ($8.87M).

In 2022, the countries that had a largest trade value in imports than in exports of E-waste/scrap for precious metal recovery were Belgium ($79.9M), Japan ($55.6M), South Korea ($18.5M), Estonia ($172k), and Latvia ($43.7k).

Net Trade (2022)

Product Complexity

Diversification Frontier

Specialization

The Complexity-Relatedness diagram compares the risk and the strategic value of a product's potential export opportunities. Relatedness is predictive of the probability that a country increases its exports in a product. Complexity, is associated with higher levels of income, economic growth potential, lower income inequality, and lower emissions.

Relatedness vs Country Complexity (2022)

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