THE SHORT ANSWER
US secondary gold output stayed near 90 tonnes, but the denominator changed
The U.S. Geological Survey estimates that US refiners produced 90 metric tonnes of gold from new and old scrap in 2025, close to the 89 tonnes reported for 2024 and the five-year average of 92 tonnes. That output equaled 60% of USGS reported consumption because the consumption measure fell to 150 tonnes. It does not mean the United States recycled 60% of all gold used, or that 60% of discarded gold was recovered.
USGS estimate from new and old scrap.
Sum of annual 2021-2025 published values.
Scale comparison, not a supply-share calculation.
Secondary refinery production, not global recycling.

THE SECONDARY REFINERY TAPE
A long refinery-output record with method changes exposed
Inspect published output without turning it into a recycling rate. Missing years and definition bands remain part of the evidence.
Reviewed local normalized history
DS140 through 2020 + MCS 2026 continuation · exact 2021–2022 overlap · official sources used only for offline update checks.
Move the pointer, tap or drag on a phone, or focus the chart and use Left, Right, Home and End. Exact selected values remain visible outside hover. NA remains a gap.
Open the complete 1900–2025 evidence table
| Year | Secondary output | Definition band | Source edition |
|---|---|---|---|
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| NA | not available | DS140-2022 | |
| 16.1 t | cds mcs total secondary | DS140-2022 | |
| 18 t | cds mcs total secondary | DS140-2022 | |
| 21.2 t | cds mcs total secondary | DS140-2022 | |
| 25.3 t | cds mcs total secondary | DS140-2022 | |
| 28 t | cds mcs total secondary | DS140-2022 | |
| 28 t | cds mcs total secondary | DS140-2022 | |
| 26.4 t | cds mcs total secondary | DS140-2022 | |
| 28.9 t | myb total secondary estimated split | DS140-2022 | |
| 27.7 t | myb total secondary estimated split | DS140-2022 | |
| 23.4 t | myb total secondary estimated split | DS140-2022 | |
| 25.3 t | myb total secondary estimated split | DS140-2022 | |
| 34.9 t | myb old new scrap | DS140-2022 | |
| 33.2 t | myb old new scrap | DS140-2022 | |
| 32.3 t | myb old new scrap | DS140-2022 | |
| 43 t | myb old new scrap | DS140-2022 | |
| 52.1 t | myb old new scrap | DS140-2022 | |
| 67.9 t | myb old new scrap | DS140-2022 | |
| 50.1 t | myb old new scrap | DS140-2022 | |
| 55.5 t | myb old new scrap | DS140-2022 | |
| 55.5 t | myb old new scrap | DS140-2022 | |
| 55 t | myb old new scrap | DS140-2022 | |
| 49.8 t | myb old new scrap | DS140-2022 | |
| 47.3 t | myb old new scrap | DS140-2022 | |
| 63.8 t | myb old new scrap | DS140-2022 | |
| 61.4 t | myb old new scrap | DS140-2022 | |
| 51.9 t | myb old new scrap | DS140-2022 | |
| 44 t | myb old new scrap | DS140-2022 | |
| 48.1 t | myb old new scrap | DS140-2022 | |
| 53.4 t | myb old new scrap | DS140-2022 | |
| 66 t | myb old new scrap | DS140-2022 | |
| 75 t | old scrap 49 percent estimate | DS140-2022 | |
| 43 t | old scrap 49 percent estimate | DS140-2022 | |
| 44 t | old scrap 49 percent estimate | DS140-2022 | |
| 49 t | old scrap 49 percent estimate | DS140-2022 | |
| 86.3 t | old scrap 49 percent estimate | DS140-2022 | |
| 77.2 t | old scrap 49 percent estimate | DS140-2022 | |
| 40 t | old scrap 49 percent estimate | DS140-2022 | |
| 40.5 t | old scrap 49 percent estimate | DS140-2022 | |
| 38.3 t | old scrap 49 percent estimate | DS140-2022 | |
| 44 t | old scrap 49 percent estimate | DS140-2022 | |
| 45 t | old scrap 49 percent estimate | DS140-2022 | |
| 40 t | old scrap 49 percent estimate | DS140-2022 | |
| 44 t | old scrap 49 percent estimate | DS140-2022 | |
| 66 t | old scrap 49 percent estimate | DS140-2022 | |
| 181 t | old scrap 100 percent estimate | DS140-2022 | |
| 189 t | old scrap 100 percent estimate | DS140-2022 | |
| 198 t | old scrap 100 percent estimate | DS140-2022 | |
| 263 t | old scrap 100 percent estimate | DS140-2022 | |
| 215 t | old scrap 100 percent estimate | DS140-2022 | |
| 210 t | old scrap 100 percent estimate | DS140-2022 | |
| 223 t | old scrap 100 percent estimate | DS140-2022 | |
| 238 t | old scrap 100 percent estimate | DS140-2022 | |
| 220 t | old scrap 100 percent estimate | DS140-2022 | |
| 119 t | old scrap 100 percent estimate | DS140-2022 | |
| 94 t | old scrap 100 percent estimate | DS140-2022 | |
| 116 t | old scrap 100 percent estimate | DS140-2022 | |
| 92 t | old scrap 100 percent estimate | DS140-2022 | |
| 92 t | old scrap 100 percent estimate | MCS2026-v1.3 | |
| 93 t | old scrap 100 percent estimate | MCS2026-v1.3 | |
| 96 t | mcs new old scrap | MCS2026-v1.3 | |
| 89 t | mcs new old scrap | MCS2026-v1.3 | |
| 90 t | mcs new old scrap | MCS2026-v1.3 |
Interpretation boundary: this is a secondary-production/refinery-output record with changing methods. It is not post-consumer collection, a recycling rate, recycled content or total U.S. gold supply. Neither chart is a price forecast.
OFFICIAL US TREND
Secondary refinery production was stable from 2021 through 2025
The annual series varies from 89 to 96 tonnes, a narrow range relative to mine production. The 2025 value is estimated. USGS reports each measure as metric tonnes of gold content, so the rows compare metal content rather than gross scrap weight.
| Year | Secondary refinery output | Mine production | Reported consumption | Secondary / consumption |
|---|---|---|---|---|
| 2021 | 92 t | 187 t | 265 t | 34.7% |
| 2022 | 93 t | 173 t | 252 t | 36.9% |
| 2023 | 96 t | 170 t | 253 t | 37.9% |
| 2024 | 89 t | 163 t | 210 t | 42.4% |
| 2025 estimate | 90 t | 160 t | 150 t | 60.0% |
Source: U.S. Geological Survey, Mineral Commodity Summaries 2026, gold chapter and companion data release, Version 1.3, May 2026. The source is U.S. public-domain material; 2025 values are estimates.
INTERPRET THE 60% CORRECTLY
A ratio can rise even when recycled output barely moves
The numerator rises only one tonne from 2024. Most of the ratio change comes from the lower consumption denominator.
USGS reported consumption includes gold used to produce consumer-purchased bars, coins and jewelry, but excludes gold as an investment except consumer-purchased bars and coins. It is not total US gold demand and does not track the quantity of eligible scrap discarded. Therefore, the quotient is useful for scale but not a collection rate, recovery rate, recycled-content claim or national circularity score.
A true product-level recycling rate would require a defined scrap pool, collection boundary, measurement period, losses and treatment of exports, imports and inventory changes. Those inputs are not supplied by this annual table. GoldObserve leaves the claim at the level the evidence supports.
RECOVERY CALCULATOR
Separate contained gold, physical recovery and commercial settlement
A scrap quote compresses several different quantities into one number. This calculator keeps them visible. Enter a representative assay, the processor's expected physical recovery, the payable percentage in the commercial offer and every disclosed fee. No industry-average recovery or payout is assumed.
Price reference
Shows the source and observation time of the metal price used here. Product premiums, dealer quotes and taxes are separate.
- Source
- No provider
- Observed
- Observation time unavailable
- Age
- Checking age…
- Delivery
- No data layer available
Checking the current market reference.
No recovery, payable, purity or fee assumption is prefilled. Use an assay and written refiner terms. This model estimates a mass balance and commercial settlement; it does not authenticate material or replace a laboratory assay.
Leaving a field blank is more accurate than inventing a standard recovery or payout rate.
THE MASS BALANCE
Four equations explain where the metal and money go
The theoretical fine-gold content before processing.
The fine gold recovered after process losses.
The quantity credited under the refiner agreement.
The modeled cash settlement before tax or other unentered costs.
Recovery and payable are not synonyms. A processor could recover a high share of contained metal yet pay a smaller commercial share because of its treatment charge, minimum deduction or contract structure. Alternatively, the payable percentage may look high while fixed assay and shipping charges make a small lot uneconomic. Ask for both quantities and the fee schedule.
ASSAY FIRST
The largest uncertainty often enters before refining begins
Mixed jewelry, sweeps and electronic feed can vary across a lot. A convenient piece may not describe the whole.
Sampling error can exceed rounding error.A surface mark or test may not reveal base-metal cores, solder, stones, adhesives and coatings.
Gross weight is not fine-gold weight.Fire assay, instrumental screening and handheld surface tests have different preparation, scope and uncertainty.
Ask for method and detection limits.Commercial contracts should state sampling, umpire procedures, rounding, moisture and how disputes are resolved.
Read the written terms before shipment.For ordinary jewelry valuation, start with the separate scrap gold calculator, which estimates melt value and a dealer payout from known weights and karats. Use this recovery model when a lot is actually being processed and physical recovery plus refiner settlement terms matter.
WHAT COUNTS AS RECYCLED GOLD
New scrap, old scrap and secondary refinery output are different stages
The OECD Gold Supplement defines recyclable gold around previously refined gold and gold-bearing products returned to a refiner or downstream processor for a new life cycle. That supply-chain definition helps due diligence; it does not eliminate the need to verify the counterparty, transaction and origin.
RESPONSIBLE SOURCING
Recycled is a feedstock category, not an automatic ethical certificate
The LBMA Responsible Sourcing Programme requires Good Delivery refiners to apply due diligence to recycled material as well as mined gold. Version 9 clarifies expectations for origin and legality documentation and extends assurance expectations to secondary refiners supplying melted recycled gold. LBMA's Version 10 was still a public consultation in June 2026, so GoldObserve does not present its proposed terminology as final.
01Identify the supplier, beneficial ownership and business activity.
02Record material type, weight, declared assay and processed assay by lot.
03Check whether the transaction size, form, route and price make commercial sense.
04Preserve origin, ownership, transport and payment records appropriate to risk.
05Escalate mixed, melted or high-risk material instead of accepting a recycled label at face value.
SAFETY AND ENVIRONMENT
Use qualified recovery channels, especially for electronics
The US Environmental Protection Agency notes that electronics can return gold and other materials to supply chains when managed properly, but electronic products can also contain hazardous constituents. Sorting, dismantling, thermal treatment, chemical leaching and residue management are industrial activities, not harmless household experiments.
Do not burn circuit boards or improvise acid recovery. Remove and manage batteries separately, protect personal data, and use local take-back programs or appropriately certified recyclers. EPA identifies R2 and e-Stewards as accredited electronics-recycling certification standards and explains that hazardous-secondary-material recycling must be legitimate rather than a device for avoiding waste requirements.
MARKET IMPLICATION
Recycling can respond faster than mine supply, but it is not a one-variable price model
Mine projects take years to discover, permit, finance and build. Existing above-ground gold can return to market more quickly when prices, household liquidity needs, inventory decisions or industrial economics change. That makes recycling a flexible supply channel. Annual secondary output does not predict gold prices or create a trading signal.
US secondary production in this table changed little across five years even as the price environment and reported consumption changed. To understand the broader market, place it beside gold mine production by country, futures positioning, real interest rates, the US dollar and current gold price observations. None alone explains every move.
METHODOLOGY AND LIMITS
What GoldObserve calculated and what it deliberately did not claim
- Transcribed the 2021-2025 US gold salient-statistics rows from Mineral Commodity Summaries 2026 and verified the official companion CSV checksum.
- Preserved the USGS unit: metric tonnes of gold content. One metric tonne equals approximately 32,150.7 troy ounces.
- Calculated secondary output divided by mine production and by the separately defined reported-consumption series.
- Marked the 2025 row as estimated and did not interpolate missing months or manufacture global recycling history.
- Built the calculator as a deterministic mass balance. It inserts no default assay, recovery, payable or fee value.
- Excluded taxes, hedging, price-fix timing, moisture, sampling uncertainty, minimum lot sizes and unentered deductions from the settlement model.
FREQUENTLY ASKED QUESTIONS
Gold recycling questions, answered with the data boundary intact
How much gold did the United States recycle in 2025?
USGS estimates 90 metric tonnes of secondary refinery production from new and old scrap in 2025. The figure measures gold content in US secondary refinery output, not every item collected, every domestic scrap transaction or global recycled-gold supply.
Does the USGS recycling number include both new and old scrap?
Yes. The gold chapter labels the series secondary refinery production from new and old scrap. New scrap generally arises during manufacturing; old scrap returns after a product or investment item has entered use.
Why does USGS say recycled gold equaled about 60% of reported consumption?
Ninety tonnes divided by 150 tonnes of reported US consumption equals 60%. The consumption definition includes gold used in consumer-purchased bars, coins and jewelry and excludes most investment uses. The ratio is not a national recycling rate, circularity rate or share of total demand.
What is the difference between recovery and payable percentage?
Recovery is the physical share of contained fine gold recovered by the process. Payable percentage is the commercial share of recovered fine gold credited in the settlement. Fees are separate again. Combining the three hides where value is lost.
Can I estimate recycled gold value from karat alone?
Karat can provide a nominal fineness, but mixed, plated, filled, soldered, contaminated or electronic material may not match a stamp. A reliable settlement normally depends on representative sampling and assay, not appearance or a single surface test.
Does recycled gold always have a smaller environmental or social risk?
Recycling can reduce demand for newly extracted material, but the recycled label does not prove legal origin, safe processing or responsible sourcing. Refiners still need counterparty, transaction and origin due diligence under relevant rules and responsible-sourcing frameworks.
Can I recover gold from electronics at home?
GoldObserve does not recommend home chemical or thermal recovery. Electronic material can contain hazardous constituents, and acids, fumes, residues and batteries require trained handling and lawful waste management. Use an appropriately permitted or certified recycler.
Does more recycled supply make the gold price fall?
Not necessarily. Recycling responds to price, household selling, industrial flows and refining economics, while the gold price also reflects investment, jewelry, technology, central-bank activity, real rates, currencies and expectations. Annual US refinery output alone is not a price forecast.