Encyclopedia Ethereum · Entry 06
Why Ethereum burns fees, and why supply does not always fall
In this article
At a glance
Key facts
Burning happens in the accounting, not through a company buyback
For ordinary execution gas, the base-fee portion is deducted without being credited to a recipient. Calling this a burn describes a reduction in circulating protocol units, not a transfer to a foundation treasury.
The priority component is different: it rewards transaction inclusion through the block’s fee recipient. A fee display should therefore distinguish total paid from the portion removed from supply.
Example: a burn can coexist with growing supply
Imagine a period with 100 ETH newly issued and 70 ETH burned, ignoring other balance reductions for this illustration. Net supply rises by 30 ETH. If 120 ETH were burned with the same issuance, it would fall by 20 ETH.
The example uses invented round numbers, not a measured day. A real calculation needs the same start and end boundaries for both quantities and must account for other relevant protocol reductions.
Activity affects burning through fee demand
The execution base fee adjusts according to block gas use relative to its target. More transactions alone do not specify the amount burned: the resource demand and resulting fee level matter.
Blob data has its own fee market and burn. Moving activity between execution, rollups and blob publication can change where costs arise, so a single transaction-count chart cannot reconstruct total burn.
A supply statistic is not a valuation model
Historical periods of declining supply do not promise the same result in a future period. Issuance, usage and protocol parameters are separate inputs, and current claims need a dated measurement.
A useful report says how much was issued, how much was removed and during which interval. Statements that ETH must rise in price because fees burn add an economic claim that the fee specification does not establish.
Direct answers
Questions people ask
Are all Ethereum transaction fees burned?
No. Execution base fees are burned while priority fees are separate. Blob fees have their own accounting, and application charges are not automatically protocol burns.
Is ETH guaranteed to be deflationary?
No. Net supply can increase or decrease depending on issuance and removals over the period being measured.
Did burning begin with the Merge?
No. Fee burning began with the London upgrade in 2021. The Merge later changed consensus and removed proof-of-work issuance.
Inspect the evidence
The answer and key facts have stable claim links. These records retain the scope and qualification when reused.
Ethereum removes the execution base fee from circulation instead of paying it to the block’s fee recipient. Priority fees are separate. Burning is one side of the supply calculation: ETH can still increase in supply when issuance exceeds the ETH removed over the same period. Burning does not guarantee a price outcome.
Scope: Ethereum. Verification: verified · 2026-10-02T15:10:23.134Z.
Link to this claimExecution base fee: Burned by protocol accounting
Scope: Ethereum. Verification: verified · 2026-10-02T15:10:23.134Z.
Link to this claimPriority fee: Distinct from the burned base fee
Scope: Ethereum. Verification: verified · 2026-10-02T15:10:23.134Z.
Link to this claimNet supply: Requires issuance and removal over the same interval
Scope: Ethereum. Verification: verified · 2026-10-02T15:10:23.134Z.
Link to this claimRevision history
- — First publication after primary-source research and independent automated verification.
Source register
Sources and references
Retrieval dates and locators are recorded individually.- EIP-1559: Fee market changeEthereum Improvement Proposals
Defines the base-fee burn, tip, maximum fee and effective gas price calculation.
Locator: Abstract; specification; reference implementation · Version / scope: ac912ca6a9685590345dd8e5736cda75976d0131 · Retrieved: 2026-10-02T14:35:51.249311+00:00Open source - How ETH supply changed after the Mergeethereum.org contributors
Supports consensus issuance versus fee burning; historical issuance estimates are not used as current rates.
Locator: Post-merge issuance; the burn · Version / scope: dcc900ff125891da5b6c723b905a7113cf1bd864 · Retrieved: 2026-10-02T14:35:44.215542+00:00Open source - Introduction to etherethereum.org contributors
Defines ETH, wei and gwei, the transaction value field and the role of ETH in fees and staking.
Locator: What is ether; denominations; transferring ether · Version / scope: dcc900ff125891da5b6c723b905a7113cf1bd864 · Retrieved: 2026-10-02T14:42:49.460408+00:00Open source - EIP-4844: Shard Blob TransactionsEthereum Improvement Proposals
Defines blob commitments, separately priced blob gas and time-limited data serving; original capacity constants are not treated as current limits.
Locator: Abstract; gas accounting; consensus-layer validation; rationale · Version / scope: ac912ca6a9685590345dd8e5736cda75976d0131 · Retrieved: 2026-10-02T14:35:51.590523+00:00Open source - Ethereum protocol upgrade historyethereum.org contributors
Records shipped Pectra changes including EIP-7702 and EIP-7251; supports dated historical upgrade context.
Locator: Prague-Electra (Pectra); Paris (The Merge); London · Version / scope: dcc900ff125891da5b6c723b905a7113cf1bd864 · Retrieved: 2026-10-02T14:42:49.753070+00:00Open source
Research and drafting use AI assistance. A separate automated review checks claims against primary sources; no external expert or named human review is implied. Publication, substantive editing, source retrieval and verification are recorded separately. This version was independently checked by an automated reviewer on 2 October 2026.
Editorial method and correctionsDegrees of Satoshi editorial project. “Why Ethereum burns fees, and why supply does not always fall.” Published 2026-10-02; updated 2026-10-02. https://degreesofsatoshi.com/encyclopedia/ethereum-fee-burning/