InvestNot yet confirmed elsewhere1 publisher3 min readPublished
Ethereum needs about 2,992 ETH of daily fee burn to offset issuance, whatever the gas limit
Ethereum's fee burn has offset 2.07% of 2026 issuance through Oct. 9, leaving supply about 0.64% higher, ethsupply.fyi data show. A larger gas limit would spread the roughly 2,992 ETH of daily burn needed to cancel issuance across more gas, so it slows supply growth only if blocks actually fill.
The Investor · Invest desk
What happened
- The ethsupply.fyi ledger records 796,623 ETH of gross issuance so far in 2026 against 16,525 ETH destroyed through execution and blob transaction fees.
- CryptoSlate's model puts the base fee needed to cancel issuance at about 13.85 gwei under today's 60 million gas limit and 4.16 gwei under a 200 million limit.
- A finalized mainnet block on Oct. 9, produced under the 60 million limit, showed a base fee of about 0.335 gwei.
- CryptoSlate has reported that the 200 million gas goal tied to the Glamsterdam upgrade is conditional, depends on validators and would not take effect automatically.
Compiled by The InvestorSomething wrong?How this is made
Why it matters
- constraint A higher gas limit slows supply growth only if the added gas is consumed at a meaningful base fee, because capacity that goes unused burns no ETH.
- cost At the year-to-date pace net supply grows by about 1 million ETH a year, minted as validator rewards, so holders who do not stake absorb the dilution.
- exposure Holders counting on network activity to shrink supply depend only on the base-fee and blob-fee slice of user spending; priority fees, MEV and application revenue add nothing to the burn.
The 0.64% is a year-to-date figure. The ledger runs from 00:00:11 UTC on Jan. 1 to 15:44:23 UTC on Oct. 9 [7], about 281.7 days [20]. At the same pace over a full year, that comes to roughly 0.83% on a simple annualized basis [21]. Over those days gross issuance averaged about 2,828 ETH a day and fee burn about 59 ETH [22].
Consensus penalties removed another 1,686 ETH this year [9]. Counting them lifts the offset to 2.29%, but CryptoSlate notes that reading the 2.29% as transaction-fee demand would inflate the share of issuance that users have offset [9].
CryptoSlate's forward-looking example uses a single finalized epoch, 481082, that issued 13.296 ETH over 32 slots, or 384 seconds [1]. Held constant, that pace is about 2,992 ETH a day [18]. The model assumes every 12-second slot produces a block that uses gas exactly at target, and it sets blob burn and penalties to zero [2]. On those terms each block has to burn about 0.416 ETH [19]. With the elasticity multiplier at two, the target is 30 million gas under today's 60 million limit and would be 100 million under a 200 million limit [4]. Spread 0.416 ETH over each target and you get the model's two thresholds [3].
So a bigger limit lowers the fee needed per unit of gas (or rather, per unit of gas actually used) and leaves the amount of ETH to be burned where it was [16]. The Oct. 9 block's base fee [11] is roughly one forty-first of the current threshold and one twelfth of the higher one [23]. Had every block used its 30 million target at that fee, the network would burn about 72 ETH a day, or 2.4% of issuance [24]. That ratio is close to the year's cumulative offset [5].
A 200 million limit could go a few ways for supply. If demand fills the 100 million target at roughly today's fee, burn rises to about 241 ETH a day, or 8% of issuance [25], on more than three times the gas [26]. If the extra capacity sits idle, it burns nothing [13]. And if repricing changes how much gas a transaction needs, a higher transaction count no longer implies higher burn [13], and throughput comparisons across the upgrade stop lining up [14].
I think the gas limit is close to neutral for ETH supply. The scarcity case rests on base fee multiplied by gas consumed, plus blob fees, which the model sets to zero [12][2]. The counter-case is that cheaper blockspace draws enough demand to push the fee back up. To stop supply growing, that demand would have to hold the base fee above 4.16 gwei, about 12 times the Oct. 9 reading, in blocks using 100 million gas each [3][23]. A sustained run at that level would prove this view wrong. So would blob burn growing large enough to close most of the 2,992 ETH daily gap [18].
What to watch
- Whether Glamsterdam reaches mainnet and validators lift the gas limit toward 200 million, and how repricing changes the gas each transaction uses.
- A base fee held above 4.16 gwei while blocks use 100 million gas would cancel issuance under the model; readings near 0.335 gwei would leave about 92% of it uncovered.
- Blob fee burn, set to zero in the illustration, rising far enough to cover a real share of the roughly 2,992 ETH daily issuance pace.
Clarity's read
What the record supports and how the coverage leans. The claims behind it follow.
Reality
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- [1]
ethsupply.fyi's finalized-epoch accounting snapshot for epoch 481082, as of Oct. 9 at 15:31:23 UTC, records 13.296472924 ETH of gross issuance over 32 slots; at 12 seconds per slot, a 384-second sample.
ReportedSupportedSource: CryptoSlate, citing ethsupply.fyi2 sources— create a free account to open themView cited source - [2]
The illustration holds the issuance pace constant, assumes every slot produces a block and consumes gas at the target, and sets blob burn, penalties and other destruction to zero.
ReportedSupportedSource: CryptoSlate model2 sources— create a free account to open themView cited source - [3]
The execution base fee needed to offset gross issuance is about 13.85 gwei with today's 60 million gas limit, or 4.16 gwei with a hypothetical 200 million limit; both require roughly 2,992 ETH of daily burn under the model's assumptions.
ReportedSupportedSource: CryptoSlate model2 sources— create a free account to open themView cited source - [4]
With an elasticity multiplier of two, a 60 million gas maximum corresponds to a 30 million target; a hypothetical 200 million maximum would imply a 100 million target if that rule remains unchanged.
- [5]
Ethereum's fee burn offset 2.07% (2.074%) of gross 2026 issuance through Oct. 9, according to the ethsupply.fyi supply ledger cited by CryptoSlate.
- [6]
After fee burn, validator penalties and other destruction, the network added approximately 778,413 ETH (778,412.846 ETH), increasing supply by about 0.64% from the window's opening level.
- [7]
The ethsupply.fyi retained ledger covers Jan. 1 at 00:00:11 UTC through Oct. 9 at 15:44:23 UTC.
- [8]
The ledger reports 796,623.377 ETH of gross issuance against 16,524.553 ETH destroyed through execution and blob transaction fees.
- [9]
A further 1,685.919 ETH was removed through consensus penalties, with 0.059 ETH in other execution destruction; the offset from all destruction is 2.286%, which includes penalties that do not represent customers paying for Ethereum activity, and treating the larger figure as transaction-fee demand would overstate how much issuance users have offset.
- [10]
The same-cutoff supply snapshot reports approximately 122.116 million ETH; subtracting net additions implies about 121.338 million ETH at the window's opening.
- [11]
A finalized mainnet beacon block at slot 15,394,656 contains execution block 26,155,767, timestamped Oct. 9 at 15:31:35 UTC, with a 60 million gas maximum and a base fee of approximately 0.335 gwei.
- [12]
EIP-1559 burns the execution base fee on gas actually consumed; priority fees go to block producers; blob base fees also destroy ETH, while MEV payments and application revenue do not automatically become protocol burn.
- [13]
An unused increase in capacity cannot burn ETH, nor does a larger transaction count by itself establish greater burn if the transactions require less gas or pay lower base fees.
- [14]
Glamsterdam's 200 million gas goal remains conditional, with mainnet timing and repricing complicating transaction-throughput comparisons.
- [15]
CryptoSlate's Oct. 1 coverage concluded that Ethereum's 200 million gas target is conditional, validator-dependent, and not an automatic new limit.
- [16]
With unchanged issuance, more consumed gas lowers the modeled balancing base fee while the required total burn stays constant; a larger gas limit spreads the necessary fee spending across more activity, creating a hurdle for holders that expect scalability to make ETH scarcer.
- [17]
The provider's methodology treats gross issuance as newly created validator rewards, separate from execution base fees, blob fees, penalties and SELFDESTRUCT destruction.
- [18]
The epoch 481082 issuance pace equals about 2,992 ETH a day.
- [19]
Offsetting that pace requires about 0.416 ETH of base-fee burn per block.
- [20]
The ledger window is about 281.7 days long.
- [21]
Supply growth annualizes to roughly 0.83% on a simple basis.
- [22]
Gross issuance averaged about 2,828 ETH a day and execution plus blob fee burn about 59 ETH a day over the 2026 window.
- [23]
The Oct. 9 base fee of 0.335 gwei is about 1/41 of the 13.85 gwei threshold and about 1/12 of the 4.16 gwei threshold.
- [24]
If every block consumed its 30 million gas target at 0.335 gwei, daily burn would be about 72 ETH, about 2.4% of the 2,992 ETH issuance pace.
- [25]
If every block consumed a 100 million gas target at 0.335 gwei, daily burn would be about 241 ETH, about 8% of the 2,992 ETH issuance pace.
- [26]
A 100 million gas target is about 3.3 times the current 30 million target.
- [27]
At the year-to-date pace, net ETH supply grows by about 1 million ETH a year.
Sources
1 independent publisher whose own reporting we read for this story.
- cryptoslate.comETH fee burns cover just 2% of new coins printed in 2026
1 article · October 9, 2026
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