Ethereum paradox: how EIP-1559 burns billions, yet supply continues to grow

Since the implementation of EIP-1559 in August 2021, Ethereum has burned over 6.1 million ETH worth $18 billion. Despite this ambitious mechanism designed to reduce the circulating supply, the total supply of Ethereum continues to increase. This apparent paradox only becomes clear when examining the network’s economics and the evolution of its consensus system more closely.

How EIP-1559 Changed Ethereum — From Theory to Practice

The deployment of EIP-1559 through the London hard fork marked a breakthrough in Ethereum’s design. The mechanism introduced automatic burning of part of the transaction fees, aiming to limit the available supply and potentially make Ethereum deflationary. During peak network activity—especially in 2021 and 2022—the effect was spectacular.

Leading platforms like OpenSea and Uniswap contributed to huge volumes of burned tokens. OpenSea, as a major NFT marketplace, alone burned hundreds of thousands of ETH. However, as network activity declined in 2025, the burn rate noticeably slowed, reducing the deflationary impact initially expected.

Proof-of-Stake and New Token Emissions — The Other Side of the Coin

Here lies a key part of the story. Ethereum’s transition to Proof-of-Stake in 2022 fundamentally changed the supply dynamics. Unlike the previous Proof-of-Work system, PoS issues new ETH as rewards to validators securing the network. Since the London hard fork, approximately 4 million ETH have been added to the system.

While PoS is less inflationary than the previous system, it maintains a positive net issuance. During periods of lower activity, burned fees are insufficient to offset the newly generated tokens. The direct result: despite burning billions of dollars worth of ETH, the total supply remains inflationary with an annual rate of about 0.8%. Rewards to validators outweigh the burns.

Will Network Upgrades Shift the Balance?

Recent technical developments, including Layer 2 optimizations and performance improvements, could alter this trajectory. Facilitating rollups and second-layer solutions, Ethereum might attract more activity, which would directly increase the volume of burned transaction fees via EIP-1559.

If the ecosystem attracts a new wave of users and projects, the total burn volume could eventually surpass the net issuance from validator rewards. Such a scenario would make Ethereum truly deflationary. However, the real effects will only become apparent in the medium term, most likely by the end of 2026.

The current Ethereum price at around $2,070 reflects both long-term potential and uncertainty regarding competition from platforms like Solana. The market awaits evidence that Ethereum can maintain its position through technological innovation and increased practical usage.

Summary: The Future Depends on Adoption

Ethereum has burned ETH worth a total of $18 billion thanks to EIP-1559, but its supply continues to grow. This paradox is not a mistake—it is a natural consequence of the PoS consensus, which incentivizes network security through the issuance of new tokens. The open question remains: will increased activity and network improvements ultimately make EIP-1559 succeed in making Ethereum deflationary? The answer will depend on the ecosystem’s ability to attract more users and on Ethereum’s competitiveness against alternative Layer 1 platforms.