Estimate pool fee earnings by multiplying the pool’s trading volume by its liquidity provider fee, then by your share of the pool’s eligible liquidity. That gives gross fee income for the period, not a promised return: volume, competing capital, asset prices and operating costs all affect what the treasury actually keeps.
What determines your share of pool fees?
When a swap uses a pool, its fee is allocated to liquidity providers under that pool’s rules. In a simple proportional pool, a provider with 10% of eligible liquidity receives roughly 10% of the fees collected. The key denominator is the liquidity that was active when trades happened, not just the amount deposited at the start of the month.
For example, say a pool processes $1 million of swaps in a month and charges a 0.12% liquidity fee. That creates $1,200 in gross fees. If your treasury supplied $400,000 of the pool’s $4 million in eligible liquidity throughout the month, its 10% share would be about $120. Repeated for 12 similar months, that is $1,440 on $400,000, or 0.36% annualized before costs and changes in capital or volume.
Adding capital does not automatically increase earnings. If the pool’s total liquidity doubles while its trading volume stays flat, each dollar of liquidity competes for a smaller share of the same fee stream. A useful first estimate is therefore: volume × LP fee × your eligible-liquidity share. For pools with concentrated or time-varying liquidity, use the protocol’s actual accounting rules rather than assuming a fixed share.
How do Chainflip’s fees fit into the calculation?
Chainflip crypto gives treasury teams a way to swap native assets across chains; for a liquidity provider, the relevant income is the fee paid by swaps through a pool, not every charge a swapper pays. Chainflip’s published swap explanation separates a typical liquidity fee of 0.10%–0.15% from a network fee, so adding the two together would overstate LP earnings. The exact pool, fee settings and activity in the period matter.
That distinction matters for a treasury that both provides liquidity and makes regular transfers. If your own $100,000 swap pays a 0.12% liquidity fee, the gross charge is $120. If your treasury owns 10% of the pool’s eligible liquidity, it may receive about $12 of that fee back through its LP share, before other charges and costs. The remaining fee goes to other eligible providers; the swap is not free, and the $12 is not a guaranteed rebate.
For a realistic forecast, read the fee configuration and pool activity for the same period. The State Chain block explorer can help confirm pool events and liquidity changes; compare those records with the protocol’s fee table, which distinguishes the LP fee from network charges. Use realized volume rather than a short burst or advertised annual percentage, and check whether your capital was active for the whole period.
What should a treasury count as net earnings?
Gross fees are only one side of the result. Depositing two assets into a pool exposes the treasury to changes in their relative prices and can leave it holding a different mix than it started with. Compare the value of the pool position plus collected fees against the value of simply holding the original assets over the same dates. Include transaction and withdrawal costs, custody or operational costs, and any rebalancing or hedging expenses.
For recurring payouts, judge an LP allocation against the treasury’s actual transfer needs: asset pair, direction, size and timing. A pool can show strong recent fees while being a poor fit for a treasury that needs one asset reliably at a fixed time. Chainflip’s pool fees may be relevant when its supported route matches those flows, but they should be modeled as variable income rather than a reduction already earned against each transfer.
My practical rule is to forecast with a quiet-volume case as well as a normal one, and approve capital only if the net result still makes sense after fees, inventory changes and exit costs.