Model it with your own numbers
The value shows up in three places: what you settle on, how full every barge sails, and how long it waits. See what that came to for one operator — then model it on your own figures.
Three recurring savings,
one installation
Measurement accuracy
Surveying a heap by hand means fitting a few dozen readings to an assumed shape. Real cargo rides off-center, so the survey reads the ridge high — typically by 2–3%. A scan measures the heap that is actually there, so you pay, or invoice, for what is genuinely on board.
Loading efficiency
Without a live fill reading, operators load conservatively and barges sail with headroom nobody can see. With fill percentage on screen throughout the load, the same annual tonnage moves in fewer sailings — and every avoided round trip is a charter, tug and fuel cost you do not incur.
Cycle time and demurrage
Waiting is created by not knowing. When the producer, the load port and the receiving terminal all see the same live picture, berth windows get sequenced before a queue forms rather than after — and laytime exposure becomes something you can act on.
What this was worth
to one operator
A coastal bulk terminal moving roughly 1,000 barge loads a year. Below is what the three savings streams came to when modelled against their own operating figures.
Settling on the scanned volume rather than the hand-surveyed figure. Correcting a 2.4% over-measurement across everything they took in.
Lifting average fill from 93% to a 96% target. The same annual tonnage moves in roughly 31 fewer sailings — each one a charter, tug and fuel cost avoided.
An estimated 18% cut in delay costs, from end-to-end visibility, longer onshore storage, better dispatch and automated berth cycling.
What is it worth to you?
The example above is one operator's numbers. These are yours. Enter your own figures and everything updates as you type.
Everyone on the water
gets something out of it
The same measurement serves the company that owns the cargo, the port that loads it and the carrier that moves it.
The owners of the cargo — producers, traders and the plants receiving it.
- Pay for what is actually on board. Settlement runs on measured volume rather than a surveyed estimate.
- Lower cost per tonne shipped. Fuller barges move the same tonnage across fewer sailings.
- Optimized load locations. Balance trucking, barge and quality factors in real time.
- No physical sampling. Continuous automated monitoring replaces manual sampling.
- Adjust to events. Keep production on track when the supply chain moves under you.
- Forecasting. Days of supply projected against draw-down and the inbound fleet.
The load ports and terminals putting material onto the water.
- Optimized barge loading. Every barge filled to spec before it sails, with live fill on screen.
- Faster throughput. Real-time visibility removes the bottlenecks you cannot currently see.
- Multiple customers, one terminal. Serve more customers efficiently from a single site.
- Live yard inventory. Volumetric scanning shows what is staged and ready to load.
- Faster billing cycles. Measured volumes settle without a paperwork round trip.
- Lower admin cost. Digital records replace manual reconciliation.
The carriers and tug operators moving the barges.
- Better asset utilization. Fewer under-filled sailings means more revenue per trip and per hull.
- Laytime visible as it accrues. Watch the clock on every barge instead of reconciling it after the fact.
- Smarter dispatch. Sequence tows against real berth availability rather than a standing schedule.
- Less waiting at berth. One shared picture across shipper, port and carrier cuts the queue.
- Position without AIS. Tows with no transponder are dead reckoned and clearly marked as estimated.
- Fewer disputes. A measured record of what loaded, when it sailed and when it berthed.
See it running on your operation
A scoped pilot on one berth or one yard, measured against figures you already trust.