Grease trap dispatch software
Dispatch software that knows when the vac truck is full.
AI grease trap dispatch software that enforces tank capacity as a hard routing constraint, density-routes recurring restaurant pump-outs, and inserts emergency overflowing-trap calls into the closest qualifying truck’s day.
Definition
What is grease trap dispatch software?
Grease trap dispatch software is software that automatically matches each pump-out job to the best available vac truck — based on tank capacity, jurisdiction-allowed disposal facility, operator licensing, and recurring contract density — without a human dispatcher pulling up a calendar and manually checking which truck has gallons left.
The AI dispatcher treats vac truck capacity as a hard constraint, not a hopeful assumption. Grease trap routing software like FieldCamp’s routes the truck to the assigned disposal facility automatically when the modeled tank load caps, then chains back to the next pending stop.
FieldCamp’s AI dispatcher for grease trap haulers is included in every plan. Human dispatchers still own exceptions: emergency call triage, customer escalations, and edge-case jurisdiction rule changes.
Trusted by vac truck fleets across North America
GreaseRoute Co.
Tri-State FOG
CleanFlow Vac
PumpPro Services
RestaurantFOG
What’s broken in grease trap dispatch
Five reasons your vac trucks are leaving money in the tank.
If you’ve ever rerouted a truck because it filled up two stops early, you already know the pain. Here’s what AI Dispatcher fixes.
01
Trucks coming back half-empty.
Dispatchers don’t know how full the tank is in real time, so they pad routes with safety margin and lose 3-4 stops per day per truck.
02
Filling up two stops early.
Your truck hits 100% before reaching the last job. Now it’s a 40-minute drive to the disposal site and back — or you push that customer to tomorrow.
03
Disposal sites that close at 4 PM.
The route looked fine on paper. Then traffic, then a tough pump-out, and now you’re sitting on 1,800 gallons of FOG waste overnight.
04
Manifest paperwork chasing trucks.
Drivers fill out paper manifests at every stop. Office staff re-key them. One wrong line and the EPA hauler report bounces back.
05
Restaurants that only let you in at 2 AM.
Half your customers won’t open the kitchen during service hours. Your dispatcher juggles a 24-hour clock with a paper schedule.
06
One sick driver = a chaotic morning.
Manual rebalancing of 60 stops across 5 trucks takes hours. By the time the route is fixed, you’ve already missed two compliance windows.
The 1,500-gallon problem
When the vac truck fills mid-route.
Grease trap haulers run vac trucks with fixed tank capacity. A 1,500-gallon vac truck physically cannot pump more than 1,500 gallons before it has to drive to a disposal facility. Calendar-only schedulers don’t model the tank — they assume the operator will figure it out.
Without capacity awareness
what most grease trap pump-out scheduling does today
With FieldCamp’s AI Dispatcher
same day, planned with capacity as a hard constraint
Built for grease trap operations
One AI engine for every grease trap dispatch challenge.
Capacity, compliance, customer windows — all priced into the same routing decision, every minute.
Live tank-fill awareness
Every job estimates pump volume from history. The dispatcher knows when a truck will fill before the driver does.
Auto disposal-site routing
When fill projects past your safe limit, AI Dispatcher inserts the closest open transfer station — and reroutes the rest.
Compliance windows respected
State FOG ordinances vary stop by stop. Service dates, frequency rules, and grace periods stay clean automatically.
EPA-ready digital manifests
Driver signs once on the tablet. Hauler form, customer receipt, and state report generate themselves.
Real-time re-optimization
Driver runs late? Customer cancels? The whole fleet’s plan rebalances in 8 seconds — not a 20-minute phone tree.
Revenue-aware route scoring
Bigger interceptor jobs are weighted higher. AI Dispatcher protects your high-revenue stops when reshuffling.
How it works
Four steps every dispatch decision goes through.
From inbound trap call to confirmed pump-out window — every dispatch decision runs through these four layers, fast enough that drivers feel it as a single experience.
Recurring pump-out due dates roll forward from contract cycles. Emergency callouts arrive from your CRM, customer portal, or inbound phone line. The dispatcher parses each job: estimated gallons, jurisdiction, required operator license, time window.
The optimizer scores every vac truck across the day at once. Tank capacity already on the truck, jurisdiction-allowed disposal facility, operator licensing, and density of nearby recurring stops all weigh in. Powered by capacitated vehicle routing and zone dispatching.
The matched operator gets the day’s route with disposal stops pre-sequenced where the optimizer expects the tank to cap. The customer gets a confirmed pump-out window with the day’s arrival range.
When an overflowing-trap emergency lands, dynamic rerouting inserts the call into the closest qualifying truck and re-sequences the rest of the day. Pending recurring stops slip to the next slot or shift to a sister truck.
Manual vs FieldCamp AI
Why your dispatcher’s whiteboard isn’t built for grease trap routing.
“It looks like it does everything that I want it to do throughout the pipeline. And that’s really important. If you’re trying to find one platform that talks to itself without having multiple systems, this is it.“
Frequently Asked Questions
What is grease trap dispatch software?
Grease trap dispatch software automatically matches pump-out jobs to vac trucks based on tank capacity, jurisdiction-allowed disposal facility, operator licensing, and recurring contract density. The AI dispatcher routes the truck to the assigned disposal facility automatically when the modeled tank load caps, then chains back to the next pending stop. A calendar-based scheduler that doesn’t model the tank will always send a full truck to the next stop.
Does grease trap dispatch software handle vac truck capacity?
Yes. Vac truck route software like FieldCamp enforces tank capacity as a hard constraint via capacitated vehicle routing. When the modeled gallon load on the truck reaches the configured cap, the optimizer routes the operator to the assigned disposal facility, then chains back to the next pending stop. The route never assumes infinite tank space.
How does AI grease trap routing software handle recurring pump-out cycles?
Restaurants on 30, 60, or 90-day pump-out cycles are stored as recurring service rules per location. Grease trap pump out scheduling generates the next due date from the rule, then density-routes those due jobs into the same neighborhood on the same day. A vac truck does eight tight stops in one metro instead of eight scattered stops across four counties.
Can grease trap service software enforce municipal disposal zones?
Yes. Each county or jurisdiction is configured as a service zone with allowed disposal facilities. The optimizer enforces the rule as a hard constraint. A job picked up in one jurisdiction is only routed to a disposal facility approved for that jurisdiction, regardless of which other facility is closer.
What happens when an emergency overflowing-trap call comes in mid-route?
Grease trap dispatch software inserts the emergency call into the closest qualifying truck’s route and re-sequences the rest of the day. The dispatcher approves the updated route with one click. Pending recurring stops slip to the next available slot or shift to a sister truck with capacity. Powered by dynamic rerouting.
Does grease trap dispatch software match operators to permits and waste-hauler licenses?
Yes. Per-operator licensing and permits are stored as hierarchical skills per technician and treated as hard constraints. An operator without the required jurisdiction permit or waste-hauler license is never matched to a job in that jurisdiction, regardless of proximity or available capacity.
Does FOG hauling dispatch software work without an existing fleet management system?
Yes. The AI Dispatcher runs as a standalone product or layered on top of an existing system of record. It connects via REST API, two-way sync with major field-service CRMs, and direct CSV import for recurring contract lists.
How long until grease trap dispatch software is running our real schedule?
Typical FOG hauler migrations are running production capacity-aware dispatch within 2-3 weeks. Time depends on data hygiene — clean recurring-contract cycles and accurate truck capacity configs — more than software setup.
Ready?
Ditch the dispatch grind. Smarter grease-trap routes, redesigned by AI.
Plug AI Dispatcher into your existing FSM, or run it with the full FieldCamp suite. Either way, your trucks come back full.