Used cooking oil collection software
Used cooking oil collection software that sends trucks to oil—not just addresses.
DynoRoute gives UCO collection owners one system for fill-cycle scheduling, capacity-based routes, dispatch, driver records, container history, customer communication, and QuickBooks-connected billing.
Build the day around what each restaurant is likely to yield, what each truck can still hold, and when the load must return to the depot.
See how capacity-based route planning works · Read the UCO software comparison
- No sensor hardware required
- Works with QuickBooks
- Published pricing
- No per-seat fees
Last updated July 31, 2026
UCO route planning software
A UCO route is a buying decision before it is a map.
A delivery route starts with a fixed list of stops and asks for the best order. A used cooking oil route has to answer a more important question first: which containers are worth putting on a truck today?
A perfectly sequenced route still loses money when it sends a driver to a half-empty tank, ignores a full one across town, or fills the truck before the remaining high-yield stops.
Plan the collection day in this orderThe owner’s decision path
- 01Which accounts are due, ready, at risk, or already promised?
- 02What is each stop likely to yield?
- 03Which truck can take those gallons and still finish its route?
- 04Where does the depot return belong?
- 05What record must come back from the stop?
Used cooking oil scheduling and dispatch software
One pickup cycle, from “when is it ready?” to “the books are closed.”
DynoRoute keeps readiness, routing, dispatch, driver proof, and billing attached to the same account and container record.
- 01
Schedule
Set a recurring pickup cadence for each restaurant or generator. Keep the container, last service, access window, site instructions, expected quantity, and customer commitment on the account—not in a planner’s memory. Where tanks already carry fill-level sensors, DynoRoute collects those readings into the account through its API and webhooks—live levels where you have sensors, pickup history where you don’t.
- 02
Plan
Select the stops that belong in the cycle. Build routes around expected gallons, usable truck capacity, service time, driver availability, road and site restrictions, and the depot or offload return.
- 03
Dispatch
Assign the work from one board. Review AI recommendations, catch double-bookings and travel-impossible assignments, move urgent pickups without rebuilding the whole day, and push the updated route to the driver.
- 04
Run
Give the driver the stop order, navigation, gate codes, container details, customer notes, and required job form. Capture the actual quantity, photos, signature, condition, and exception while the truck is still at the site.
- 05
Close out
Keep the completed-service record attached to the account and container. Carry job information into invoicing, sync invoices and payments with QuickBooks, and use the actual pickup history to improve the next cycle’s cadence and route plan.
Capacity-based route planning for used cooking oil collection
The route should know what the truck can still hold.
Every restaurant adds gallons. Every unexpected high-yield stop removes room from the afternoon. Once the tank reaches its usable limit, the route on the screen is no longer the route the driver can run.
- Set a capacity for each truck in gallons, pounds, or the unit your operation uses.
- Keep different limits and operating rules on different trucks.
- Add the depot or offload facility as part of the route rather than an improvised detour.
- Flag work that would push a truck over its planned limit so the dispatcher can move it, split it, or add a return.
- Balance routes by workload and constraints—not stop count alone.
- Re-plan the remaining work when actual gallons or an urgent pickup changes the day.
The result is a route a driver can actually finish, not a mileage plan that expires when the tank fills.
Explore capacity-based route planningUsed cooking oil pickup scheduling and fill cycles
The calendar is a starting point. The pickup history makes it useful.
Every account fills differently. A busy fried-chicken restaurant, a hotel kitchen, and a café may have the same container size and completely different pickup rhythms. Season, menu, events, and a change in fryer volume can move the answer again.
Plan from the account record
- Weekly, biweekly, monthly, and custom recurring schedules
- Last completed service and actual quantity on the account
- Container size, site type, service window, and access rules
- Overdue and unscheduled work visible in the job tray
- Custom views for accounts that repeatedly come in light, run hot, or need review
- Workflow rules that can flag repeated expected-versus-actual gaps for the office
Where tanks carry fill-level sensors, DynoRoute collects the readings through the API and webhooks and keeps them on the account beside the pickup history. Where they don’t, plan from measured history and a conservative expected quantity—sensors sharpen the picture, but the fill cycle never depends on them.
Used cooking oil dispatch software
When the day changes, move the job without losing the plan.
A locked gate, a missing lid, an unexpected full tank, a driver callout, or a truck with less room than planned can reshape the route before lunch. DynoRoute keeps the change visible.
- See scheduled, unscheduled, overdue, and in-progress work from one board.
- Match jobs to trucks and drivers by capacity, location, availability, workload, equipment, service area, and the rules you configure.
- Review confidence-scored AI recommendations and the reason behind them.
- Catch overlaps, impossible travel, and time-window conflicts before the route is sent.
- Move a stop between drivers and push the update to the driver app.
- Re-optimize the remaining work while preserving the records attached to every stop.
- Track route progress, live location, completed work, skipped stops, and exceptions as the day unfolds.
The dispatcher can change the route without starting over, and the owner can see why the change happened.
Used cooking oil container tracking and customer management
Every tank has a location, a history, and someone responsible for it.
The container behind a restaurant is both a collection point and a business asset. When its ID, size, placement, ownership, and service history live in different files, a moved or missing tank becomes an argument instead of a record.
Restaurant groupHarvest Kitchens30 locations · one billing account
- Pickup · 84 galJul 28 · proof attached
- Lid repairedJun 16 · photo attached
- Container deployedMar 04 · site accepted
A record for the asset and the work
Used cooking oil is valuable enough that organized crews scout full containers by day and pump them out by night—one more reason the container’s identity, placement, and history belong on a record instead of in a filing cabinet.
- Customers, restaurant groups, locations, contacts, jobs, and visits
- A record for each container with its ID, size, type, status, placement, and photos
- Deployment, move, swap, repair, recovery, and retirement history
- Gate codes, access windows, keys, hose requirements, and site-specific instructions
- Expected quantity, completed pickup history, condition notes, and service exceptions
- Custom fields, stages, views, and rules that match the way your company names and manages the work
Account structure
You bill the customer. You service the generator. A restaurant group signs one contract and gives you thirty locations—each with its own tank, its own gate code, its own fill speed, and its own manager who calls when something’s wrong. DynoRoute keeps billing at one level and the work at another, so multi-location groups stay connected without flattening every location into one generic account. A new driver sees the stop’s history without having to call the person who ran it last year.
Used cooking oil driver app
The pickup record should exist before the truck pulls away.
Paper tickets and end-of-day memory create the same problem: the office has to reconstruct the stop after the only person who saw it has moved on.
With the DynoRoute driver workflow, the route and the record travel together:
- Assigned route, stop order, customer details, access notes, and navigation
- Custom job forms for actual quantity, container condition, contamination notes, meter or ticket references, and exceptions
- Timestamped, geotagged photos, signatures, and driver notes
- Proof attached to the customer, job, visit, and container record
- Failed and skipped stops logged with a reason, visible to dispatch the moment they happen—a dry stop becomes data instead of a mystery
- Offline route work that syncs when the driver is back in range
- Route updates from dispatch without a separate group text
When a customer questions a pickup, the office can pull the stop record instead of calling the driver and hoping the details are still fresh.
UCO pickup records and QuickBooks billing
One number, typed once.
One quantity is often entered at the tank, copied to a rebate or settlement worksheet, and typed again on an invoice or in QuickBooks. Every handoff creates delay and a new place for the number to change.
UCO billing is also genuinely odd: some accounts you pay per gallon, some you service free, and some you charge—sometimes all three inside one customer group.
PaidFreeCharged
Terms stored per accountUCO pickup · 84 galTerms applied
- Store account-specific terms, price references, container details, and quality notes in custom records.
- Carry completed job information and line items into an invoice.
- Build estimates and invoices from completed work and a price book that handles paid, free, and charged accounts side by side.
- Collect signatures and attach supporting documents.
- Sync invoices and payments with QuickBooks.
- Support recurring invoices, stored payment methods, and automatic payment workflows where configured.
- Export the underlying route, job, and service data for reconciliation or downstream reporting.
DynoRoute is not a commodity trading desk, a certified scale, or a purpose-built RIN/LCFS settlement engine. It is the operating system that keeps the account, route, pickup, proof, and billing record connected so the official number has a traceable path back to the stop.
UCO compliance and service reports
When someone asks what happened, you have a report—not a recollection.
Reports are built from the same records the drivers capture at each stop.
Sample proof of collectionNorth Loop · July 28
Export readySunrise Chicken72 galComplete
Harbor Hotel58 galComplete
Green Bowl Market84 galComplete
Proof-of-collection reports with quantities, photos, timestamps, and signatures
Missed- and skipped-stop reports so dry stops and failed visits stop disappearing
Service-history reports per customer, generator, or container—the paperwork that answers an auditor’s or account’s question in minutes
Truck utilization, route completion, and driver activity, filterable by branch or territory
Exports to CSV and Excel for anything the spreadsheet still needs to do
UCO service reminders and customer portal
Stop turning the office into a route-status hotline.
Restaurant managers should not have to call to learn whether a pickup is scheduled, and your office should not have to send every reminder by hand.
- Automated email and SMS reminders before a scheduled pickup
- On-the-way messages and customer tracking links
- Confirmation after the work is completed
- Templates that use the account and job context already in DynoRoute
- Two-way communication logged on the customer record
- Passwordless customer access to appointments, estimates, invoices, and payment actions
- Workflow-triggered follow-up for missed, disputed, or rescheduled service
The customer gets a clearer service experience. The office keeps the conversation attached to the same record as the work.
AI automation for UCO collection operations
Keep your operating rules. Automate the repeatable decisions.
The valuable part of a route is often the knowledge behind it: this restaurant fills faster in summer, that gate locks at 10 a.m., this account must never slide, and that truck should not take the downtown stops.
Pickup completedYour UCO operating rules
Cadence review workflowSaved operating knowledge
ActiveTriggerPickup completed
ConditionActual gallons 30% below expected
ActionFlag account for cadence review
- Create workflows from triggers, conditions, and actions.
- Configure AI agents with your instructions, tools, guardrails, and tests.
- Use agents inside workflows for follow-up, review, scheduling, and exception handling.
- Let the AI dispatcher recommend job-to-truck assignments and explain its reasoning.
- Ask dispatch questions and change schedules through a voice assistant.
- Keep a history of decisions, changes, approvals, and exceptions.
Examples you can configure include an agent that prepares an end-of-day exception list, flags repeated low-yield pickups for cadence review, follows up on a failed stop, or surfaces a large expected-versus-actual quantity gap. These are workflows you shape to your operation—not black-box claims that every UCO company should run the same way.
UCO collection management software by role
The yard, the road, and the office work from the same record.
Each team sees the part of the day it needs without reconstructing the work in a separate system.
See route completion, truck utilization, overdue work, customer history, invoice status, and the exceptions that put margin at risk. Compare what was planned with what the day actually produced.
See what is due, unscheduled, assigned, in progress, or at risk. Plan around capacity and site rules, review AI suggestions, and change the day from one board.
See the next stop, route order, navigation, access instructions, container record, and required proof. Complete the job once, even when service happens offline.
See the completed service, actual quantity, photos, notes, customer communication, invoice, and payment without chasing a paper route sheet.
Choosing used cooking oil collection software
Choose DynoRoute for the operating system—not for hardware or an oil-trading desk.
DynoRoute can connect to outside systems through integrations, API access, and webhooks, but it should not be presented as the native source of hardware readings, certified measurements, or regulatory programs it does not own.
Choose DynoRoute when you need:
- Recurring restaurant pickups and fill-cycle scheduling
- Route plans built around expected gallons and truck capacity
- Depot and offload returns included in the route
- AI-assisted dispatch and same-day route changes
- Configurable customer, location, container, and service records
- A driver app with proof and offline work
- Customer communication, invoicing, payments, and QuickBooks connection
- Custom workflows and agents without buying a separate automation stack
- A software-first start with published pricing and no per-seat fees
Choose another category first when you need:
- ×Proprietary fill-level sensors supplied and installed with the software
- ×A ready-made commodity trading, oil-sales, or buyer marketplace
- ×Purpose-built RIN or LCFS provenance and credit validation
- ×A jurisdiction-specific manifest system that generates every required regulatory form out of the box
- ×Petroleum used-oil compliance as your primary workflow
Compare operating systems, UCO-specific platforms, and sensor-first products with a clear fit test.
Compare UCO collection softwareWhat collection operators told us
The route cannot keep living in one person’s head.
These are research interviews about how collection routes operate. They are not DynoRoute customer testimonials, and no product outcome is attributed to them.
“It’s very easy to find routing software to drop stuff off … it’s a little bit harder to find routing software to pick stuff up.”
“The routes are really kept in our representatives’ heads. Any time they turn over, we start anew.”
“It’s not profitable to go two weeks early because we’re going to retrieve less grease, but sometimes it makes sense because we’re already picking up eight people … and this guy’s really close.”
Self-serve UCO collection software
Put one real route through the workflow.
One real route with awkward stops tells you more than a polished demo built from perfect data. Start with one representative territory and compare the result against the process you use today.
- 01
Import the operation
Bring in customers, restaurant locations, jobs, and team data from CSV or Excel. Start with one representative territory rather than cleaning the entire database before you learn anything.
- 02
Add the rules
Set truck limits, depot locations, working hours, service areas, recurring cadences, access windows, container fields, and the proof each driver must capture.
- 03
Run the route
Build and dispatch the plan, keep your current process beside it for the pilot, and let the driver complete the real stops from the app.
- 04
Compare the result
Compare the live route against the process you use today and measure what changed.
- Time spent building and changing the route
- Low- or empty-yield visits
- Gallons collected per route mile and per truck-hour
- Truck capacity used before the depot return
- Unplanned returns, failed stops, and silent skips
- Completed pickups missing quantity or photo proof
- Time from completed pickup to invoice and reconciliation
CSV import · No implementation fee · No per-seat fees · Live in days
Keep your current process beside the pilot, then compare route-building time, yield, capacity use, failed stops, proof gaps, and time to invoice.
Related resources
Used cooking oil collection guides
Work through software fit, route capacity, and the related grease-trap workflow in more detail.
Best used cooking oil collection software
Compare UCO-specific platforms, sensor systems, broad field-service tools, and configurable routing and dispatch software—with dated pricing and a clear “skip it if” for every option.
Capacity-based route planning
Learn how to plan the load before the miles, place offload returns, and protect the day from routes a truck cannot physically finish.
Grease trap software
For fleets that also run trap-pumping routes—recurring service, truck capacity, and disposal returns for FOG work.
More used cooking oil collection guides
- Used Cooking Oil Container Tracking: How to Know Where Every Container Sits
- Used Cooking Oil Pickup Frequency: Service Intervals That Never Slip
- Used Cooking Oil Theft: How Collectors Catch It in the Route Data
- How Many Restaurant Stops Per Oil Route? The Two Ceilings That Set Your Number
- Cooking Oil Collection Route Planning: The Complete Operator Workflow
- Dispatching UCO Collection Trucks: Send Trucks to Oil, Not to Addresses
- UCO Pickup Weights and Rebate Records: End the Argument With the Ticket
Used cooking oil collection software FAQ
Direct answers before you put a route through it.
Capacity, sensors, container tracking, driver proof, rebates, regulatory fit, QuickBooks, pricing, and setup.
What is used cooking oil collection software?
Used cooking oil collection software helps UCO collectors schedule recurring restaurant pickups, decide which containers belong on a route, plan around truck capacity and depot returns, dispatch drivers, capture pickup quantities and proof, manage container and customer records, communicate with accounts, and carry completed work into billing.
How is UCO route software different from a standard route optimizer?
A standard route optimizer usually sequences a fixed list of addresses. UCO route software must help decide which containers are ready, estimate what they may yield, keep the load within the truck’s usable capacity, include offload returns, and preserve the pickup record. The strongest route is not always the shortest one.
Can DynoRoute schedule UCO pickups without tank sensors?
Yes. Start with recurring schedules, container capacity, last-service dates, measured pickup history, and conservative expected quantities. Sensors can improve visibility on selected accounts, but they are not required to use DynoRoute. Existing readings can be connected through an API, webhook, or configured integration.
Does DynoRoute track used cooking oil containers?
Yes. Containers can be managed as assets with custom fields for ID, size, type, placement, status, ownership or custody, photos, access instructions, service history, and other details your operation needs. Moves, swaps, repairs, recoveries, and retirements can stay attached to the container record.
Can drivers record gallons and proof of pickup?
Yes. The driver app supports custom job forms, notes, signatures, and timestamped, geotagged photos. Drivers can capture the actual quantity, container condition, ticket or meter reference, and exception at the stop, then sync the record when connectivity returns.
Does DynoRoute calculate restaurant rebates?
DynoRoute can store account-specific terms, pickup quantities, quality notes, custom fields, and invoice line items so the inputs stay connected. Your contract and official measurement method still govern the settlement. DynoRoute is not a certified meter, scale, oil marketplace, or dedicated commodity-settlement engine.
Does DynoRoute provide RIN or LCFS traceability?
Not as a native, purpose-built provenance product. DynoRoute keeps the operational record—account, container, time, place, driver, quantity, photos, and destination fields you configure—and can exchange data through integrations, APIs, and webhooks. Collectors who need ready-made RIN or LCFS validation should use a specialist system for that requirement.
Does DynoRoute generate manifests or regulatory forms?
No. DynoRoute keeps the operational records—who, where, when, how much, with photos and signatures—and produces service-history and proof-of-collection reports and exports from them. Jurisdiction-specific manifest forms are not generated by DynoRoute; collectors who need them should keep their current process or a specialist tool for that piece, fed by DynoRoute’s records.
Is used cooking oil the same as waste oil?
Not in the regulatory or operating sense used on this site. UCO is vegetable or animal oil that has finished its useful life as a cooking ingredient. The US EPA’s federal used-oil definition covers petroleum-based or synthetic oils and explicitly excludes vegetable and animal oils. State and local rules for UCO still apply, so confirm the requirements in every area where you collect. See the US EPA definition. Motor-oil routes have their own page: waste oil collection software.
Does DynoRoute connect with QuickBooks?
Yes. Completed jobs can carry their service information into invoices, and invoices and payments can sync with QuickBooks. The goal is to keep the pickup record, customer account, invoice, and payment connected without re-entering the same work in separate systems.
How much does used cooking oil collection software cost?
DynoRoute publishes three flat monthly plans at $199, $499, and $999. Route optimization, schedule builds, capacity-based optimization, and other actions use credits. There are no per-seat fees and no implementation fee. Current plan details, included credits, and top-up costs are available on the pricing page.
How long does it take to get started?
Most setup is operational: import customers and jobs, define trucks and capacity, add depot locations, set recurring schedules, map container fields, and choose what drivers must capture. DynoRoute supports CSV and Excel imports and can be live in days. Start with one real route and expand after the workflow holds.
Is DynoRoute for restaurants looking for an oil pickup company?
No. DynoRoute is software for the companies that collect and transport used cooking oil. A restaurant or commercial kitchen looking for a pickup provider needs a local UCO collector, not collection-fleet software.
Gallons per route-hour is the whole game
Put one real UCO route through DynoRoute.
Import the accounts, set the truck limits and depot, dispatch the drivers, and count the dry stops you find.
Routes planned around what is ready, what the truck can hold, and what the business needs to prove.