Construction Waste Truck Management Solution
1. Background and pain points
As new urbanisation continues, construction-waste volumes rise each year. China reportedly generates more than 3 billion tonnes of construction waste annually,
more than 40% of total urban waste. Resource recovery remains low, and large amounts are dumped without compliant treatment. This wastes land,
pollutes the environment and threatens urban management and public safety.
The key question for city authorities and construction companies is how to control at the source who transported the waste,
where it went and whether it was handled compliantly.
Illegal dumping remains persistent: Compliant disposal is expensive, so some contractors and individuals choose illegal dumping.
Yard entrances, roadside areas and secluded urban-rural fringe roads become frequent dumping locations.
Manual patrols have limited coverage and usually investigate after the fact.
Outdated supervision and missing data: Paper registration and handwritten gate logs are incomplete and unreliable. Plate number,
vehicle type, load status and entry/exit time are not collected systematically, making later investigation difficult.
High disposal cost: The same cost pressure encourages non-compliant disposal, while manual inspection cannot provide comprehensive real-time monitoring.
2. Solution
Ruanjie provides an intelligent entry and exit supervision system for construction waste. The architecture combines front-end intelligent
recognition with centralised cloud management. HD capture equipment at construction-site entrances and disposal facilities recognises plates,
captures panoramic images and uploads records in real time for digital supervision of the entire transport chain.
Capability 1: Dual-camera intelligent capture and recognition
The system combines a low-mounted license plate recognition camera with a high-mounted panoramic camera.
The low camera identifies the plate, vehicle type and direction; the high camera captures the full vehicle, load status and whether the cargo area is covered.
Each passage automatically triggers capture. Plate recognition, panoramic image, timestamp and location are bound into one complete evidence record.
Result: Every passage is captured, recorded and uploaded without manual intervention. One camera can control one entrance 24 hours a day,
replacing handwritten gate registration.
Capability 2: Cloud data aggregation and remote supervision
Front-end data is uploaded by 4G/5G or wired networks to the cloud platform. Managers can query vehicle records for a site and time range,
transport routes and frequency for a specific vehicle, warnings and capture evidence. Multi-level management supports contractor self-checks,
transporter self-management and centralised city-management supervision, with separated permissions and data visibility.
Result: Enforcement officers can see the entire transport situation from the office,
retrieve evidence immediately and move from city-wide patrols to targeted action based on system alerts.
Capability 3: Intelligent alerts and a closed loop for violation leads
Built-in rules automatically warn about unregistered vehicles, flag frequent passages outside approved transport hours and identify the same vehicle visiting
multiple sites for investigation. The system creates work orders, pushes them to responsible parties and records the response: automatic alert -> assignment -> on-site response -> feedback -> archive.
Result: The system changes enforcement from “people search for violations” to “the platform finds violations,” improving accuracy and response speed.
Capability 4: Multi-dimensional analysis and decision support
The platform provides trends in construction-waste generation, receipt volume and saturation at disposal facilities,
compliance rankings for transport companies, and heat maps of violation times and locations. Statistics can be viewed by day, week,
month or year and exported to Excel to support disposal planning, fleet allocation and enforcement deployment.
Result: Managers move from experience-based scheduling to data-driven planning and can see where capacity is tight,
which facility is approaching saturation and which transport companies have high violation rates.
3. Differentiated advantages
| Dimension | Traditional management | Intelligent supervision platform |
|---|
| Vehicle recognition | Handwritten gate registration with errors and omissions | Dual-camera AI recognition of plate and full vehicle |
| Supervision range | Point patrols with limited coverage | Multi-node networked supervision across the region |
| Violation discovery | Post-event investigation and public reports | Real-time alerts and automatic abnormality push |
| Data storage | Paper records that are scattered and easy to lose | Cloud storage, long-term archive and one-click search |
| Evidence | No complete chain, difficult to prosecute | Automatic passage evidence chain for traceability |
| Department cooperation | Information silos and separate work | Unified platform, shared data and multi-level linkage |
| Decisions | Experience and subjective judgement | Multi-dimensional analysis and visual reports |
Four core differentiators:
Unattended around the clock: Automatic capture and recognition run 24 hours a day without extra operators, reducing cost and human reporting risk.
Dual-camera evidence chain: Low plate capture and high panoramic capture create a complete record of plate, image, time and location for every passage.
Centralised cloud control: Multiple construction sites and disposal facilities connect to one platform for global visibility.
Alert-driven enforcement: Rules turn passive response into proactive alerts and direct limited enforcement resources to priority locations.
4. Before and after implementation
| Scenario | Before | After |
|---|
| Vehicle registration | Guards write plates and times; frequent errors | Automatic capture and recognition above 99% accuracy, paperless process |
| Violation evidence | Only an on-site catch provides evidence | Every passage retains an evidence chain for later review |
| Routine patrols | Three to four people patrol one area | One person remotely manages multiple sites; labour cost falls by more than 60% |
| Data query | Half a day to review a month's paper logs | Plate, time and location retrieved in seconds |
| Alert timing | Violation may be known weeks later after a report | Real-time alert within minutes |
| Cross-department cooperation | Phone calls and paper letters delay information | Tiered platform sharing gives city-management, environmental and housing departments the same view |
| Reports | Manual aggregation often does not reconcile | Automatic, accurate, multi-dimensional and exportable reports |
5. Applicable scenarios
| Scenario | Description |
|---|
| Construction-site entrance | Records construction-waste vehicles entering and leaving the site |
| Construction-waste disposal facility | Records receiving vehicles and unloading activity |
| Waste-transport company | Self-management platform for vehicle movements |
| City-management department | City- or district-level platform for regional supervision |
| Environmental regulator | Accesses data to support compliance checks |