en.Wedoany.com Reported - The automated monitoring system for liquid household waste (ЖБО) transportation, developed by the Urbantech (Урбантех) group, has completed its trial operation. The system uses sensors installed on vacuum trucks to measure liquid levels in a non-contact manner, transmitting data along with coordinates and time information to a platform equipped with artificial intelligence tools.

The system also integrates video surveillance cameras and vehicle detectors. Based on the received data, the platform analyzes the travel routes of technical equipment, monitors tanker loading volumes, records loading and unloading locations, identifies illegal waste disposal at unauthorized sites, and maintains a register of licensed transporters holding waste transportation permits.

This solution addresses management challenges faced by regional governments, including the lack of real-time monitoring of transportation volumes and routes, risks of illegal discharges, and insufficient transparency throughout the process.

Igor Fedorov, the group's product director, stated that the trial demonstrated 100% system reliability, with measurement accuracy meeting nominal specifications, correct transmission and display of tanker loading data, and automatic recording of loading and unloading processes. The system is ready for large-scale deployment, applicable not only to vacuum trucks but also to septic tank cleaning vehicles, thereby enabling monitoring of all types of liquid household waste transportation. Currently, no comparable comprehensive solution exists on the market.

Liquid household waste (ЖБО) refers to wastewater generated in residential buildings and structures not connected to central sewage systems, including drainage from bathtubs, showers, and sinks, kitchen waste, as well as contents from septic tanks, cesspools, and rural toilets. These wastes are collected in sealed containers, then pumped out by specialized equipment and transported to treatment facilities. During this process, uncontrolled discharges can cause environmental damage, making transparent monitoring at every stage of transportation particularly critical.

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