NEXT_GEN LANDFILL
Automation and Efficiency in Landfills
From sporadic manual measurement to automatic control.
Maximize biogas capture, ensure environmental safety, and digitize your assets.
Problem
The landfill is a dynamic system that changes every hour (pressure, temperature), while manual management is static for weeks between checks.
RISKS:
Temporal blindness: Unable to react to sudden weather or biological changes.
Production losses: Fixed valves mean losing gas when pressure drops.
Safety risk: High risk of over-pulling and air infiltration (fires) not detected in a timely manner.
SOLUTION
We research and offer only the best solutions, both in terms of logistics and investment, to maximize the efficiency of waste disposal plants.
ASSESSMENTS:
Data Analysis: Analysis of historical biogas production data
Design analysis: Analysis of the collection network and any future expansions
Site inspection
- Proposal: automation and efficiency improvement of the plant
NEXT_GEN Landfill
We offer an integrated ecosystem that spans the entire supply chain: from sensors in the field to robotic implementation and the cloud.
TECHNOLOGY:
- EXE Station: Complete robotic automation. Adjusts valves every hour and protects against fire hazards by acting in seconds.
- EXM (Monitoring): Precision monitoring. Increases data frequency from monthly to hourly, enabling targeted maintenance (“Smart Manual”).
- EXE Manager: The digital brain. Web platform (SaaS) for remote control of the system, alarm management, and automatic report generation.
Vision and mission
Our mission is to replace sporadic intuition with the precision of automation. We engineer integrated solutions to elevate the plant to an intelligent system, ensuring maximum energy capture and absolute environmental protection thanks to technologies that monitor and react in real time, eliminating waste and operational risk.
Increased uptake
By switching from manual management to total automation, our systems can increase biogas capture.
CO2 emissions saved
Equivalent trees
Number of trees that would absorb the same amount of CO2 annually.
