Quanturi wireless temperature monitoring system combine industrial-grade wireless probes with cloud-based software, allowing users to monitor compost temperature remotely, receive alerts, and maintain optimal composting conditions without manual measurements.
Wireless Compost Temperature Monitoring System
Ensure regulatory compliance, prevent fires, and avoid tedious, expensive and dangerous process of manual monitoring.
Quanturi compost temperature monitoring system
Key features of Quanturi compost monitoring system

Safety & Compliance
Compliance with hygienisation phases of compost (for example, 55 °C/72h or 70 °C/1h or 65 °C/7d or 55 °C/14d according to the biomass)
Compliance with the Rottegrad test during maturation (temperature less than 40 °C)
Prevention of fire risk caused by spontaneous combustion
Prevention of work accidents by minimizing involvement in compost heaps

Monitoring & Process Control
Continuous temperature monitoring of compost piles
Remote monitoring of several composting platforms
Automate ventilation control with the help of application
Increased traceability towards a HACCP approach

Equipment & Installation
Durable and well visible yellow wireless probes
Compatibility with all installation configurations
Composting platforms and digestate management

Benefits of Quanturi compost monitoring system
Compliance
Safety
Quality
Our memberships in composting associations

How does the Quanturi bio-waste monitoring system work?
Tango XN temperature probes for compost
The mobile base station

The Quanturi compost temperature monitoring software application
Quanturi.app
RC 12 compost ventilation controller
The RC12 is the latest addition to the Quanturi composting monitoring system, designed to optimize the composting process while reducing energy costs. It enables compost producers to remotely control ventilation lines, effectively regulating temperature and oxygen levels.


Key benefits of compost ventilation controller
Reduce energy costs
Set up your ventilation plan to align with peak and off-peak pricing in your electricity contract.
Remote access
Control and check the ventilation of your compost from any location using an easy to use application.
Fire safety
Automate windrow cooling process through continuous ventilation until a safer temperature is achieved in case of a runaway composting process.
Individual fan control
Manage each fan to ensure optimal oxygenation and temperature target achievement.
Temperature-controlled ventilation
Set temperature targets, define ventilation cycles tailored to the compost composition, and take into account adverse weather conditions.
Get started with wireless monitoring today
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Frequently Asked Questions
How i can monitor compost temperature with Quanturi System?
Why is compost temperature monitoring important?
Monitoring compost temperature is essential to:
Ensure proper organic waste decomposition
Achieve pathogen and weed seed sanitization
Prevent overheating that can kill beneficial microorganisms
Maintain compliance with composting regulations
Consistent temperature data helps operators make informed decisions about turning, aeration, and moisture control.
The best compost temperature probes are wireless, long-stem, and designed for deep compost piles. Quanturi wireless temperature probes are widely used because they:
Measure temperature at depths up to 2 meters
Connect to cloud-based software
Provide real-time monitoring and alerts
Support multiple users for commercial composting operations
For accurate monitoring, temperatures should be measured at multiple depths:
Near-surface temperature: approximately 12 inches below the surface
Core temperature: 4 feet (or deeper) into the compost pile
Quanturi’s 1-meter and 2-meter probes are ideal for capturing both surface and core temperatures in windrows and static piles.
Manual compost systems often require daily checks. With Quanturi wireless compost temperature monitoring system, readings can be collected automatically at predefined intervals—such as every 15 minutes or hourly—providing continuous insights without labor-intensive manual checks. This is especially critical during the sanitization phase.
Quanturi uses IoT-enabled temperature probes installed directly into the compost pile. These probes transmit temperature data wirelessly to a cloud-based monitoring platform, where users can:
View real-time and historical temperature trends
Set custom alerts for high or low temperatures
Share access with team members or inspectors
This allows full visibility and control over compost conditions from any location.
For a complete temperature profiling of a compost pile, place probes approximately 4 feet off the ground. Measure at multiple depths to capture temperature variations across the pile. This approach provides a more accurate understanding of compost health and consistency.
Yes. Continuous compost temperature monitoring supports compliance with:
Sanitization and pathogen reduction standards
Organic waste processing regulations
Documentation and audit requirements
Automated data logging provides reliable temperature records that can be shared with regulatory authorities when needed.
Yes. Wireless systems are especially beneficial for:
Commercial composting facilities
Agricultural composting operations
Municipal organic waste management sites
Quanturi’s system supports multiple probes, user access control, and centralized monitoring, making it scalable for large organizations.
During the sanitization stage, compost typically needs to reach 55–65°C (131–149°F) for several consecutive days, depending on local regulations.
Wireless monitoring systems help ensure these temperatures are reached and maintained without overheating, improving compost quality and safety.








