EVONIR: Revolutionizing Real-Time NIR Analysis for Slurry and Digestate Transport

16/01/2025

In an industry where precision and efficiency are crucial, especially for contractors who buy and sell slurry for biogas plants, technological innovation can make a substantial difference. EVONIR by Dinamica Generale, a cutting-edge analyzer based on NIR (Near Infrared) technology, is an indispensable tool for optimizing the transport and management of slurry and digestate.


Why Real-Time Slurry Analysis Matters
Contractors who transport slurry and digestate play a vital role in the supply chain feeding biogas plants. However, the variability in the chemical and physical characteristics of these liquids can impact both the anaerobic digestion process and the economic transactions. Reliable data on the nutrient content of slurry enables contractors to make informed decisions and improve overall efficiency.

By installing EVONIR directly on the truck, it becomes possible to obtain detailed, real-time information about the slurry's composition, including:

  • Dry Matter: For assessing the concentration and density of the slurry.
  • Total Nitrogen (N): A critical parameter for nutrient balance.
  • Phosphorus (P) and Potassium (K): Essential for understanding nutrient availability for soil fertilization.

This real-time data, captured during loading and unloading operations, provides an unprecedented level of control and transparency.

Key Benefits of EVONIR Installed on a Transport Truck

1. Precision in Commercial Transactions
One of the primary advantages of EVONIR is the transparency it brings to slurry trading. The data from EVONIR ensures that both buyers and sellers have clear, accurate information about the quality of the transported material, reducing disputes and ensuring fair transactions.

2. Enhanced Biogas Production Efficiency
For biogas plant operators, knowing the exact nutrient content of the incoming slurry is vital for optimizing the anaerobic digestion process and maximizing methane production. EVONIR enables contractors to provide substrates with consistent and reliable composition, improving the overall performance of the biogas plant.

3. Time and Resource Savings
Traditional methods of slurry analysis require manual sampling and laboratory testing, which can be time-consuming and costly. With EVONIR, analysis occurs automatically during loading and unloading, eliminating the need for lab work and streamlining the process.

4. Reduction of Waste
By providing precise data on the nutrient content of slurry, EVONIR helps ensure that resources are applied efficiently and effectively, reducing unnecessary waste and optimizing the application of fertilizers in the field.

5. Reliable Performance in Harsh Conditions
EVONIR is built to withstand demanding working environments. Its stainless-steel protective housing shields the sensor from dust, moisture, and extreme temperatures, ensuring accurate performance regardless of external conditions.

The Strategic Role of NIR Technology in Biogas Operations

NIR analysis provides a comprehensive overview of the characteristics of slurry and digestate, making it a critical tool for biogas production. Thanks to this technology:

  • Biogas plant operators can fine-tune the mixture of biomass inputs.
  • Energy losses caused by unbalanced feedstocks are minimized.
  • The overall stability of the anaerobic digestion process is improved.

In addition, real-time monitoring of nutrient levels allows operators to assess and adjust their feeding strategies immediately, increasing responsiveness to potential issues.

Conclusion

EVONIR by Dinamica Generale represents a significant breakthrough for contractors involved in the trade and transport of slurry for biogas plants. The ability to conduct precise, real-time analysis of key parameters enhances transport operations and contributes to more sustainable resource management.

With EVONIR, DLG certified, efficiency is no longer just an aspiration—it is a reality driven by reliable data.

References

  1. Italian Biogas Consortium. “Guidelines for Digestor Management.” Published: 2023.
  2. Agritech Journal. “Innovation in Liquid Waste Management.” May 2024 issue.
  3. FAO. “Sustainable Management of Organic Fertilizers and Slurry.” Annual Report.
Siglacom - Internet Partner