ReceivingOPT BA – Online analysis of biomass instantly upon delivery
ReceivingOPT BA automatically measures biomass moisture, ash and calorific value during delivery – in real time.
ReceivingOPT BA automatically measures biomass moisture, ash and calorific value during delivery – in real time.
ReceivingOPT BA automatically generates a complete documentation of the woody materials received. It creates the basis to assess the quality supplied immediately and uses the information generated for billing by water/ash content, calorific value or other parameters needed.
With ReceivingOPT BA, APOS has developed an application for complete coverage of the material delivery process based on the well-known and established NIR technology. The entire process from weighing to the identification of calorific value, water content, ash content, material management diary and settlement is administrated by the APOS application.
The system can be integrated with the software of the truck scale and with existing ERP systems or MS-Excel for billing, according to the customer‘s situation.
While the truck is on the truck scale, it is registered in the APOS system. With integration of the truck scale in the APOS system, the weighing data is automatically transferred to System.
During unloading the fuel is transported over the sensor. Measurement values are generated every 0.9 seconds, which sums up to almost 1000 individual measurements per truck.
The material is analyzed in real time regarding e.g. its water and ash content and calorific value. The analysis is performed in the central spectrometer unit CSU.
All data can be exported to excel or your ERP for further processing. APOS has realized various ERP interfaces and if necessary an individual interface can be created.
Pfleiderer GmbH is one of Europe‘s leading manufacturers of wood-based materials and surface finishes with a total of 8 locations in Western and Eastern Europe.
The Kronospan Group is the global leading manufacturer in the wood-based panel industry, producing wood-based materials
at more than 40 sites.