We are a pioneer company in automated assessment of unstructured waste streams in high volumes: Our technology continuously analyzes and quantifies complex waste streams, enabling impurity detection, value chain traceability, and more efficient plant operations.
Avoid unexpected downtimes through impurity detection
Less maintenance effort through impurity detection
Reduction of delivery inspection time by 95% through automated delivery analysis
Reduction in the use of fossil fuels and cleaning material through calorific value forecasts
Reduction in the use of fossil fuels for incineration
Avoidance of emission peaks through better material homogenization
Incineration closer to optimal efficiency through AI-supported material selection
Higher material incineration volume through fewer downtimes
tons of analyzed waste
boxes installed in plants
material deliveries analyzed
for temperature and impurity detection
At SWB's MKK, all acceptance gates are equipped with our material analysis system. Systems for material homogenization and calorific value prediction are active in the bunker and at the drop chute.
For NEEW Ventures, we set up a system for predicting calorific values in an EEW plant.
At the Blumenthal HKW, a WasteAnt system analyzes the material on the conveyor belt for rigid long parts and their composition. An automatic emergency stop prevents drop chute blockages, while steam mass and HCL prediction reduce anomalies during operation.
With GML, the WasteAnt system indicates impurities in the drop chute to prevent them from entering the drop chute.
At the AMK Iserlohn, a material analysis is carried out with impurity detection at the acceptance control, calorific value predictions at the drop chute and the identification of chlorine and sulphur sources to optimize exhaust gas and wash water treatment.
At AGR Herten, our system was installed at the acceptance control to carry out a material analysis to examine the waste quality and detect impurities.
