Calorific Value Mapping Service
Ensuring stable combustion is critical for the efficient operation of any Waste-to-Energy plant. Achieving this stability requires optimal mixing of waste materials within the bunker to maintain consistent calorific values, reduce emissions, and optimize energy output.
Jaipur Robotics addresses this challenge by providing the industry’s most precise and comprehensive calorific value mapping (Lower Heating Value – LHV) of waste. Our advanced technology leverages deep learning algorithms and computer vision to empower crane operators, enabling them to effectively mix waste before it is introduced into the combustion chambers. Operators receive clear, real-time visual guidance through an intuitive heat map that accurately highlights areas of higher and lower calorific values within the bunker.
Unlike traditional systems that offer only surface-level analysis, Jaipur Robotics’ solution delivers detailed calorific value insights throughout the entire bunker volume. By accurately detecting waste characteristics even below the surface, our technology ensures that operators have a comprehensive understanding of the waste composition at all times.
Moreover, our calorific value mapping solution seamlessly integrates with existing plant operations, requiring minimal setup and no ongoing calibration. As a result, plant operators can immediately benefit from enhanced visibility, reduced operational uncertainty, and optimal waste handling.