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Revolutionizing Waste-To-Energy with Intelligent Waste Recognition and Automation

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Today, waste-to-energy plants lose up to $4.3 million per plant annually due to manual and inefficient waste handling.

At Jaipur Robotics, we design advanced computer vision algorithms tailored to the waste-to-energy sector that improve plant efficiency, reduce emissions and minimise unplanned shutdowns.

Our impact

1.1 M €

Saved by avoiding equipment damages and loss of revenues.

9 M €

Saved by improving mixing of waste

10 %

Reduction in unplanned shutdown

*all figures per plant, per year

Products

Oversized and dangerous item detection

Detects problematic waste in bunkers and unloading bays, preventing disruptions. It works in any bunker and offers intuitive reporting for proactive management.

Calorific value mapping

Enhances Waste-to-Energy plants with real-time calorific mapping (LHV), guiding crane operators for better mixing and stable combustion.

Calorific value mapping

Enhances Waste-to-Energy plants with real-time calorific mapping (LHV), guiding crane operators for better mixing and stable combustion.

Crane tracking

Optimizes crane movements in Waste-to-Energy plants with real-time tracking and analytics, reducing downtime, costs, and improving productivity.
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