The challenge involves monitoring dredge pump-lines in Africas Rift Valley, facing harsh conditions, accessibility issues, and unreliable manual systems, requiring a robust, real-time integrated solution.

Rotary kilns rely on gearboxes and support rollers for efficient rotation, but high temperatures and low RPM hinder effective condition monitoring. Current ultrasonic methods are inadequate due to the harsh environment, leading to increased bearing failures and production stoppages. A robust monitoring system is needed to withstand these conditions, providing accurate data for proactive maintenance and preventing downtime. Addressing this challenge is essential for maintaining kiln efficiency and reliability in the production process.

We are seeking for innovative, cost-effective, and sustainable solutions to protect from corrosion and extend the service life of both RCC and MS structures. The proposed solutions should aim to provide a minimum of 10 -15 years of protection under these challenging conditions.

We are actively seeking for solutions that can eliminate the need for slag blasting altogether, especially in sensitive zones, while still achieving effective surface cleaning.

We are looking for a cost-effective and sustainable KOH recovery process from effluent stream.

Steel scrap is blended for desired density and composition before charging into an Electric Arc Furnace (EAF). Fluctuations in scrap density can cause inefficiencies and increased power consumption. An automated inspection system is needed for real-time scrap density detection

This challenge focuses on detecting clamping and routing issues in chassis assembly during the End-of-Line (EOL) and Pre-Delivery Inspection (PDI) stages. The complexity of overlapping routing paths and reliance on manual inspection make it prone to errors, impacting vehicle safety and reliability.

The challenge addresses inefficiencies in dispensing multiple small components (e.g., clamps, nuts, bolts) for assembly, which often leads to incorrect counts and disrupts production. A scalable, cost-effective solution is sought to ensure accurate dispensing and enhance operational efficiency.

This challenge involves real-time condition monitoring of critical components in Roller Brake Test (RBT) machines, which operate under variable speeds and dynamic conditions. The goal is to develop solutions for timely fault detection to prevent breakdowns and ensure reliability.

We are looking for a solution to enhance the ductility of high carbon wire rods within a span of 3 days as opposed to the current span of 10 to 21 days.