Decision-Support Software for Coal Recovery
Budget: $30 – $250 USD
Hi, I’m working on a mining engineering project and I need help developing a simple decision-support software tool for coal recovery optimisation in small to medium scale mines.
The software should allow users to input production and geological data such as block tonnage, coal quality, dilution, and operational costs. It must then process this data using a scoring or optimisation model to rank mining blocks and recommend the best sequence for extraction.
The system should include a clean user interface for data input, a processing component that applies the decision logic, and a dashboard that displays outputs such as recommended mining sequence, expected recovery, and basic performance graphs.
I am looking for a cost-effective solution, preferably a desktop or web-based application, using simple technologies. The model itself is not complex and can be based on rule-based logic rather than advanced AI.
Please let me know what approach you would suggest, the tools you would use, and an estimate of time and cost.
The software should allow users to input production and geological data such as block tonnage, coal quality, dilution, and operational costs. It must then process this data using a scoring or optimisation model to rank mining blocks and recommend the best sequence for extraction.
The system should include a clean user interface for data input, a processing component that applies the decision logic, and a dashboard that displays outputs such as recommended mining sequence, expected recovery, and basic performance graphs.
I am looking for a cost-effective solution, preferably a desktop or web-based application, using simple technologies. The model itself is not complex and can be based on rule-based logic rather than advanced AI.
Please let me know what approach you would suggest, the tools you would use, and an estimate of time and cost.