Non-thermal processes for reduction of moisture levels in Iron ore

Theme: Quantum Tech

Expected Pilot Duration - 3 Months

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Challenge Summary

Iron Ore fines contains ~ 8-10% moisture content which results in high cost of production in processing as it consumes more fuel in Iron making. Also transporting such high moisture cargo results in increased effective logistic cost.

Challenge Scenario

Iron Ore contains high moisture levels especially where mining happens below the water table and where the ROM is beneficiated into high grade concentrate with usage of water. When the iron ore with high moisture content is used in iron and steel making, steel makers need to use more fuel to remove the excess water in the form of moisture in iron ore which affects the efficiency of operation compared to the iron ore which has less moisture content. We are looking at innovative non thermal drying technology through which moisture can be removed, without use of heat which is produced through burning of fuels.

Profile of the end users

Coal Oven Team

Marketing Team: Currently we are selling & shipping ore with high moisture which attract discounts as well as more effective freight charges as value realization happens only on a dry metric ton basis

Solution Requirements

Non Thermal Moisture reduction system

Good to have constant moisture monitoring system

Easy to integrate

Power Efficient to operate

Non Polluting and clean solution

Throughput: Throughput is very important which should match with existing production rate or else it will affect the dispatch volumes.

Expected Outcomes

1. Quantified Metrics & Outcomes:
Operational KPIs/Metrics Current Value Expected Target Value
Moisture Reduction in Iron Ore through non thermal technique 10-12% 5-6%
2. Qualified Outcomes:
Operational KPI/Metrics Current State Expected Target State
NA NA NA
3. ESG Impact:
ESG Metric Expected Value/State
Energy Zero coke will be used to generate the thermal energy
Pollution No greenhouse gas emission since coke is not used for heating

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