Operational Certainty in Coal Power Generation Through 24/7 Performance Assurance

Operational Certainty in Coal Power Generation Through 24/7 Performance Assurance Download Case Study Contact Us Coal | Mine & Power Station | Performance Assurance How a leading coal mine & power station leveraged performance assurance to ensure analyser running consistently to manage ash content BACKGROUND In coal fired power generation, continuous and accurate material measurement […]

Managing Ore Variance with Real Time Elemental Analysis in Iron Ore

In iron ore production, managing variability is one of the most persistent challenges across the value chain. Ore composition can shift significantly and these variations directly affect plant performance and export value, particularly with elements iron (Fe), silica (SiO₂) and alumina (Al₂O₃).

Multi-element analysis at the train loadout

Maintaining consistent ash and moisture levels at the train loadout (TLO) is essential for meeting environmental standards and export requirements. Real-time elemental analysis provides fast, sustainable monitoring of quality, optimising blending and delivering specification-compliant coal that supports both operational and environmental goals.

Sustainable Power Generation through Real-Time Coal Analysis

A major Australian coal operation improved power generation efficiency and sustainability using RTI’s AllScan elemental analyser. Real-time coal analysis enabled consistent fuel quality, reduced emissions, and 24/7 operational reliability — setting a new benchmark for sustainable energy production.

Improving Copper Traceability and Process Control with Real Time Elemental Analysis

A major African copper operation improved grade consistency and material traceability using RTI’s AllScan analyser. Real time elemental data replaced slow lab sampling, allowing operators to respond instantly to variability and link copper quality to each conveyor and material movement. The result is a more efficient, transparent and data-driven production process.