Steel Platform | ρ-MATRIQS™ | TejTatv AI
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Material Intelligence
for Steel Operations

From ore yard to furnace tap-hole — ρ-MATRIQS™ gives steel plants real-time visibility into every material stream, enabling better blending, lower operating costs, and consistent output quality.

98%
Scrap Grade Accuracy
+4%
Recovery Gain
↓5%
Coke Rate Reduction
<50ms
Decision Speed
🔥 Blast Furnace Burden Control ♻️ EAF Scrap Grading ⚙️ DRI Quality Monitoring ⛏️ Coke Quality Tracking 🌿 CO₂ Per Tonne — Live 📊 ESG Auto-Reporting
What We Solve

Steel Plants Have Always Guessed at Material Quality

Lab samples take hours. Visual inspection misses what eyes cannot see. Meanwhile, poor-quality material enters the furnace and you only find out when the heat goes wrong. ρ-MATRIQS™ eliminates guesswork.

Platform Capabilities

From Ore Yard to Furnace Tap-Hole

Six critical control points where real-time material intelligence reduces costs, improves yield, and builds ESG data — simultaneously.

⚙️

Blast Furnace Burden Control

Real-time iron ore, sinter, coke, and pellet quality tracking. The AI reads each material stream as it arrives and recommends blend adjustments before material enters the furnace — not after.

🔥

DRI / HBI Quality Monitoring

Continuous metallisation degree and gangue content monitoring for direct reduced iron. Know your DRI quality in real time — so you can adjust the feed before it affects shaft furnace performance.

♻️

EAF Scrap Grading

Automatic classification of scrap grades — HMS1, HMS2, shred, and stainless — as material arrives on the yard. Builds optimised charge mixes that hit target chemistry first time, every heat.

🧪

Sinter Feed Blend Optimisation

Multi-ore blending guidance for consistent sinter quality and basicity. Reduces return fines, improves cold strength, and cuts the energy cost of re-sintering off-spec material.

⛏️

Coal & Coke Quality

Real-time ash and sulphur tracking in coking coal blends. Ensures consistent coke quality for the blast furnace — reducing the risk of high coke rates or furnace instability.

🌿

ESG & Carbon Tracking

Every material decision is logged with its CO₂ footprint. Gives you the data to optimise for carbon intensity — not just cost — as environmental regulations tighten.

How It Works

From Ore Yard to Control Room

The system works in advisory mode — presenting recommendations to your operators — or in fully automated control mode, where it directly drives sorting gates, blend bins, or DCS outputs. You choose the level of automation that suits your operation.

INTAKE
Material Arrives
SCAN
Multi-Sensor Read
FUSE
AI Identification
ADVISE
Blend Recommendation
RESULT
Better Heat
The Difference

Before and After ρ-MATRIQS™

❌ Without ρ-MATRIQS™

  • Lab samples take hours — material enters the furnace before you have the result
  • Visual inspection misses contamination, mixed grades, and chemistry variations
  • Poor-quality scrap causes chemistry misses — heat reheat cycles raise costs
  • No ESG data — carbon intensity and CO₂ per tonne are unknown
  • Manual CPCB / EPR data collection requires dedicated compliance staff time

✓ With ρ-MATRIQS™

  • Every particle classified in under 50ms — blend decisions made before material moves
  • Seven sensor modalities detect contamination, grade variation, and chemistry at belt speed
  • Optimised charge mix hits target chemistry first time — fewer reheat cycles
  • CO₂ per tonne tracked in real time — Panchamrit progress visible daily
  • CPCB and EPR data auto-generated as a by-product of every sort decision

This system pays for itself through recovered material and reduced operating cost — not cost savings alone.

Take the Next Step

See It Running on Steel

We can run ρ-MATRIQS™ on samples from your own ore yard or scrap bay and show you what you have been missing. No cost. No commitment.

Industrial deployment ready · Built for Indian conditions · DPIIT Recognised