5
Industrial
Verticals
72hr
Deploy
Time
94%
Sort
Accuracy
<12mo
Typical
Payback
1
System Across
All Industries
Industrial Verticals — ρ-MATRIQS™

WHERE IS YOUR
PLANT LOSING VALUE?

Mixed material → unrecovered value.
ρ-MATRIQS™ identifies loss points and converts them into recoverable output streams — same conveyor, no shutdown, calibrated to your material in 48 hours.

Quick Fit Check
Processing >100 TPD
Mixed output after sorting
Loss due to misgrading or manual handling
→ If applicable, deployments below are relevant
Industrial Verticals

Select Your Industry

Each vertical uses the same core ρ-MATRIQS™ architecture — only the calibration changes. 72-hour deployment regardless of industry.

🏭
Steel
Steel Plants
Input variability across BF / DRI / EAF operations causes fuel waste, unstable furnace operation, and downgraded output. Manual grading can't keep pace with throughput.
+4.1%
Yield gain
−18%
Energy cost
₹27L+
/mo revenue
11 Mo
Payback
Material standardisation at belt speed
Lower fuel variability across furnace feeds
Stable furnace operation — fewer heat disruptions
HMS / shredded scrap grade separation
🔋
E-Waste
E-Waste & Battery
Low recovery and manual sorting limitations cause 6–8% of high-value PCBs and battery cells to be routed to the wrong stream. CPCB compliance relies on manual audit data.
+6.8%
PM recovery
100%
EPR auto
9 Mo
Payback
<1%
Misroute
Chemical identification — precious metal density triage
Automated PCB-to-smelter stream routing
Manual removal elimination across the line
CPCB / EPR records auto-generated per lot
🔩
Non-Ferrous
Non-Ferrous
Mixed shred streams — Cu, Al, Zn co-mingled — are sold at bulk reject price instead of individual commodity value. Every tonne of mixed output is a priced-below-cost sale.
+3–5%
Recovery gain
94%
Sort accuracy
↓25%
Mixed output
<12Mo
Payback
Cu / Al / Zn separation at full belt speed
Alloy identification — grade precision per particle
Premium grade upgrade — command market prices
Multi-output bin routing, not binary pass/reject
💎
Critical Minerals
Critical Materials
Losses in ore and tailings identification mean low-grade critical minerals leave the plant undetected. With PRISM 5.0 and EV demand rising, this loss compounds every operating day.
In-situ
Detection
Multi-el
Coverage
Low-grade
Recovery
MoM
Aligned
In-situ detection — no sample prep required
Multi-element coverage per particle
Low-grade mineral recovery from tailings streams
PRISM 5.0 / MoM audit trail auto-generated
♻️
Recycling
Recycling Systems
Yield gaps and traceability failures cost recycling facilities on every lot. EPR obligations require documentation that manual operations cannot reliably generate.
Higher
Recovery
100%
Traceability
EPR
Compliant
Day 1
Records
Higher recovery from the same input feed
Full material traceability — intake to output grade
Compliance-ready EPR certification per sorted lot
CO₂ tracking per stream, per tonne, per day
⚙️

Custom Deployment

Any conveyor-based operation can be configured. Send your material type and throughput — we'll spec it.

Request Demo
No cost · No commitment · Direct answer

Not sure which vertical matches your operation? Send us throughput + material type — direct answer, fit or no fit, before any demo is scheduled.

Check My Fit →
Core Architecture

One System
Across All Industries

The same sensor suite, the same edge AI decision engine, and the same 72-hour installation process deploy across every vertical. Only the calibration changes — matched to your specific material mix in the first 48 hours on site.

Material → Sensor → AI → Recovery

Sensors7 modalities active in parallel — LIBS, XRT, VIS/NIR, bulk density
DecisionSub-second per particle · Belt-synchronised · Physics-led AI
InstallMounts above existing belt · No civil works · No shutdown required
Calibration48 hrs on your actual material — not factory defaults
ProtocolsModbus · OPC-UA · Profinet — no PLC rewrite
IngressIP69K · −10°C to 85°C · Dusty / wet environments
ρ-MATRIQS™ ARCHITECTURE — ALL VERTICALS
MATERIAL INPUT Mixed stream off your existing conveyor 7-SENSOR ARRAY LIBS · XRT · VIS/NIR · Bulk Density · Thermal · Shape · Flow All modalities active simultaneously · <1s per particle ρ-MATRIQS™ Physics-led AI · Confidence scoring · Sub-second decision ONE DECISION — PER PARTICLE Classification Result Material type · Grade · Confidence · Routing REJECT ₹ LOW Fe / inert / contaminated MIXED ₹ MED Re-process stream SORTED Premium Grade ₹ HIGH ↑ Cu · Al · Zn · certified Grade certificate · EPR record · CO₂ log Auto-generated · Per lot · Per decision
Calibration: Per Industry
Deploy: ~72 Hours
Sensors: 7 Active
✓ Validated Across
Steel >200 TPD E-Waste Facilities Non-Ferrous Lines
|
Material: 2–150 mm · mixed density · high contamination · IP69K rated
Honest Qualification

Is ρ-MATRIQS™ Right for You?

We'd rather you know here than after a demo. If the left column describes your operation, we'll tell you directly — and point you to what works better.

✗ Not Suitable

<20 TPD manual operations — economics don't justify automation at this volume
Single-material, clean streams — optical sort or ECS is cheaper and sufficient
Purely ferrous stream — you already have a magnet
Batch processing without conveyor infrastructure
No downstream offtake for sorted fractions — grade value requires a grade buyer

✓ Strong Fit

80+ TPD continuous conveyors with mixed non-ferrous or ASR in output stream
Manual sorting today — accuracy degrading above 150 TPD or with shift variance
Mixed non-ferrous output currently sold below intrinsic Cu / Al / Zn value
CPCB registered or EPR-obligated — compliance cost is a real budget line
EV battery, PCB, or critical mineral stream where purity grade drives offtake price
Take the Next Step

Not Sure Where You Fit?

Send material type + throughput. We map the loss point and return a recovery potential estimate specific to your operation. No generic demos. No commitment.

Industrial deployment ready · Make in India · DPIIT Recognised · CPCB / EPR Compliant