CO-CD-09
Kolwezi Cobalt Hub
- Thermal
- 0.67
- Stockpile
- 0.55
- Cloud
- 45%
- Flow kt/h
- 0.01
Command deck · coverage universe 12 nodes
Satellite telemetry, process-route carbon intensity and governance signals fused into one impact-investment view — then interrogated with a retrieval-grounded metallurgy agent.
Covered capacity
85.9Kkt/yr
Weighted carbon
0.49tCO2e/t
Allocation score
66.1/100
Avoided emissions
141.6ktCO2e/yr
Simulated multispectral + thermal passes, refreshing every 4s
CO-CD-09
Kolwezi Cobalt Hub
NI-ID-06
Morowali Nickel Park
BX-GN-01
Boké Bauxite Corridor
MG-ZA-12
Northern Cape Manganese
CU-CL-07
Escondida Copper
FE-BR-04
Carajás Iron Complex
LI-AR-10
Salar de Olaroz Brine
AL-AU-02
Gladstone Alumina Refinery
Estimated aggregate flow (kt/h) from the last 24 satellite passes
ESG score vs carbon intensity — bubble size = avoided emissions
Iterative model run over telemetry, utilization headroom and carbon exposure
CO-CD-09
Kolwezi Cobalt Hub
52%
easing · confidence 65% · falsifier: grade recovery
NI-ID-06
Morowali Nickel Park
47%
rising · confidence 67% · falsifier: capacity release
MG-ZA-12
Northern Cape Manganese
32%
easing · confidence 72% · falsifier: grade recovery
BX-GN-01
Boké Bauxite Corridor
30%
easing · confidence 70% · falsifier: grade recovery
CU-CL-07
Escondida Copper
28%
easing · confidence 74% · falsifier: grade recovery
Allocation score = ESG 35% · carbon 25% · resilience 25% · throughput 15%
| Node | Commodity / tier | Capacity | Util. | tCO2e/t | ESG | Risk | Alloc. | Avoided ktCO2e |
|---|---|---|---|---|---|---|---|---|
CO-CD-09 Kolwezi Cobalt Hub DR Congo · stressed | Cobalt Hydroxide Tier 1 – Extraction | 95 kt | 74% | 2.10 | 26 | 91Critical | 38 | 0.0 |
NI-ID-06 Morowali Nickel Park Indonesia · stressed | Nickel Matte Tier 2 – Refining | 1.8K kt | 96% | 4.85 | 31 | 82Critical | 33 | 0.0 |
BX-GN-01 Boké Bauxite Corridor Guinea · watch | Bauxite Tier 1 – Extraction | 42K kt | 87% | 0.42 | 54 | 71Elevated | 62 | 72.3 |
MG-ZA-12 Northern Cape Manganese South Africa · watch | Manganese Tier 1 – Extraction | 3.4K kt | 72% | 0.66 | 47 | 64Elevated | 58 | 4.3 |
CU-CL-07 Escondida Copper Chile · watch | Copper Concentrate Tier 1 – Extraction | 1.2K kt | 79% | 1.12 | 66 | 58Elevated | 65 | 1.2 |
FE-BR-04 Carajás Iron Complex Brazil · watch | Iron Ore Tier 1 – Extraction | 26K kt | 83% | 0.09 | 61 | 55Elevated | 70 | 49.8 |
LI-AR-10 Salar de Olaroz Brine Argentina · ramping | Lithium Carbonate Tier 2 – Refining | 42 kt | 69% | 0.74 | 58 | 49Moderate | 65 | 0.0 |
AL-AU-02 Gladstone Alumina Refinery Australia · nominal | Alumina Tier 2 – Refining | 3.9K kt | 91% | 1.94 | 68 | 38Moderate | 69 | 1.6 |
FE-SE-05 Boden Green Steel Works Sweden · ramping | Green Steel Tier 3 – Smelting | 2.5K kt | 62% | 0.28 | 92 | 34Contained | 82 | 3.3 |
CU-PL-08 Głogów Copper Refinery Poland · nominal | Refined Copper Tier 3 – Smelting | 580 kt | 88% | 1.35 | 72 | 29Contained | 75 | 0.5 |
SC-DE-11 Ruhr Scrap Aggregation Germany · nominal | Ferrous Scrap Tier 0 – Circular | 4.1K kt | 81% | 0.06 | 84 | 22Contained | 86 | 7.8 |
AL-IS-03 Grundartangi Smelter Iceland · nominal | Primary Aluminium Tier 3 – Smelting | 320 kt | 94% | 0.21 | 89 | 19Contained | 90 | 0.7 |