GREEN MINING & ADVANCED RECOVERY
Case study
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15 Aug 2026

GREEN MINING & ADVANCED RECOVERY

Adult woman with short dark hair wearing a dark jacket against a dark background.
Pax Silica Pilipinas Inc.
Corporate Research & Development

Client

GREEN TECHNOLOGY

Sector

Critical Minerals • Green Mining • Advanced Materials

Scope

Scientific Evaluation • Responsible Recovery • Technology Partnerships

Region

Philippines • United States • Global

The challenge: recovering mineral value responsibly.

Critical minerals can occur in complex ores and legacy mine waste, where recovery may be technically difficult and environmentally sensitive. Pax Silica aims to evaluate potential opportunities through mineral characterization, laboratory testing, and careful assessment of environmental and commercial feasibility.

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SCIENTIFIC EVALUATION → PILOT-SCALE VALIDATION
Measured at the bus

A structured, science-led approach.

Pax Silica envisions a phased process beginning with representative sampling, mineral characterization, and laboratory recovery testing. Depending on the results, promising opportunities may be evaluated for selective recovery technologies, modular pilot systems, and partnerships with qualified technical specialists.

Each stage would be subject to environmental, regulatory, technical, and commercial review before further development.

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From complex resources to potential value.

Pax Silica aims to investigate whether critical minerals can be recovered responsibly from suitable ores and legacy mine waste. Scientific testing would help determine which materials, recovery methods, and partnerships merit further evaluation.

Any potential environmental or commercial benefits would need to be demonstrated through testing, independent review where appropriate, and applicable regulatory approvals.

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GREEN RECOVERY
TECHNOLOGY FOCUS
SCIENTIFIC VALIDATION
VALIDATION APPROACH
PILOT-SCALE EVALUATION
DEVELOPMENT STAGE

A pathway from research to responsible development.

Pax Silica envisions building on scientific findings through staged testing, technical partnerships, and carefully evaluated pilot opportunities. Any expansion would depend on demonstrated results, appropriate approvals, and commercial feasibility.

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