Operational Risk Reduction: Mission‑Critical Use Cases

Practical deployments for advanced manufacturing and defense.

One policy shift, or one geopolitical flare-up
Can halt a production line.

Market Realities

Advanced manufacturers face volatility, dependence, and waste that undermine resilience.

  • Raw Material
    Price Volatility

    Fluctuating inputs pressure margins and planning.

  • Foreign
    Supply Chains

    Exposure to policy shifts and export restrictions.

  • Recycling
    Infrastructure Gaps

    Limited domestic pathways for high‑value scrap recovery.

  • High Scrap
    Rates

    Value is lost without on‑site recovery options.

Business Manufacturing

On-site recovery reduces risk and unlocks value directly from production scrap.

  • Mitigate Shortages

    Mitigate Shortages

    Recover critical inputs on‑demand from your own scrap.

  • Stabilize Costs

    Stabilize Costs

    Reduce exposure to price spikes with internalized feedstock.

  • Unclog Bottlenecks

    Unclog Bottlenecks

    Shorten lead times and reduce logistics risk.

  • Manufacturing Assurance

    Manufacturing Assurance

    Convert liabilities to assets at the source.

Defense Production

Critical minerals for the Defense Industrial Base (DIB) are secured at the source.

  • Secure Critical Inputs

    Support tactical radios, aircraft batteries, NVGs, REPMs and more without leaving the perimeter.

  • Compliance Support

    Examples include the Buy American Act, ITAR alignment, and Critical Materials Executive Orders.

  • Supply Continuity

    On‑site recovery helps prevent production delays and losses.

Example Industries

Our solutions apply across diverse sectors where critical materials drive innovation.

  • Battery Industry

    Battery Industry

  • Printed Circuit Board

    Printed Circuit Board (PCB) Manufacturing

  • Semiconductor Wafer Fabrication

    Semiconductor Wafer Fabrication

  • Thin‑Film Solar Cell Manufacturing

    Thin‑Film Solar Cell Manufacturing

  • Flexible Electronics Manufacturing

    Flexible Electronics Manufacturing

  • MLCC & Passive Component Fabrication

    MLCC & Passive Component Fabrication

  • Roll‑to‑Roll Coated Packaging Materials

    Roll‑to‑Roll Coated Packaging Materials

  • Advanced Composites Manufacturing

    Advanced Composites Manufacturing

  • Metal Foil Rolling

    Metal Foil Rolling

Increased Production Yield Comparison

Illustrative math for a large plant.

  • Baseline Yield

    80%

    From 10,000 tons of cathode input, 2,000 tons become scrap.

  • Yield with Cool Amps Deployment

    96%

    Scrap generated (20% of input) 2,000t

    Recovered scrap (80% of scrap) – 1,600t

    Remaining scrap after Cool Amps 400t

  • Net Effective Yield

    +16 points

    In this scenario, Cool Amps provides 1,600 tons of additional usable material from the same 10,000 tons of input.

net effective yield