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CASCADE-X™

HYDROGEN PLATFORM

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Discuss a Validation Project

Discuss a Validation Project

Pressure Before Recompression

Cascade‑X Staged Gas Recovery | AeroQoreX

Pressure Before Recompression


A staged gas-recovery architecture designed to preserve useful pressure, improve gas utilisation and reduce unnecessary recompression.


A staged gas-recovery architecture designed to preserve useful pressure, improve gas utilisation and reduce unnecessary recompression.


Why Compress Gas That Can Still Do Useful Work?



Why Compress Gas That Can Still Do Useful Work?



PROBLEM

Gas recovery often becomes a compression problem too early. When recovered gas is moved directly toward low-pressure storage, useful pressure can be lost before the gas reaches the compressor.


Cascade-X changes the recovery sequence before changing the compressor.

Cascade-X changes the recovery sequence before changing the compressor.

Cascade-X changes the recovery sequence before changing the compressor.

Unnecessary Compression • Larger Storage • Higher Energy • Excess Heat • Longer Cycle Time

Unnecessary Compression • Larger Storage • Higher Energy • Excess Heat • Longer Cycle Time

Unnecessary Compression • Larger Storage •

Higher Energy • Excess Heat • Longer Cycle Time

The objective is not simply a better compressor. It is to reduce how much gas needs to be recompressed.


HOW IT WORKS

1. RECOVER

Keep recovered gas at useful pressure where possible.

2. EQUALISE

Use direct pressure transfer where the system allows it.

3. RECOMPRESS


Compress only the remaining requirement.

Recover → Equalise → Recompress



The objective is not simply a better compressor. It is to reduce how much gas needs to be recompressed.


Recover → Equalise → Recompress



HOW IT WORKS

1. RECOVER

1. RECOVER

Keep recovered gas at useful pressure where possible.

Keep recovered gas at useful pressure where possible.

2. EQUALISE

2. EQUALISE

Use direct pressure transfer where the system allows it.

Use direct pressure transfer where the system allows it.

3. RECOMPRESS


3. RECOMPRESS


Compress only the remaining requirement.

Compress only the remaining requirement.

The earlier helium system is not presented as a hydrogen validation of Cascade-X. It provides field experience in staged recovery, pressure routing, storage, compression and automated operation.

CONTROL & OPERATION _ Industrial control interface from the helium-recovery installation.

GAS ROUTING _ Process piping and gas-routing network.

PHYSICAL SYSTEM _ Industrial helium-recovery installation in China.

INDUSTRIAL FOUNDATION

Built from Industrial Gas-Recovery Experience


Built from Industrial Gas-Recovery Experience


Cascade-X builds on engineering experience developed through real industrial helium recovery and reuse systems.

Cascade-X builds on engineering experience developed through real industrial helium recovery and reuse systems.

Hydrogen Is the Next Validation Step


Hydrogen Is the Next Validation Step


HYDROGEN ROADMAP

The physics of pressure transfer is not limited to helium, but hydrogen introduces different engineering, safety, materials and operating requirements.

The Cascade-X staged-recovery approach is field-proven in an industrial helium application. Hydrogen-specific performance remains to be validated

The physics of pressure transfer is not limited to helium, but hydrogen introduces different engineering, safety, materials and operating requirements.

The Cascade-X staged-recovery approach is field-proven in an industrial helium application. Hydrogen-specific performance remains to be validated.


Industrial Helium Experience

Industrial Helium Experience

Cascade-X Architecture

Cascade-X Architecture

Hydrogen Demonstrator

Hydrogen Demonstrator

Measured Validation

Measured Validation

Hydrogen performance: validation required


Hydrogen performance: validation required


VALIDATION METRICS

Evidence Before Claims

Evidence Before Claims


  • RECOVERED GAS — How much gas is retained and reused?

  • PRESSURE UTILISATION — How much useful pressure is preserved?

  • COMPRESSION REQUIREMENT — How much gas actually requires recompression?

  • ENERGY — What is the measured compression energy?

  • TEMPERATURE — What thermal behaviour occurs?

  • CYCLE TIME — What happens to operating time?

  • REPEATABILITY — Can the result be reproduced?

Discuss a Cascade-X Demonstrator

Discuss a Cascade-X Demonstrator

VALIDATE FIRST → DEPLOY MANY


VALIDATE FIRST → DEPLOY MANY


VALIDATE FIRST → DEPLOY MANY


Discuss a Cascade-X Demonstrator

FOCUS

Gas Recovery & ROI

Deep-Tech Infrastructure

Company

About AeroQoreX

Contact Us


AEROQOREX

Çetin Emec Mah 53-5

Balcova IZMIR

LEAKGUARDS

71-75 Shelton Street,Covent Garden

London, WC2H 9JQ, United Kingdom

oktay.goztepe@aeroqorex.com