Advanced Materials Scientia
Engineered
Geothermal Proppants
Built for high-temperature brine durability in EGS and superhot geothermal wells. Targeting scaling, fines, and fracture conductivity loss.
Why It Matters
Next-Generation Geothermal Needs Durable Subsurface Materials
Hot brines, stress, and mineral deposition can reduce fracture conductivity over time. AMS focuses on the brine-interface durability challenge.
The Problem
The Failure Point
Brine Scaling
Silica and mineral deposition can restrict flow paths.
Fines Generation
Particle degradation can contribute to plugging.
Conductivity Loss
Fracture performance can decline over time.
The AMS Approach
A Materials Approach to Brine-Interface Durability
AMS develops proprietary engineered geothermal proppants designed for harsh geothermal brine environments.
Protected Particle Surface
Brine-Contact Durability
Proppant-Compatible Format
Qualification-Focused Development
Validation
Built Around Qualification
AMS is advancing testing focused on geothermal relevance.
- 01High-temperature brine exposure
- 02Crush and attrition resistance
- 03Fines evaluation
- 04Conductivity retention
- 05Surface characterization
Partners
Built for Strategic Partnership
AMS is seeking partners across geothermal operations, manufacturing, validation, and commercialization.