EIBR-AI — Entropy Inversion Bio-Reactor
Cryo Bioreactor and SilicVault
Autocatalytic Soil Remediation &
High-Temperature Energy Storage Core.
A 34m³ titanium reactor core coupled with a 415kWh thermal sand storage unit operating at 380°C. Synthesizing high-purity humus and active enzymes for rapid environmental remediation while providing decentralized grid stabilization.
Executive Summary:
Active Bioremediation Meets Thermal Storage
Traditional bioremediation methods suffer from extreme reaction latency, climate vulnerability, and severe thermodynamic losses. Conversely, industrial energy storage systems rarely produce secondary biochemical value.
The EIBR-AI Solution
EIBR-AI bridges biochemical soil restoration with high-capacity thermal storage. By cascading excess off-grid energy into a 380°C solid-state sand vault, the system maintains ideal catalytic temperatures year-round—enabling continuous, automated synthesis of humic acids and enzymes to degrade persistent soil contaminants (including glyphosate) while serving as a thermal battery for sovereign infrastructure.
Key Capabilities & Performance Metrics
Accelerated Degradation
Catalyzes complex organic pollutant breakdown up to 12x faster than natural soil biological cycles.
Thermal Battery Integration
Converts surplus renewable electricity into 415kWh of usable high-grade thermal energy (380°C peak) with sub-1% daily radiation loss.
Closed-Loop Autarcy
Zero chemical discharge or external feedstocks required during active operation.
Technical Specifications
| Parameter | Specification |
| Reactor Core Volume | 34 m³ High-Grade Titanium Alloy Pressure Vessel |
| Thermal Vault | 415 kWh Solid-State Sand Thermal Storage (380°C) |
| Primary Output | Autocatalytic Humus, Concentrated Enzymes, Base Load Heat |
| Target Remediation | Glyphosate, Synthetic Hydrocarbons, Heavy Metal Binding |
| Automation | AI-driven continuous batch control via sub-surface sensor loops |
| Patent-pending Core | Austrian Patent Ref: GF-BSGL-2026-PAT-01 (Case-ID: 0000008146) |
Ecosystem Coupling: Inter-Module Integration
Coupling with GASS: Receives continuous sub-surface biological and moisture telemetry to adjust catalytic dosing in real time.
Coupling with DOME: Supplies direct hydronic heating, hot water, and microclimate temperature regulation for sovereign biospheres.
Coupling with ORECO: Generates verified, tamper-proof bio-char and soil carbon sequestration logs for Class II/III environmental auditing.
Request Pilot Access & Hardware Integration
We allocate limited pre-series quotas for research institutions, agricultural enterprises, and B2B hardware integrations.
Company Headquarters & System Architecture
Austria
Pesendorfstraße 19/2
4451 Garsten/OÖ
North American Field Operations & Research
Nova Scotia, Canada
Academic Reference Site (140 ha)
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A division of Bras d’Or (Gernot Fröhlich)
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