Product & company site: enotech.systems
I apply systems engineering principles to capital allocation. Every venture is analyzed as a machine: inputs, process constraints, and yield optimization. This page is a historical venture archive: feasibility framing and technical direction are not validated commercial performance claims.
The Arkansas Smackover Formation holds globally significant lithium brine reserves. Current evaporation methods are land-inefficient. The opportunity lies in closed-loop DLE (Direct Lithium Extraction) systems that minimize surface footprint.
Modular DLE adsorption columns integrated with existing bromine infrastructure. The concept targets lower Capex through brownfield brine disposal wells. Proposed system architecture would support incremental scaling from pilot to commercial production, subject to feasibility and deployment testing.
Planning target: <$4,000/ton production cost via brine-agnostic ion exchange resin. A preliminary comparison modeled a potential 60% reduction in water usage versus traditional evaporation ponds; this is not a measured operating result.
Infrastructure direction (proposed): Sovereign edge compute (VITO-class nodes) for process control in remote Smackover field locations. Store-and-forward telemetry architecture intended to support audit-grade retention during network outages.
Rapid deployment of specialized labor for large-scale events. Just-in-time staffing architecture for high-churn environments like music festivals and trade shows. Two-sided marketplace platform with real-time demand matching and automated credential verification.
Directed full SDLC: Database schema design, API architecture, and beta launch management. Process optimization reduced staffing lead time from 48 hours to 4 hours.
#WorkforceDeployment #EventOps
Deployed mobile energy solutions for large-scale events. Engineered 3.5kW solar/battery bank trailers for remote reliability. Modular design enables rapid deployment and scaling from single trailer to multi-unit microgrid networks.
Technical direction: Mobile solar/battery deployments with integrated edge telemetry for event power and operational logging. Field exercise focused on reliability under variable load, not a published uptime SLA.
#MobilePower #DistributedEnergy
Custom DC microgrid design and fabrication for mobile applications (RV/van conversions). Specialized in high-density lithium storage and integrated charge controllers. Systems are designed for off-grid operation; runtime and coverage depend on the deployment.
Technical specifications: Direct DC power architecture eliminates inverter losses. LiFePO4 battery banks with integrated monitoring systems provide real-time SoC and power consumption telemetry.
#MobilePower #LiFePO4
Detailed prospectus and financial modeling available for qualified partners.