Missouri industrial energy developmentHouston, Missouri · United States
ADDQEN ENERGYINDUSTRIAL ENERGY SYSTEMS
THE TECHNOLOGY PLATFORM

Three coordinated systems.
One industrial objective.

We are evaluating a modular energy architecture designed around measurable electrical loads, thermal demand, feedstock availability, and utility requirements.

CHPBESSMICROGRIDINDUSTRIAL HEAT
01 GENERATION
BIOMASS COMBINED HEAT AND POWER

Useful electricity.
Useful heat.

Combined heat and power (CHP) can recover usable thermal energy while producing electricity. The project will evaluate appropriately sized technologies against actual industrial heat and electrical demand, qualified feedstock specifications, and operating requirements.

  • Evaluate proven equipment configurations and integration requirements
  • Match generation to realistic baseload and process-heat demand
  • Assess emissions controls, air permitting, ash handling, and safety
  • Verify fuel preparation, moisture, storage, and supply continuity
THERMAL + ELECTRICAL
ENGINEERING VALIDATION REQUIRED
02 STORAGE
BATTERY ENERGY STORAGE SYSTEM

Flexibility where
it creates value.

Battery energy storage systems (BESS) may provide dispatch flexibility, demand management, and operating support when supported by load studies and an economically justified use case.

  • Size storage against verified demand and operating scenarios
  • Evaluate dispatch, charge cycles, degradation, and lifecycle costs
  • Plan for applicable fire, electrical, and emergency-response requirements
  • Integrate storage controls with generation and utility requirements
DISPATCH FLEXIBILITY
SITE-SPECIFIC DESIGN REQUIRED
03 CONTROLS
MICROGRID & AUTOMATION

Intelligent coordination.
Controlled execution.

A microgrid control architecture can coordinate onsite generation, energy storage, industrial loads, and utility interfaces. System protection, reliability, and operator authority must remain governed by validated engineering.

  • PLC/SCADA integration, monitoring, and operational visibility
  • Dispatch optimization bounded by safety and operating constraints
  • Cybersecurity, access controls, and event logging
  • Grid interconnection and protection coordination before operation
INTEGRATED CONTROLS
UTILITY INTERFACE SUBJECT TO STUDY
FEEDSTOCK & INPUTS

Reliable inputs start with qualification.

Potential biomass sources include forestry residues, sawmill byproducts, and other suitable clean wood streams. Availability, ownership, specifications, contamination controls, transport costs, and environmental compliance require independent verification.

No particular feedstock supplier, volume, price, or renewable-energy attribute is represented as contracted or certified at this stage.

Explore a technology or integration role.

Technical capability statements and relevant operating references are welcome.

Partnership pathways