INTERNAL NOTE — NOT WEBSITE COPY
Page Objective
Establish EHMPP as a meaningful BEST development platform for sustained relocatable power rather than treating it as a generic mobile generator.
Bring the fuel. Produce the hydrogen. Generate the power.
EHMPP is being developed as a relocatable, grid-independent power platform combining ethanol-to-hydrogen conversion with solid oxide fuel-cell generation.
Rather than transporting compressed hydrogen to the point of use, ethanol can be delivered to the site and converted into hydrogen as it is required.
The hydrogen is then converted into electricity on location.
Deployable infrastructure, not a generator that moves every day.
EHMPP is not intended primarily as a generator that is moved from location to location every few hours or days.
It is intended as deployable or relocatable infrastructure that can operate at a location for weeks or months and then move when the need changes.
INTERNAL NOTE — NOT WEBSITE COPY
The system should therefore visually resemble serious infrastructure capable of relocation, not consumer or construction-site portable equipment.
Delivered ethanol
↓
Gölu-H2 / HyEn+ derived conversion system
↓
Hydrogen produced at the deployment site
↓
Solid oxide fuel cells
↓
Continuous electrical generation
Transport a stable liquid fuel that already has mature logistics.
Produce hydrogen where it will be consumed.
Generate electricity where the electricity is needed.
Transporting compressed hydrogen can require specialized storage, compression and transportation infrastructure.
EHMPP takes another approach.
The energy carrier transported to the deployment site is ethanol.
Hydrogen is produced on demand at the point of use, reducing reliance on transporting compressed hydrogen over distance.
INTERNAL NOTE — NOT WEBSITE COPY
The value proposition should be communicated as fuel logistics plus localized conversion, not merely hydrogen production.
250 kg/day H₂ class
Approximately 200 kW-class continuous power on the current planning basis.
500 kg/day H₂ class
Approximately 400 kW-class continuous power on the current planning basis.
A larger approximately 1,250 kg/day architecture corresponds conceptually to approximately 1 MW-class electrical generation.
These values are development and planning-scale estimates, not guaranteed equipment specifications.
Final electrical output depends upon hydrogen production, fuel composition, SOFC selection, parasitic loads, operating conditions and final system engineering.
INTERNAL NOTE — NOT WEBSITE COPY
Editorial Rule
Always qualify these figures as:
- planning scale
- development assumptions
- approximate
- subject to final engineering
Do not publish them as guaranteed nameplate ratings until validated.
Disaster and Hurricane Recovery
Sustained electrical generation following significant grid disruption.
Emergency Infrastructure
Power for facilities or infrastructure that may need to operate while permanent grid service is unavailable.
Remote Installations
Locations where conventional grid infrastructure is unavailable or uneconomic.
Temporary Utility Capacity
Supplemental generation where additional capacity is required for an extended but non-permanent period.
Industrial and Construction Operations
Sustained power where permanent electrical infrastructure has not yet been installed or is temporarily unavailable.
Government Facilities
Potential deployments requiring independent or temporary electrical infrastructure.
Military Installations
Potential applications where deployable sustained power could be useful.
INTERNAL NOTE — NOT WEBSITE COPY
Mandatory Public-Language Rule
Government and military applications must be described strictly as potential use cases.
Do not imply that any agency, branch, department or government entity has requested, ordered, endorsed, tested or approved EHMPP unless that becomes independently substantiated.
Depending upon final configuration, EHMPP may also provide opportunities for:
Biogenic CO₂
Capture of the biogenic CO₂ stream generated through ethanol conversion.
Useful Heat
Recovery of thermal energy from the integrated conversion and power-generation system where an application exists.
Water
Recovery and potential recycling of water associated with fuel-cell operation and other applicable system processes.
INTERNAL NOTE — NOT WEBSITE COPY
Hard Guardrail
Do not claim complete water self-sufficiency until an engineering mass balance demonstrates it.
Do not describe electrical storage as part of EHMPP unless battery or other storage equipment is actually incorporated into the reference design.