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Applications

One distributed platform.
Multiple applications.

Every PCC Hydrogen system is tailored to the customer’s ecosystem, site requirements, demand profile, and use cases across the power generation, mobility, and industrial markets.

Power Generation · Stationary + Distributed

Local power for loads that cannot wait on the grid.

PCCH2 produces hydrogen on site, converts it to electricity through an integrated fuel cell, and sizes the output to the facility load, from 150 kW to multiple 20 MW building blocks. Because energy is stored on site as ethanol, each system also holds deep MWh reserves for short-term peak demand, redundancy, and resiliency.

A row of low fuel cell power modules, the PCC process skid in its steel frame, and a tall storage tank marked ETHANOL, beside two data center buildings with rooftop cooling units
Data centers & AI campuses

Power on site, without the interconnection queue.

Up to 20 MW building blocks A distributed power pathway that reduces dependence on interconnection timelines, transmission upgrades, demand charges, and grid-outage risk.
Use cases

Where the power goes

How it’s used
Baseload powerPeak shavingBack-up power
Where it fits
Data centers & AI campusesManufacturingMission-critical facilitiesBehind-the-meter campusesMicrogrids
Why it works
  • Weeksof feedstock, stored on site
    Weeks of ethanol feedstock held on site, energy reserves that don't depend on a pipeline, a delivery, or the grid.
  • No NOx or PMan easy path to permitting
    A non-combustion process with no NOx or PM clears air permitting far faster than diesel generation.
  • Diesel parityor better
    At or better than diesel prices for backup power generation and mobility applications.
  • Net watergenerated, not consumed
    The process yields water rather than consuming it, an asset at water-constrained sites.
  • Liquid N₂on site for cooling loads
    Nitrogen is a co-product of the system, available on site for cooling loads.
Model a power scenario
Fleet Mobility · H₂ + BEV

Reliable, competitively priced hydrogen and high-power charging for fleets that cannot afford downtime.

PCCH2 produces hydrogen on site for direct H35, H70, and H70plus dispensing (including 900-bar mobile refueling), also converted to electricity for high-power BEV charging at the same location. One site supports the vehicles you operate today and the vehicles you're adding next, without relying on delivered hydrogen or waiting on grid upgrades.

Close view of the fuelling island: the front of a silver hydrogen tractor unit at the left, its tanks enclosed behind the cab, and beside it the dispenser marked H2 with the fuelling coupling stowed in its holster and its hose looping back into the cabinet, a slender white canopy column between them, yellow bollards along the kerbed island, and the long grey industrial building behind the perimeter fence
Fueling on site

Hydrogen and high-power charging at one location.

H35 · H70 · H70plus Hydrogen is produced, compressed and dispensed on site, and also converted to electricity for high-power BEV charging at the same location.
Use cases

Fleets and dispensing

Fleets served
Class 8 drayageTransit busTerminal tractorPort equipmentRefuseRefrigeratedOff-roadWarehouses & logistics equipment
Dispensing on site
H35H70H70plus · 900-bar mobileHigh-power BEV charging
Why it works
  • Lower costthan delivered hydrogen
    Priced below delivered hydrogen, produced at the point of use, with no long-haul premium.
  • No H₂ transportationno liquid H₂ to truck in
    Hydrogen is produced, compressed, and dispensed on site, removing delivery logistics from the cost and the schedule.
  • Tax creditsapproval in process with the EPA
    We are working with the EPA on approval for the RIN pathways and related low-carbon fuel incentives.
  • Weeksof stored feedstock
    Weeks of stored feedstock decouple fuel availability from delivery schedules.
  • H₂ + BEVone site, mixed fleets
    H35, H70, H70plus, and BEV charging for fuel-cell and battery vehicles alike.
Size a fueling & charging plan
Industrial · H₂ · CO₂ · N₂ · Water

One distributed platform. Multiple products and markets.

PCCH2's industrial configuration produces hydrogen, biogenic CO₂, liquid nitrogen, and water from one site, a multi-output anchor to support your ecosystem.

Two cryogenic storage tanks of equal size with finned vaporizers in front of them, a bank of hydrogen storage tubes on one pad, a road tanker at the loading arm, and an industrial building behind
One site

A multi-output anchor for the whole park.

4 output streams Hydrogen, biogenic CO₂, liquid nitrogen and water, produced together at one installation.
Use cases

Four products. Multiple sources of customer value.

Where it fits
Industrial parksFreeportsEnterprise zonesManufacturing clusters
Four output streams, one feedstock

  • Hydrogen

    Feedstock for refining, e-fuels, e-ammonia and fertilizer, and on-site fleet operations.

  • Biogenic CO₂

    Food & beverage, greenhouse cultivation, cold chain, sequestration, and e-fuels (e-methanol, e-diesel, and e-SAF).

  • Liquid nitrogen

    Cold chain, food processing, and industrial applications.

  • Water

    A usable output stream from the hydrogen-to-power conversion process.

Explore an anchor configuration

See what a PCC Hydrogen project looks like for your organization.

Share your demand profile and we'll return a preliminary scenario within five business days.

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