PILOT PROGRAM / 2027 COHORT

Turn Existing Thermal Infrastructure Into On-Site Hydrogen

Seeking 2–3 early pilot partners to evaluate a 1 kg/hr. hydrogen production module designed to integrate with existing thermal systems.

Schedule Discussion
01 / Process

A geothermal system in a mountainous landscape with steam and pipes, and infrastructure around green moss-covered ground during sunset.

Existing Thermal System

Process / waste heat · steam · geothermal

Diagram of a chemical reactor with labeled components: superheated steam input at bottom, catalyst chamber in the middle, and cyclonic gas separator at the top. Blue arrows indicate gas flow, and orange arrows show heat and material transfer.

ONE SCIENTIFIC Module

1 kg/hr. · skid-mounted · onsite integration

Industrial steel mill with large metal coils, pipes, and machinery

Hydrogen

On-site H₂ · 1 kg/hr nominal output

02 / RATIONALE

Why Thermal Infrastructure Matters

Many industrial facilities already operate the temperatures, process flows, and utilities needed to support hydrogen production. Our pilot program is focused on evaluating integration within these existing thermal environments.

  • Leveraging existing assets may offer advantages compared to developing equivalent capabilities from the ground up.

  • Steam headers, cooling loops, water treatment, instrumentation, and power distribution can be tapped into without rebuilding plant infrastructure.

  • Industrial thermal systems run on stable duty cycles. That stability translates directly into predictable hydrogen output and meaningful pilot data.

03 / FIT

Ideal Pilot Environments

The module is engineered to integrate with sites that already operate continuous thermal systems.

Geothermal Facilities

Sustained high-temperature fluid or steam output.

Steam Systems

Industrial or district steam generation and distribution.

Thermal Energy Storage

High-temperature storage with regular charge/discharge cycles.

Glass Manufacturing

Continuous high-temperature furnace operations.

Steel Manufacturing

Blast furnace, EAF, or reheat furnace thermal output.

Chemical Processing

Exothermic or high-temperature process streams.

Refineries

Fluid catalytic cracking, reforming, or other high-temperature processes.

District Energy Systems

Central plant thermal distribution networks.

04 / MODULE

Pilot Module Overview

A 1 kg/hr. demonstration modular system designed to evaluate integration with existing thermal infrastructure.

Target Output
1 kg/hr Hydrogen
Form Factor
Modular Skid-Mounted System
Integration Focus
Existing Thermal Infrastructure
Installation
Brownfield-Compatible Siting
Monitoring
Continuous Operational Data Collection
Current Phase
Pilot Partner Evaluation
05 / PROGRESS

Development Progress

Advancing from laboratory validation toward real-world pilot integration.

2014

Core Concept Developed

Foundational engineering work initiated around thermal-integrated hydrogen production.

2017

Bench-Scale Prototype

First instrumented prototype operated under controlled thermal conditions.

2018

Integrated Module Development

Prototype systems assembled and tested using representative thermal inputs.

2019

Patent Portfolio Established

Intellectual property filings submitted in the United States and internationally.

2025

University-led Validation

Third-party testing and evaluation initiated to further characterize system performance.

2026

Pilot Partner Selection

Targeting 2–3 industrial sites with existing thermal infrastructure.

2027

Pilot Deployment & Evaluation

Field installation, monitored operation, and collaborative performance assessment.

06 / PARTNERSHIP

Benefits of Early Participation

What pilot partners can expect from participation.

Direct Collaboration

Work directly with the ONE SCIENTIFIC engineers throughout pilot planning, installation, commissioning, and operation.

Site-Specific Data

Receive detailed operational data and analysis from the module operating within your facility and thermal environment.

Tailored Integration

Pilot scope and integration planning are developed around your existing thermal infrastructure and operational requirements.

On-Site Hydrogen

Gain practical insight into producing hydrogen at the point of use using assets your facility already operates.

Structured Reporting

Receive documented pilot results and performance summaries suitable for internal evaluation and future planning.

Early Advantage

Help shape future deployment opportunities while gaining firsthand experience with the technology ahead of broader commercial implementation.

07 / COMPANY

About ONE SCIENTIFIC

ONE SCIENTIFIC is a hydrogen technology developer helping operators of thermal infrastructure unlock new value from existing assets through on-site hydrogen production.

We are seeking 2–3 pilot partners to evaluate a 1 kg/hr module in real-world thermal environments.

Pilot Stage
Pilot Recruitment
Pilot Cohort
2–3 Sites
Focus
Industrial Thermal Infrastructure
Module
1 kg/hr H₂
08 / CONTACT

Ready to Discuss a Pilot

Schedule a discussion with the ONE SCIENTIFIC engineering team.

We are currently evaluating a limited number of pilot partners. If your facility operates thermal infrastructure and would consider hosting one of 2–3 pilot deployments, we'd like to start a conversation.