PILOT PROGRAM / 2027 COHORTTurn Existing Thermal Assets Into On-Site Hydrogen
Seeking 2–3 early pilot partners to evaluate a modular hydrogen production platform designed for integration with thermal infrastructure.
01 / Process
Thermal Infrastructure
Process / Waste Heat · Steam · Geothermal
ONE SCIENTIFIC Module
Modular · Skid-mounted · Onsite Integration
Hydrogen Molecules
On-site H₂ · Stackable Modules · Scalable
02 / RATIONALEWhy 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 thermal environments.
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Leveraging existing assets may offer advantages compared to developing equivalent capabilities from the ground up.
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Steam headers, cooling loops, water treatment, instrumentation, and power distribution can be tapped into without rebuilding plant infrastructure.
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Industrial thermal systems run on stable duty cycles. That stability translates directly into predictable hydrogen output and meaningful pilot data.
03 / FITPotential Pilot Segments
Potential pilot partners may include organizations involved in energy production, industrial operations, hydrogen utilization, energy resilience, or rapidly growing power demand.
Data Centers
Rapidly growing power demand and increasing interest in resilient energy infrastructure.
Industrial Steam Users
Facilities that generate and utilize steam as part of continuous industrial operations.
Refineries & Petrochemicals
Large-scale industrial sites with significant thermal infrastructure and hydrogen-related operations.
Fuel Cell Ecosystem
Organizations involved in hydrogen production, distribution, storage, and fuel cell deployment.
Utilities & Energy Providers
Operators evaluating new approaches to generation, energy security, and future demand growth.
Remote / Resilience-Critical Operations
Sites where energy availability, reliability, or fuel logistics are operational priorities.
04 / MODULEPilot Module Overview
A 1 kg/hr hydrogen production module designed to evaluate integration within real-world operating environments. Additional modules can be deployed to increase production capacity.
05 / PROGRESSDevelopment Progress
The platform has progressed through concept development, prototype testing, intellectual property protection, and independent evaluation. The current focus is identifying a limited number of pilot sites to assess performance in real-world operating environments.
Company Founded
ONE SCIENTIFIC established to pursue new approaches to hydrogen production and energy infrastructure.
Core Concept Developed
Foundational work established the integration approach that became the basis for subsequent development.
Bench-Scale Validation
Early prototype systems operated under controlled conditions to evaluate core performance characteristics.
Integrated Module Development
Prototype systems assembled and tested using representative operating conditions.
Patent Portfolio Established
Intellectual property filings submitted covering key aspects of the platform and system architecture.
University-led Validation
Third-party evaluation conducted to further characterize system performance and operating behavior.
Pilot Site Selection
Identifying 2–3 organizations for real-world evaluation of the platform.
Pilot Deployment & Evaluation
Field installation, monitored operation, and collaborative assessment with pilot participants.
06 / PARTNERSHIPWhy Participate?
Pilot participants have the opportunity to evaluate the platform within their operating environment while working directly with the ONE SCIENTIFIC team throughout the assessment process.
Engineering Collaboration
Work directly with the ONE SCIENTIFIC team throughout planning, integration, commissioning, and evaluation.
Early Program Participation
Provide input during the pilot phase and help inform future deployment priorities and system development.
Operational Performance Data
Receive performance data and operational insights generated from the module within the pilot environment.
Confidential Engagement
Pilot discussions and evaluations are conducted under mutually agreed confidentiality terms.
Real-World Evaluation
Assess the platform within actual operating conditions and determine potential fit for future applications.
Selective Pilot Cohort
Participation is limited to a small number of organizations to support focused evaluation and collaboration.
07 / COMPANYAbout 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.
Since its founding in 2014, the company has advanced the platform through concept development, prototype testing, intellectual property development, and independent evaluation. We are currently identifying 2–3 pilot sites for real-world deployment and assessment.
08 / CONTACTReady 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 or plans to operate thermal infrastructure and seeking potential paths to resilient energy systems using hydrogen, we'd like to start a conversation.