Insight Quantix is an independent analytical practice specializing in techno-economic analysis (TEA), life cycle assessment (LCA), and systems-level evaluation for emerging clean-energy technologies, paired with analytical support for nuclear, radiological, and engineered-material pathways. We work with research teams, technology developers, and federal laboratories navigating complex questions across electrochemical systems, sustainable fuels, hydrogen and ammonia carriers, and nuclear and radiological applications.
Our work is rooted in transparent assumptions, structured methods, and modeling that prioritizes defensibility and reproducibility.
Who We Serve
Insight Quantix supports organizations and tams working at the intersection of clean-energy innovation and nuclear/radiological systems, including:
- Early-stage clean-energy technology developers
- Teams advancing electrolysis and electrochemical pathways
- SAF, PtL, and broader synthetic-fuel concepts
- Hydrogen and ammonia supply-chain initiatives
- Nuclear materials, radiological systems, and waste-management efforts
- Federal laboratories and proposal teams needing TEA/LCA and systems-level framing
Leadership Team
Jamie Gomez, Ph.D.
Domain Expert – TEA/LCA and Electrochemical Systems
Jamie is a chemical engineer with over a decade of experience in analytical modeling and energy systems. Her work spans TEA, LCA, and systems-level analysis across sustainable aviation fuels, hydrogen systems, electrochemical processes, and ammonia as an energy carrier—areas represented within our Clean Energy Systems Modeling domain.
Key Partnerships & Experience:
- TEA/LCA lead on DOE-funded projects in electrolyzer manufacturing, SAF pathways, and SOEC automation
- Collaborative work with Sandia National Laboratories, Los Alamos National Laboratory, and startups
- National lab partnerships supporting hydrogen, ammonia, and sustainable aviation fuel technology development
Neven Ali, Ph.D.
Domain Expert – Nuclear Systems and Material Processing
Neven is a nuclear engineer with extensive experience in radioactive waste management, advanced reactor systems, and international nuclear research. Her domain expertise includes radiological imaging, nuclear materials, and waste-handling pathways, forming the foundation of our Nuclear & Radiological Systems domain.
Key Partnerships & Experience:
- Sandia National Laboratories, U.S. Department of Energy (DOE), International Atomic Energy Agency (IAEA)
- Secondary Chief Scientific Investigator on IAEA multi-radiation imaging project
- Waste Isolation Pilot Plant (WIPP) collaboration
- CT-based hydrodynamic characterization for nuclear material processing
Our Approach
We emphasize four core principles in every engagement:
Transparency — Clear boundaries, documented assumptions, and traceable data sources
Reproducibility — Structured TEA/LCA methods grounded in peer-reviewed literature
Systems Thinking — Connecting process performance, economics, and environmental outcomes
Independence — Neutral analytical support without institutional bias or conflicts of interest
Our Story
Insight Quantix began when two academics recognized a gap in the clean energy space: organizations need independent and technically rigorous analysis that is both scientifically grounded and immediately useful in practice. With complementary backgrounds in electrochemical systems and nuclear engineering, we built a practice that combines research-level depth with a clear, systems-based perspective on emerging energy pathways. Our work centers on transparent assumptions, defensible methods, and analysis that stands up to scrutiny while giving decision-makers the clarity they need to move forward with confidence.
Let’s Talk
Whether you are advancing an emerging idea, strengthening a process design, or comparing competing pathways, we welcome the opportunity to talk about how our analysis can help you move forward with clarity.
Contact: jamie@insightquantix.com