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| | OSRS Group | Michael Corsello | Research Computer Scientist / Geoinformaticist |
Small Business
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Cross-Cutting
| Geospatial Analytics and Modeling | OSRS Group is developing geospatial analytics capabilities for Global Lattices at uniform resolution (GLOBE) and geospatial risk management (GRAMI). OSRS Group performs cloud, co-location and on-premises host for technologies we develop and technologies co-developed with out partner and clients.
We are interested in partnering and co-developing technologies for the energy and utilities sectors.
OSRS Group is a collaborative research and development consultancy, with the primary goal of researching, developing and providing advanced computing capabilities. We achieve this goal through fostering collaboration between our member partners.
We are the creators and stewards the System of Systems by Design (SoSD), Systematize and EcoCAD methodologies.
We do collaborative R&D with our clients principally in:
Software:
Analytics and Algorithm Design
Big Data and Distributed Computing at Scale
Cybersecurity and Information Assurance
Geospatial and Location Based Technology
Temporal, BiTemporal, TimeSeries and Space-Time Processes
Processes and Systems Engineering:
Organizational Change Management and Planning
Operational / Business Process Modeling
Software Engineering and Needs Planning and Management
System of Systems Engineering
Principally for the government, defense, engineering and scientific communities. |
| VA |
| | Vital X LLC | Jerry Salyers | CEO |
Small Business
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Integrated Strategies
| Lab call | Organization Name: VitalX
Primary Contact:
Jerry Salyers
xacmi21@outlook.com
3047121509
Technology/Capability Area: Rare Earth Element (REE) extraction and critical minerals commercialization from metallurgical coal and associated clays, integrated with energy systems and data-driven process optimization.
Facilities / Assets:
35 million tons of metallurgical coal and REE-bearing clays, feedstock ready for retrieval (no blasting)
Underground and surface mining infrastructure
Operations aligned with environmental management obligations
Potential for pumped storage hydro and geothermal-cooled data center integration
Partnership Interest:
Seeking collaboration with DOE National Laboratories to develop and scale REE extraction, separation, and commercialization technologies. VitalX combines immediate access to feedstock, industrial expertise, and integrated energy/data capabilities to support lab-led commercialization projects under the FY26 Technology Commercialization Fund (TCF) CLIMR Lab Call.
Additional Notes:
Safe, environmentally responsible critical mineral recovery with scalable energy integration and data-enabled process optimization, designed to accelerate commercialization in collaboration with DOE labs. |
| WV |
| | Rare Innovation | Timothy Raines | Managing Partner |
Small Business
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Strategic Programs
| Commercialization | Rare Innovation is a full service science and technology commercialization provider and business development partner to labs, researchers, and small businesses. Rare Innovation has had hundreds of engagements with SBIR funded companies, is a DOE Voucher Provider for commercialization services and a NLR WPTO TEAMER Marine Energy Facility.
Rare Innovation provides self-guided programming for lab-to-market, focused mentoring support, and "done for you" startup business development for IP that needs full service startup formation and market engagement. |
| FL |
| | Cascade Biocatalysts Inc. | James Weltz | Co-Founder and CSO |
Small Business
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Advanced Manufacturing (Industrial)
| TPL-0000071 | Cascade Biocatalysts is a U.S.-based manufacturer of advanced enzyme immobilization resins and immobilized biocatalysts that enable durable, high-performance cell-free biomanufacturing. Our platform technology stabilizes enzymes through covalent immobilization within tunable polymer-brush architectures, enhancing resistance to thermal deactivation, organic solvents, and mechanical stress commonly encountered in industrial chemical processes. This stabilization enables enzymes to operate across broader temperature, solvent, and pH regimes while maintaining high turnover numbers, directly supporting process intensification and extended catalyst lifetimes in continuous or semi-continuous manufacturing environments.
Cascade’s immobilization materials are designed to improve the technoeconomic feasibility of enzymatic routes for the production of fuels, commodity and performance chemicals, and chemical intermediates from renewable feedstocks. By enabling enzymatic catalysis under industrially relevant conditions—including biphasic systems, elevated temperatures, and non-aqueous media—our technology expands the accessible design space for low-emissions manufacturing pathways that displace traditional thermochemical synthesis.
Cascade Biocatalysts is actively seeking to partner with national laboratories, academic institutions, and industrial manufacturers to deploy immobilized enzyme systems in DOE-aligned applications such as sustainable fuels and chemicals, waste-to-value processes, and electrified or hybrid biomanufacturing platforms. As a domestic supplier of immobilization materials and engineered enzyme systems, Cascade is positioned to support the development of resilient U.S. biomanufacturing infrastructure for next-generation low-carbon chemical production. |
| CO |
| | Southern Beams Builds, Inc. | Dr. Ryan Wartena | CEO |
Small Business
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Integrated Strategies
| Modular Power Units | Southern Beams Builds, Inc. (SBBI) is a U.S.-based developer of rapidly deployable solar-battery infrastructure designed to enable resilient energy and compute capabilities for commercial, research, and defense environments. Its flagship system, Dragon Wings™, integrates photovoltaic generation, energy storage, power electronics, and edge-compute readiness into a transportable 20-foot ISO container form factor. The platform is designed for rapid deployment (minutes, not weeks), silent operation, and fuel-free energy delivery, addressing growing needs for distributed power and science-AI infrastructure.
SBBI’s interest in the FY26 TCF Base CLIMR Commercialization Enabling Lab Call is to accelerate transition of advanced energy, autonomy, materials, and AI technologies from laboratory environments into field-deployable systems. Dragon Wings serves as a modular commercialization bridge — enabling national labs, universities, and industry partners to validate technologies under real-world operational constraints such as constrained energy budgets, remote deployment, and resilient communications. The company seeks collaborative opportunities to integrate emerging innovations (energy optimization, advanced sensing, digital engineering, edge AI workflows, and grid-interactive controls) into scalable commercial products.
Core capabilities include design and manufacturing of containerized solar-battery systems; rapid field deployment logistics; energy-aware compute hosting for science and AI workloads; integration of industrial sensors and automation (PLC/CAN-based control architectures); and commercialization pathways aligned with defense, grid resilience, and research infrastructure markets. SBBI maintains strong partnerships across industry, academia, and federal programs, and is actively pursuing pathways that move technologies from TRL 4–6 validation into scalable deployments.
Through CLIMR collaboration, SBBI aims to provide a commercialization testbed that enables national labs and partners to demonstrate energy-constrained AI, resilient power systems, and deployable research infrastructure — accelerating transition from prototype to operational capability. |
| CA |
| | JarrarLabs | Nooruddin Jarrar | Founder and CEO |
Small Business
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Hydrogen and Fuel Cells
| | I build AI-powered systems that accelerate scientific discovery and obliterate commercialization barriers for deep-tech hardware.
As a PhD Candidate and the Founder/CEO of JarrarLabs, my core expertise lies in AI-driven Failure Mode and Effects Analysis (FMEA). I leverage Large Language Models (LLMs) to synthesize seemingly separate scientific disciplines, bridging reliability engineering with complex physical sciences. By using AI to rapidly form, test, and iterate physics-based hypotheses against scattered literature, I demystify complex degradation mechanisms in energy systems.
Recent breakthroughs using this workflow include:
*The SOCRATES (Solid Oxide Cell Rates) Framework: Invented a diagnostic/prognostic framework that handles simultaneous hardware failure mechanisms by combining reliability engineering with non-equilibrium statistical thermodynamics.
* Algorithmic Development: Invented a FIB-SEM multi-phase image segmentation algorithm and a Python software for automated 3D microstructural reconstruction.
* Automated Analytics: Engineered robust Python tools for the Idaho National Laboratory to automatically extract mechanistic insights from durability testing data.
At JarrarLabs, we are scaling this vision by building intelligent tools for automated testing, advanced diagnostics, and predictive control of electrochemical systems. I am passionate about applying machine learning, high-performance computing, and cross-disciplinary physics to solve the world's hardest engineering challenges. |
| CO |
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