Energy, Department Of- Energy, Department Of- Triad - Doe Contractor - Agency Bids & RFPs

This notice describes an innovative 3D printing technology developed by Los Alamos National Laboratory for creating engineered porous materials. The technology simplifies the production of advanced porous materials with precisely engineered porosity at macro, micro, and nano scales using a single printable composition and a standard stereolithography printer. It eliminates the need for secondary coatings or specialized equipment, offering a versatile and low-cost platform for various applications including catalytic reactors, filtration systems, thermal management devices, energy storage components, and biomedical scaffolds. The process involves a specially formulated resin that is cured layer by layer, followed by post-printing processing to convert the structural precursor into the desired solid material. The technology is protected by U. S. patent numbers 11,267,920 and 12,054,569, with pending applications. Los Alamos National Laboratory offers licensing agreements for this technology to companies seeking a competitive edge. This is not a call for external services for the development of this technology.

This notice describes a compact modular furnace developed by Los Alamos National Laboratory for extreme temperature testing of molten salts and metals within a glovebox. The furnace offers a controlled environment for working with highly reactive substances, enabling safer and more flexible experiments. Key advantages include a small footprint, protection from air and moisture, sample observation capabilities, and flexibility for various experiments. Market applications span nuclear energy, fusion energy, solar energy, advanced materials research, laboratory instrumentation, and industrial R&D. The technology is at TRL 5 and is patent pending. This is not a call for external services for technology development, but rather an invitation for licensing opportunities.

This notice describes an additive manufacturing method for fabricating micron scale glass components using aerosol jet printing. This technology offers advantages over conventional subtractive machining by enabling the creation of complex geometries and reducing processing complexity at small scales. The method involves depositing glass particles or sol gel based materials layer by layer and then sintering them into dense glass structures. It is relevant for applications in micro optics, photonic interconnects, microfluidic structures, and optical packaging. The technology is at TRL 3 and has a US patent pending. Los Alamos National Laboratory offers licensing opportunities for this invention.

This notice describes a flash sinter forging technology from Los Alamos National Laboratory that enables rapid production of dense ceramic components with significant energy and cost reductions. The technology integrates shaping, densification, and finishing into a single operation, reducing the need for extensive machining. Key advantages include minutes-long processing, up to 90% energy reduction, near net shaping, lower manufacturing costs, advanced material capabilities, and a compact, scalable design. Market applications span semiconductor manufacturing, aerospace and defense, energy, medical, industrial, and advanced manufacturing. The technology is at TRL 3 and is available for licensing. This is not a call for external services for technology development.

This notice is from Los Alamos National Laboratory regarding a licensing opportunity for a novel bio-based chemical process to produce Methyl Methacrylate (MMA). The technology upgrades 3-hydroxypropionic acid (3-HP) into MMA, offering a sustainable and potentially lower-cost alternative to petroleum-derived MMA. Key advantages include reducing reliance on fossil feedstocks, direct use of fermentation streams, and improved process efficiency. The technology is compatible with existing MMA/PMMA applications and supply chains. It is at Technology Readiness Level 3 (TRL 3) and a US patent is pending. This is not a call for external services but an invitation for companies to license the technology. For specific discussions, contact licensing@lanl. gov.