Government contracts & bids in Los Alamos, New Mexico

Latest open solicitations in Los Alamos

• TECHNOLOGY LICENSING OPPORTUNITY: M-Resistor
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted Jun 8, 2026Due Dec 9, 2026

  M-Resistor, developed by Los Alamos National Laboratory, offers pulsed power operators a more protective and more inspectable way to manage reflected energy in high-voltage systems. Unlike prior resistor designs that could fail internally without obvious signs and could return damaging energy to the power supply, M-Resistor adds an adjustable spark-gap path to isolated ground, improving protection across different voltage conditions while also giving personnel a clear visual view of the inter…

• TECHNOLOGY LICENSING OPPORTUNITY: UltraGraph Membrane Extraction System
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted Jun 5, 2026Due Sep 30, 2026

  The UltraGraph Membrane Extraction System from Los Alamos National Laboratory is a compact, modular device that separates and recovers targeted materials from liquid mixtures using an ultra-thin graphene membrane. The system achieves mass transfer performance comparable to conventional separation equipment with active areas 250 times larger. Its building-block design, chemically stable materials and compatibility with standard laboratory fittings allow it to serve a wide range of applications…

• TECHNOLOGY LICENSING OPPORTUNITY: LiSA (Lithium Sensing with Advanced Polymer Systems)
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted Jun 5, 2026Due Dec 7, 2026

  LiSA (Lithium Sensing with Advanced Polymer Systems) is a field-deployable, polymer-based sensing platform from Los Alamos National Laboratory that enables rapid, in situ detection of lithium in geothermal brines and clay-rich formations — eliminating the need for costly full-depth drilling and time-intensive laboratory assays during early-stage exploration. Engineered to operate under variable temperature, salinity and pH conditions typical of lithium-hosting environments, LiSA allows explor…

• TECHNOLOGY LICENSING OPPORTUNITY: SurfGraphPro
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted Jun 5, 2026Due Dec 5, 2026

  SurfGraphPro, an AI tool, transforms complex protein structures into an easy-to-analyze format that helps researchers quickly identify binding sites, predict molecular interactions and understand protein behavior with greater speed and scalability than traditional approaches. By combining 3D surface graph representations with advanced machine learning, this technology from Los Alamos National Laboratory reduces the computational burden of protein analysis while preserving the structural detai…

• TECHNOLOGY LICENSING OPPORTUNITY: PBI High-Temperature Hollow Fiber Membranes
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted Jun 5, 2026Due Dec 5, 2026

  Polybenzimidazole (PBI) High-Temperature Hollow Fiber Membranes offer a practical way to improve separation efficiency in process environments where standard polymer membranes often lose performance or durability. The platform combines high-temperature operation, chemical resistance and compact hollow-fiber design in a membrane system that can help users recover hydrogen, separate carbon dioxide and process difficult liquid streams with lower energy demand and a smaller equipment footprint th…

• TECHNOLOGY LICENSING OPPORTUNITY: Clathrate Therapeutics Platform
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted Jun 4, 2026Due Dec 4, 2026

  This technology from scientists at Los Alamos National Laboratory represents a novel platform for improving the safety and effectiveness of therapeutic gas-based treatments by enabling controlled, localized delivery at the site of disease. By addressing longstanding challenges associated with systemic exposure and dosing precision, the platform enhances the clinical viability of gas therapies across high-value markets such as oncology, cardiovascular care, and regenerative medicine. In additi…

• TECHNOLOGY LICENSING OPPORTUNITY: Heat Pipe Reactor Wick and Fill Platform
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted Jun 4, 2026Due Dec 4, 2026

  This technology platform from Los Alamos National Laboratory enables more reliable high-temperature heat pipe reactors by improving the way critical wick structures are manufactured and how heat pipe arrays are filled, sealed, and checked for quality. A stronger wick gives the system the capillary action needed to move liquid metal through the pipe under demanding thermal conditions, while the fill platform helps prepare clean, repeatable assemblies that are better suited for reactor-grade us…

• TECHNOLOGY LICENSING OPPORTUNITY: Acoustic Camera
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted May 27, 2026Due Jun 30, 2026

  When water turns murky or dense with mud, sediment or chemistry, optical cameras stop being useful, and operators are left guessing about what lies on the other side of the fluid. The Acoustic Camera from Los Alamos National Laboratory replaces that guesswork with sharp 3D imagery generated from sound, achieving sub-millimeter depth resolution in near real time. Instead of inferring the size and orientation of a submerged object from an impression block or a low-frequency sonar return, an ope…

• TECHNOLOGY LICENSING OPPORTUNITY: EcoFite
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted May 21, 2026Due Sep 30, 2026

  EcoFite: Microbial Formulation for Resilient Crop Performance A versatile microbial consortium that enhances plant productivity and stress tolerance across greenhouse and field applications Technology Readiness Level 5-6 EcoFite is being validated in active greenhouse and ?eld trials on tomatoes, lettuce, and sorghum in northern New Mexico and western Texas. IP Information: This technology is patent pending and PCT ?led. Overview Modern agriculture faces persistent challenges including declin…

• TECHNOLOGY LICENSING OPPORTUNITY: MoltenClad
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted May 19, 2026Due Jun 30, 2026

  Protective Metallic Coatings via Electrodeposition MoltenClad delivers a first-of-its-kind capability to deposit dense, uniform metallic coatings onto nuclear fuel pellets using molten salt electrodeposition. Unlike line-of-sight methods that leave gaps in coverage, electrodeposition surrounds the entire fuel surface with a protective barrier in a single process step. The technique, developed by scientists at Los Alamos National Laboratory, is compatible with a range of refractory metals and …

• TECHNOLOGY LICENSING OPPORTUNITY: FortiCoat Steel
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted May 19, 2026Due Jun 30, 2026

  FortiCoat Steel offers a practical way to help metal surfaces last longer in demanding environments by combining a recyclable etching step with a nanoparticle-infused protective polymer coating. The process, developed by Los Alamos National Laboratory, creates a metal surface that is optimized for coating and then adds a smooth, durable barrier designed to resist corrosion, wear, salt water, acids, radiation and surface damage, making it attractive for operators seeking stronger performance w…

• TECHNOLOGY LICENSING OPPORTUNITY: Extremely Low Resource Optical Identifier (ELROI)
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted May 15, 2026Due Aug 22, 2026

  Engineers at Los Alamos National Laboratory have developed a “license plate” for satellites to help solve the growing problem of space traffic management. The Extremely Low-Resource Optical Identifier (ELROI) is a simple, easy-to-fly, solar-powered beacon that can be attached to a satellite for tracking. Each ELROI unit transmits a custom identification number that can be read from the ground using signal processing techniques also developed at Los Alamos. The Challenge: Identifying space obj…

• TECHNOLOGY LICENSING OPPORTUNITY - Spacecraft Speedometer: Satellite Velocity Detection
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted May 15, 2026Due Jul 20, 2026

  The Spacecraft Speedometer provides real-time velocity measurements for satellites without relying on GPS, which can be unreliable at low altitudes, in high-radiation environments and during geomagnetic storms. The technology has been successfully tested in space and is ready for scaling and commercialization. We are seeking a manufacturing partner or system integrator to refine production and deploy this technology into commercial and defense satellite markets. How it Works: Using a dual-sen…

• TECHNOLOGY LICENSING OPPORTUNITY: KM200 – Configurable Amplifier for Radiation Detection Applications
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted May 15, 2026Due Jul 15, 2026

  The KM200 is specifically designed for nuclear safeguards, focusing on radiation detection for security, nonproliferation, and material accountability. The KM200 amplifiers have been tested and used for several years in deployed neutron detectors, replacing the discontinued Amptek A-111. Overview: Do you need the replacement technology for the discontinued Amptek A-111? The KM200 is a high-efficiency pre-amplifier that provides improved signal processing for radiation detection systems. It fe…

• TECHNOLOGY LICENSING OPPORTUNITY: Bio-Derived Phytol Chemical Herders
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted May 15, 2026Due Jun 30, 2026

  High-Performance Marine Oil Spill Response Technology Chemical herders are surfactants applied to the water surface surrounding an oil slick. By reducing water surface tension and creating interfacial spreading pressure, herders drive thin oil films into thicker slicks that can be more readily burned or mechanically recovered. This approach is especially valuable for remote spills where physical recovery methods are impractical. Bio-Derived Phytol Chemical Herders from Los Alamos National Lab…

• TECHNOLOGY LICENSING OPPORTUNITY: Bio-Derived Phytol Chemical Herders
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted May 15, 2026Due Jun 30, 2026

  High-Performance Marine Oil Spill Response Technology Chemical herders are surfactants applied to the water surface surrounding an oil slick. By reducing water surface tension and creating interfacial spreading pressure, herders drive thin oil films into thicker slicks that can be more readily burned or mechanically recovered. This approach is especially valuable for remote spills where physical recovery methods are impractical. Bio-Derived Phytol Chemical Herders from Los Alamos National Lab…

• TECHNOLOGY LICENSING OPPORTUNITY: Bio-Derived Phytol Chemical Herders
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted May 15, 2026Due Jun 30, 2026

  High-Performance Marine Oil Spill Response Technology Chemical herders are surfactants applied to the water surface surrounding an oil slick. By reducing water surface tension and creating interfacial spreading pressure, herders drive thin oil films into thicker slicks that can be more readily burned or mechanically recovered. This approach is especially valuable for remote spills where physical recovery methods are impractical. Bio-Derived Phytol Chemical Herders from Los Alamos National Lab…

• TECHNOLOGY LICENSING OPPORTUNITY: Sulfonated Polyfluorene Ionomers (SPI)
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted May 14, 2026Due Jun 30, 2026

  Sulfonated polyfluorene ionomers represent a next-generation electrode material designed to replace conventional perfluorosulfonic acid (PFSA) polymers in fuel cells and water electrolyzers. The chemistry behind these ionomers delivers high proton conductivity, improved water management and reduced interference with catalysts, all within a structurally tunable platform. Organizations developing or manufacturing membrane electrode assemblies can leverage the material's versatility, lower proje…

• TECHNOLOGY LICENSING OPPORTUNITY: Extremely Light Foam (ELF)
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted May 13, 2026Due Dec 2, 2026

  ELF (Extremely Light Foam) is a new way to make structural foam that is both much lighter and much stronger than today’s alternatives. The process, developed by scientists at Los Alamos National Laboratory, uses common epoxy materials mixed with tiny hollow particles and a temporary liquid that later evaporates. As the material cures, this liquid naturally leaves behind a well-organized network of empty space, creating a foam that is mostly air but still highly resistant to crushing and press…

• TECHNOLOGY LICENSING OPPORTUNITY: Peptoid-Based Chelating Ligands for Selective Metal Chelation
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted May 12, 2026Due Jun 30, 2026

  Peptoid-based chelating ligands offer a tunable platform for capturing and holding specific metal ions with high selectivity while resisting breakdown under physiological conditions. The technology combines structural flexibility with strong binding performance, which creates a practical path for applications where existing chelators fall short, including difficult metal removal in biological, environmental and separation settings. How it Works Peptoid-Based Chelating Ligands uses cyclic pept…

• TECHNOLOGY LICENSING OPPORTUNITY: ReactorCast
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted May 12, 2026Due Jun 30, 2027

  Workforce shortages and uncertainties have derailed nuclear projects worldwide—causing delays, cost overruns and lost investor confidence. The specialized talent nuclear needs to succeed requires years to develop. The ReactorCast platform answers human capital questions, coupled to strategic decisions and financial considerations, before the issues become crises. ReactorCast is a custom system dynamics platform that models and ties strategic decisions and investment considerations with workfo…

• TECHNOLOGY LICENSING OPPORTUNITY: BroadQ
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted May 6, 2026Due Jun 6, 2026

  Entangled Photon Quantum FTIR BroadQ introduces a new way to gather infrared information by using entangled photons without the need of conventional thermal detectors. Developed by scientists at Los Alamos National Laboratory, the platform combines broadband entangled photon generation with a dual-mode imaging layout, creating a path toward compact infrared spectroscopy and microscopy that can operate at very low light levels, avoid cryogenic cooling and support both near-field and far-field …

• TECHNOLOGY LICENSING OPPORTUNITY: AddiSteel HT
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted May 5, 2026Due Jun 5, 2026

  Additively Manufactured Ferritic Steel with Enhanced High-Temperature Performance Grade 91 steel is one of the most widely used structural metals in power plants and candidate for advanced nuclear reactors, but it loses much of its strength when operating temperatures climb above 500°C. Researchers at Los Alamos National Laboratory solved that problem by 3D-printing Grade 91 steel using a powder bed fusion process with carefully tuned laser settings. The rapid heating and cooling that occurs …

• TECHNOLOGY LICENSING OPPORTUNITY: Engineered Porous Print Materials
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted May 4, 2026Due Jun 4, 2026

  Engineered Porous Print Materials enables manufacturers to produce complex, high-surface-area structures with precisely engineered porosity at macro, micro and nano scales — all from a single printable composition and a standard stereolithography printer. By eliminating the need for secondary coatings, multi-step mold processes or specialized equipment, this technology developed by Los Alamos National Laboratory simplifies the production of advanced porous materials while opening design possi…

• TECHNOLOGY LICENSING OPPORTUNITY: Glass Components Fabricated via Aerosol Jet Printing
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted Apr 30, 2026Due Jun 30, 2026

  An additive manufacturing method for micron-scale glass component fabrication Micron-scale glass components are widely used in optical, photonic, and micro-fabricated systems. These components are commonly produced through grinding, polishing, and milling processes that require tight tolerances and specialized equipment. As device architectures become more compact and geometrically complex, these approaches can constrain design flexibility and integration. Los Alamos researchers developed an …

• TECHNOLOGY LICENSING OPPORTUNITY: Compact Modular Furnace
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted Apr 30, 2026Due May 18, 2026

  The Compact Modular Furnace from Los Alamos National Laboratory gives researchers a practical way to perform extreme-temperature testing of molten salts and metals in a glovebox-compatible, tightly controlled environment. By combining a small footprint, interchangeable components, optical access, and the ability to isolate heat directly at the sample, it enables safer and more flexible experiments that would normally require much larger, more expensive equipment. The furnace design supports r…

• TECHNOLOGY LICENSING OPPORTUNITY: 3-HP Upgrading Platform
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted Apr 24, 2026Due May 11, 2026

  This technology from Los Alamos National Laboratory, 3-HP Upgrading Platform, provides a novel, bio-based pathway to produce methyl methacrylate (MMA) by converting renewably producible 3-hydroxypropionic acid (3-HP) into a constituent substrate for normally petroleum-derived MMA. By operating directly on fermentation-derived 3-HP, the process reduces the need for costly puri?cation steps and improves overall production e?ciency. It also introduces a novel chemical intermediate formed during …

• TECHNOLOGY LICENSING OPPORTUNITY: Flash Sinter-Forging Equipment
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted Apr 24, 2026Due May 11, 2026

  This flash sinter-forging technology from Los Alamos National Laboratory enables manufacturers to produce dense, net- or near-net-shape ceramic components in minutes rather than hours or days, while cutting energy consumption by up to 90% and significantly reducing production costs. By simultaneously applying electric current, heat, and mechanical pressure, the process consolidates shaping, densification, and finishing into a single, compact operation, eliminating much of the costly machining…

• TECHNOLOGY LICENSING OPPORTUNITY: Bioengineered Peptide Platform for Low-Water Critical Mineral Recovery
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted Apr 23, 2026Due May 10, 2026

  This Bioengineered Peptide Platform enables selective recovery of high-value critical minerals from dilute and complex process streams using a bioengineered, low-chemical, low-water approach that integrates directly into existing bioleach operations. As demand for critical minerals accelerates across clean energy, electronics and defense sectors, mining operators need more efficient and sustainable enrichment methods. This platform offers a biologically enabled preconcentration step that can …

• TECHNOLOGY LICENSING OPPORTUNITY: Passive Radiative Thermostat (PRT)
  ENERGY, DEPARTMENT OFLos Alamos, NMPosted Apr 21, 2026Due May 8, 2026

  The Passive Radiative Thermostat (PRT) is a smart, electricity-free coating technology from scientists at Los Alamos National Laboratory that automatically regulates temperature by adjusting how it absorbs and emits heat based on ambient conditions. Using a thermochromic phase-change material combined with engineered thin-film layers that control solar and infrared radiation, the system cools surfaces on hot days by reflecting sunlight and releasing heat to the sky and warms them on cold days…