SOFTWARE LICENSING OPPORTUNITY

EVIRS: Revolutionizing Electric Vehicle Incident Response

EVIRS is a cutting-edge software tool designed to ensure safety and efficiency in handling post-crash scenarios involving electric vehicles (EVs), providing essential information and guidelines to responders.

Overview:        The rise of electric vehicles (EVs) has presented new challenges in post-crash scenarios. Conventional methods of incident response are not fully equipped to handle the unique hazards associated with EV batteries, such as stranded energy and potential thermal runaway. As EV adoption continues to grow, there is an increasing demand for specialized tools to effectively manage these risks. The market for EV safety solutions is rapidly expanding, serving emergency responders, automotive manufacturers, and EV owners. EVIRS addresses this demand by providing essential information and guidelines for handling post-crash EVs, minimizing safety risks from the accident scene to proper disposal.

 Description:    EVIRS is an innovative software tool designed to improve safety in post-crash situations involving electric vehicles (EVs). It centralizes critical information, providing quick access to EV specifications, estimating stranded energy in damaged EV batteries, and guiding proper handling procedures. What sets EVIRS apart is its integration of diverse data sources, which allows responders to make informed decisions regarding onsite or offsite battery discharge and disposal. Additionally, EVIRS stands out in the market due to its user-friendly interface and comprehensive approach to post-crash EV management. INL is looking for a development partner to develop a commercial-grade version of the software.

Benefits:          

• Quick Access to Information: Consolidates essential EV data, improving response time and safety measures.
• Stranded Energy Estimation: Unique feature to assess residual energy, vital for handling damaged batteries.
• User-Friendly Interface: Simplifies complex data, making it accessible for various users.
• Guided Incident Management: Assists in decision-making for safer onsite or offsite battery handling.
• Educational Component: Enhances knowledge and preparedness for future incidents.
• Unmatched Market Novelty: First of its kind, integrating known information from disparate sources.

Applications:    

• Emergency Responders and Firefighters: For safer, informed handling of EV crashes.
• Automotive Manufacturers (OEMs): To assist in incident response and customer safety.
• Tow Truck Operators: For safe transportation and handling of damaged EVs.
• Electric Vehicle Owners: To understand risks and safety protocols post-crash.

Development Status:  Beta - User interface available for at least one platform, requiring user knowledge in the field.

Partner with Idaho National Laboratory (INL) for Access to Pioneering Technology and Mutual Growth

Managed by Battelle Energy Alliance, LLC, INL offers unique opportunities for businesses to access and license advanced technology. Our agreements are tailored to provide flexibility and affordability, particularly supporting small businesses in their growth and innovation endeavors. By licensing our intellectual property, you not only gain access to groundbreaking technology but also contribute to economic development and public welfare. We invite you to explore our technology portfolio, designed to give your organization a competitive edge in the market. Learn more about our licensing opportunities and the support we provide at: https://inl.gov/inl-initiatives/technology-deployment. For specific discussions on how your business can benefit, please contact Andrew Rankin at td@inl.gov.

INL’s Technology Deployment department focuses exclusively on licensing intellectual property and partnering with industry collaborators capable of commercializing our innovations. Our goal is to commercialize the technologies developed by INL researchers. We do not engage in purchasing, manufacturing, procurement decisions, or providing funding. Additionally, this is not a call for external services to assist in the development of this technology.

Type of Notice: Sources Sought

Title: 12905B25S1143524 – New Farm Storage Building (Kimberly, ID)

Description:

This is a Sources Sought notice Only.  This is NOT a solicitation for proposals, proposal abstracts, or quotations.  This Sources Sought is issued for information and planning purposes only as part of USDA ARS market research and does not itself constitute an RFP. This requirement is covered under NAICS code 236220 - Commercial and Institutional Building Construction.  

The purpose of this notice is to obtain information regarding the availability and capability of qualified sources; Small Businesses; HUBZone small business; service-disabled, veteran-owned small business; 8(a) small business; veteran-owned small business; woman-owned small business; or small disadvantaged businesses; Responses to the information requested will assist the Government in determining the appropriate acquisition method, including whether a set-aside is possible.

The USDA ARS requires that all labor, supervision, tools, and materials be provided to construct a New Farm Storage Building.  The project is located at USDA, ARS, Northwest Irrigation & Soils Research Laboratory (NWISRL) at 3793 N 3600 E Kimberly, ID 83341-5076.

SEE ATTACHED TECHNICAL SPECIFICATIONS AND DRAWINGS. 

The Government does not intend to make an award based on responses to this inquiry. This notice does not constitute a commitment by the Government.

Capability Statement

All information submitted in response to this announcement is voluntary, and the Government will not pay for information requested nor will it compensate any respondent for any cost incurred in developing information provided to the Government. Business concerns that possess the capabilities necessary to undertake this work should submit complete documentation of their capabilities to the Contracting Officer.  Capability statements shall include the Contractors contact point to discuss their response.

The capability statement should include:

1)  Acknowledgement that they are able to provide the subject supplies/services/construction being requested;

2) Interested vendors should identify their size standards in accordance with the Small Business Administration;

3) At least three previous requirements that are similar to the requirement include a discussion of the Contract type, delivery method, duration, etc.;

4) Any other information considered relevant to this requirement; and

5) The government requests that no proprietary, classified, confidential, or sensitive information should be included in the response.

Any vendor responding to this notice should ensure that its response is complete and sufficiently detailed to allow the Government to determine their qualifications to perform the work.  Respondents are advised that the Government is under no obligation to acknowledge receipt of the information received or provide feedback to respondents with respect to any information submitted.  After review of the responses received, a combined synopsis/solicitation may be published on sam.gov depending on the responses received.

All responses to this Sources Sought Notice must be received by the notice’s POC by the deadline in order to be considered. Responses may not be returned. Responders are solely responsible for all expenses associated with responding to this Inquiry. Do not submit pricing information in response to this Request.

INL Innovation Spotlight

Advanced Radiation Monitoring: Fieldable Long-Length Scintillating Fibers

This technology uses durable, long scintillating fibers combined with regular optical fibers for effective and extensive radiation detection and monitoring in tough environments.

Overview:        

Radiation monitoring in hard-to-reach areas, such as nuclear repositories, waste facilities, and medical irradiation therapy facilities, presents significant challenges. The International Atomic Energy Agency (IAEA) recognizes the crucial need for advanced tools to protect these sensitive sites. This technology utilizes long-length scintillating fibers, exceeding 10 meters, combined with standard optical fibers longer than 100 meters. It offers an efficient solution for monitoring vast and inaccessible areas. The technology's innovative approach includes the use of ruggedized fibers, mirrors to enhance signal return, and a light source for integrity verification, addressing a gap in the current market.

Description:   

The invention introduces scintillating fibers that function as flexible linear radiation detectors. These fibers are connected to longer standard optical fibers, enabling the remote placement of the scintillation-light detection electronics. To ensure protection, the fibers are enclosed in furcation tubing, and a mirror is used at one end to enhance signal return. Furthermore, a pulsed light source is utilized to verify the fiber's integrity, guaranteeing tamper-proof operation. This design offers a versatile and comprehensive radiation monitoring system that can be applied in various environments and applications, ranging from geological repositories to medical facilities.

Benefits:          

• Extended Reach: Capable of monitoring remote and inaccessible areas.
• Ruggedized Design: Protected against physical damage and external light interference.
• Enhanced Signal Integrity: Mirrors and pulsed light sources ensure accurate and reliable readings.
• Flexible Deployment: Adaptable to various environments and site-specific requirements.
• Safety and Security: Essential for monitoring sensitive nuclear and medical sites.

Applications:    

• Monitoring of radioactive waste in geological repositories.
• Surveillance of nuclear material storage and spent fuel dry storage areas.
• Radiation detection in inaccessible areas within nuclear reactors and reprocessing facilities.
• Safety monitoring in medical radioisotope production and irradiation therapy facilities.
• Environmental monitoring of radiation-contaminated sites.

Development Status: 

Technology Readiness Level (TRL) 5: Laboratory/bench scale, similar system validation in a relevant environment.

IP Status:        

US Patent Application No. 18/501,888, “Radiation Monitoring Systems, Radioactive Material Storage Systems, and Associated Components and Methods,” BEA Docket No. BA-1432.

INL Tech Partnerships: Your Gateway to Innovation

INL offers strategic access to proprietary technology, enhancing small business growth and contributing to economic and public advancement. We cater licensing terms to each business we work with, ensuring mutually beneficial agreements. Engage with our diverse technology offerings to propel your company forward.

Learn more about our licensing opportunities and the support we provide at https://inl.gov/technology-deployment/. For specific discussions on how your business can benefit, please contact Andrew Rankin at td@inl.gov.

INL’s Technology Deployment department focuses exclusively on licensing intellectual property and partnering with industry collaborators capable of commercializing our innovations. Our goal is to commercialize the technologies developed by INL researchers. We do not engage in purchasing, manufacturing, procurement decisions, or providing funding. Additionally, this is not a call for external services to assist in the development of this technology.

Realtime Electrochemical Waveform Control with Integrated Performance Monitoring

Integrates active waveform analysis for live performance monitoring and optimization in electrochemical devices.

The Challenge:

The electrolysis and fuel cell industries are poised at a revolutionary juncture, driven by the rapid advancements in power electronics. Traditional approaches to performance analytics in these sectors involve pausing system operations, a method that becomes less feasible as demands for efficiency and system uptime increase. Historically, sophisticated waveform applications necessary for detailed analytics were unattainable in large systems, limiting operational insights and optimization opportunities. The integration of Realtime Electrochemical Waveform Control with Performance Monitoring Realtime Waveform Analysis introduces a dynamic shift, enabling continuous system health monitoring and live optimization without halting operations.

How it Works:

This technology offers a breakthrough in the operation of electrochemical devices such as batteries, fuel cells, and electrolysis systems. By integrating real-time waveform analysis tools into the power waveforms applied to these devices, it enables continuous performance analytics and optimization without interrupting normal operations. This approach allows for the application of complex waveforms like pulse width modulation to modulate power more effectively, enhancing device performance and efficiency.

Key Advantages:

• Enables live performance monitoring and optimization of electrochemical devices.
• Allows for the application of complex waveforms without halting device operation.
• Improves precision in performance analytics for large-scale systems.
• Facilitates high-resolution data collection for health assessment of devices.
• Potentially reduces capital costs through decreased equipment replacement needs.
• Increases system efficiency, lowering the cost of produced goods.

Problems Solved

• Real-time System Monitoring: Eliminates the need to halt device operation for performance measurements.
• Overcomes limitations of precision analytics in large-scale electrochemical systems.
• Addresses the lack of sophisticated power electronics in large electrolysis systems.
• Solves the challenge of collecting high-quality information from large systems.

Market Applications

• Large-Scale Electrolysis Plants and Fuel Cell Operators: Provides crucial insights into system health, enabling proactive maintenance and efficiency optimization.
• Industrial Scale Green Energy Production: Supports the growth of environmentally sustainable energy production by enhancing the performance and reliability of systems involved in hydrogen production.
• Research and Development Facilities: Offers a rich data environment to test new materials and theories at both micro and macro levels, accelerating innovation.

Development Status: TRL 3

US Provisional Patent Application No. 63/624,227, “ELECTROCHEMICAL CELL SYSTEMS AND ASSOCIATED POWER SYSTEMS, COMPONENTS, AND METHODS,” BEA Docket No. BA-1394

INL Tech Partnerships: Your Gateway to Innovation

INL offers strategic access to proprietary technology, enhancing small business growth and contributing to economic and public advancement. We cater licensing terms to each business we work with, ensuring mutually beneficial agreements. Engage with our diverse technology offerings to propel your company forward.

Learn more about our licensing opportunities and the support we provide at https://inl.gov/technology-deployment/. For specific discussions on how your business can benefit, please contact td@inl.gov.

INL’s Technology Deployment department focuses exclusively on licensing intellectual property and partnering with industry collaborators capable of commercializing our innovations. Our goal is to commercialize the technologies developed by INL researchers. We do not engage in purchasing, manufacturing, procurement decisions, or providing funding. Additionally, this is not a call for external services for the development of this technology.

This is a Sole Source Notice for the Fuel Oil Heat Exhange Filtration System. An award will be made on or after 11 December 2024

The Child Development Center is located at the Mountain Home Air Force Base in Mountain Home, Idaho. The Child Development Center is a medium size facility that includes infant, pre-toddler, toddler, and preschooler child activity areas, administrative and staff space, and facility support spaces: lobby, restrooms, storage rooms, and kitchen. Building systems include concrete foundation, concrete floor slabs, masonry walls, metal framed roof system, standing seam metal roof, information systems, fire protection and alarm systems, electronic access control, cybersecurity measures, and Energy Monitoring Control Systems (EMCS) connection. Supporting facilities include site development, fencing, utilities and connections, exterior lighting, paving, parking, sidewalks, storm drainage, information systems, landscaping, and signage. Provide connection to streets and access roads, earthwork, grading, concrete pads, electrical and communication utilities. Incorporate mass timber design, including, but not limited to beams, walls,
girders, columns, and roof system. The facility shall not exceed 36,745 SF with a 40M PA. Period of Performance (POP) is expected to be 540 days.

The project will demolish building 2623 (1,034 SM) and 2630 (861 SM) (Total: 1,895 Square Meters).

Facilities will be designed as permanent construction in accordance with the Department of Defense Unified Facilities Criteria 1-200-01. This project will comply with Department of Defense antiterrorism/force protection requirements per Unified Facility Criteria 4-010-01.

INL Innovation Spotlight

Efficient Protonic Ceramic Power: Dual-Mode Hydrogen and Electricity Generation

Breakthrough solid oxide cell technology enables reversible hydrogen production and electricity generation, providing an efficient, low-temperature solution for sustainable energy conversion and storage.

Overview:        

Amidst a global shift towards renewable energy sources, the challenge of efficient and sustainable energy storage and conversion becomes increasingly critical. Developing the reversible solid oxide cell at INL directly responds to this challenge, offering a high-performance solution that operates effectively at lower temperatures. This technology bridges the gap in existing energy conversion and storage solutions and aligns with market trends favoring sustainable, carbon-neutral technologies. Its potential applications span various industries, from power generation to hydrogen fuel production, positioning it as a critical player in the future energy market.

Description:   

At the heart of this technology is the PNC oxide, a perovskite material designed for high efficiency and durability at reduced operating temperatures. PNC oxide excels in fuel cell and electrolysis modes, unlike traditional electrodes, thanks to its triple-phase conductivity. This innovative material composition enables the cell to produce hydrogen and generate electricity with unprecedented efficiency and flexibility, significantly advancing existing solutions.

Benefits:          

• Enhanced Efficiency: Operates effectively at reduced temperatures, significantly lowering energy costs.
• Dual Functionality: Capable of reversible operation between hydrogen production and electricity generation, offering flexibility in application.
• Durability: Demonstrates high durability and stable operation under practical high-water pressure conditions, ensuring long-term reliability.
• Sustainable Solution: Supports a carbon-neutral energy cycle, aligning with global sustainability goals.
• Versatile Applications: Potential for use in sensors, permeation membranes, and other energy devices, broadening its market appeal.

Applications:    

• Renewable Energy Storage Systems
• Hydrogen Production Facilities
• Power Generation Companies
• Environmental Sensing Devices
• Industrial Gas Processing.

Development Status: 

TRL 2 - Technology concept and application formulated.

IP Status:        

US Patent No. 11,557,781, “Electrochemical Cells for Hydrogen Gas Production and Electricity Generation, and Related Systems, and Methods,” BEA Docket No. BA-1049.

INL Tech Partnerships: Your Gateway to Innovation

INL offers strategic access to proprietary technology, enhancing small business growth and contributing to economic and public advancement. We cater licensing terms to each business we work with, ensuring mutually beneficial agreements. Engage with our diverse technology offerings to propel your company forward.

Learn more about our licensing opportunities and the support we provide at https://inl.gov/technology-deployment/. For specific discussions on how your business can benefit, please contact Andrew Rankin at td@inl.gov.

INL’s Technology Deployment department focuses exclusively on licensing intellectual property and partnering with industry collaborators capable of commercializing our innovations. Our goal is to commercialize the technologies developed by INL researchers. We do not engage in purchasing, manufacturing, procurement decisions, or providing funding. Additionally, this is not a call for external services to assist in the development of this technology.

30SEP2024 - Purchase Order No. 1284LL24P0085 was awarded to the following Small Business firm:  High Country Land Management LLC, 32018 N Roberts Road, Athol, Idaho 83801, in the total firm-fixed-price of $79,999.79 for all line items in the solicitation.

29AUG2024 - Amendment 0001 is issued to provide Q&As; Attachment 0008 - FP14; and, to extend proposal deadline to 5:00 p.m. Central Time on 06 September 2024.

12AUG2024 - Combined Synopsis/Solicitation 1284LL24Q0080 and its seven (7) attachments are posted herein. 

The NAICS Code for this requirement is 237310-13 which is for Maintenance of Roads and is a sub-tier NAICS Code under 237310 Highway, Street & Bridge Construction.  However, this is NOT a construction project; this is a roadside maintenance requirement for brushing services.  Because 237310-13 is not listed in the SAM.gov dropdown of NAICS codes, 237310 was chosen solely for this SAM posting.  

The Period of Performance (POP) shall be from Date of Award through 30 December 2025.

An organized group Site Visit will not be conducted, but interested quoters who want to see the jobsites, should contact the Contracting Officer's Representative (COR) at kyle.lee@usda.gov to schedule  an individual site visit or tour of the sites requiring services . All RFIs must be emailed to mary.harding@usda.gov.  Proposals are due to mary.harding@usda.gov no later than 5:00 p.m. Central Time on 03 September 2024.  

Advanced Feedthrough Assembly Technology for Sealed Environments

This technology introduces an innovative feedthrough assembly design enhancing the integrity of sealed chambers in demanding environments.

The Challenge:

In the demanding environments of industrial processes and scientific research, maintaining the integrity of sealed chambers is crucial. These chambers are pivotal for containing hazardous materials, sustaining high-pressure or vacuum conditions, and ensuring precise temperature control for ongoing operations. Traditional sealing solutions often falter under extreme conditions such as significant temperature variations and high differential pressures, leading to costly leaks and operational downtimes. Addressing this challenge, the advanced feedthrough assembly emerges as a revolutionary solution, offering unparalleled reliability and effectiveness in sealing technology.

How it Works:

The technology encompasses a feedthrough assembly that includes a feedthrough conductor, a first insulator, and a metal gasket system designed to maintain a robust seal between the feedthrough conductor and the insulator. It is engineered for high performance in sealed chambers, such as those required in industrial processes and research, where maintaining a controlled environment is crucial. The assembly is further optimized through specific manufacturing methods, including the strategic compression of metal gaskets to ensure leak-proof seals under conditions of significant pressure differences, high temperatures, and constrained spaces.

Key Advantages:

• Enhanced Seal Durability: With the integration of copper metal gaskets, the assembly ensures a long-lasting seal that withstands extreme environments.
• Resistance to Harsh Conditions: Capable of maintaining integrity under high pressures and temperatures, providing reliable performance where other systems might fail.
• Compact Design: The streamlined configuration of the feedthrough assembly makes it suitable for applications where space is at a premium.
• Easy Integration: Features like a threaded nipple on the body facilitate straightforward installation into existing systems, particularly vacuum chambers.

Problems Solved

• Leakage in sealed chambers due to large pressure differentials
• Seal degradation at high temperatures
• Space constraints in chamber design
• Maintenance of controlled environments for industrial and research applications

Market Applications

• Industrial Manufacturing: Ideal for environments requiring rigorous containment measures, such as in chemical processing and high-pressure treatments.
• Scientific Research: Serves critical roles in laboratories where maintaining specific atmospheric conditions is necessary for experimental integrity.
• Aerospace and Defense: Can be deployed in applications requiring robust environmental isolation, from spacecraft to advanced military research facilities.

Development Status: TRL 5

US Patent Application No. 17/302,168, “FEEDTHROUGH ASSEMBLIES, INDUCTION FURNACES INCLUDING SUCH FEEDTHROUGH ASSEMBLIES, AND RELATED METHODS,” BEA Docket No. BA-1146

INL Tech Partnerships: Your Gateway to Innovation

INL offers strategic access to proprietary technology, enhancing small business growth and contributing to economic and public advancement. We cater licensing terms to each business we work with, ensuring mutually beneficial agreements. Engage with our diverse technology offerings to propel your company forward.

Learn more about our licensing opportunities and the support we provide at https://inl.gov/technology-deployment/. For specific discussions on how your business can benefit, please contact td@inl.gov.

INL’s Technology Deployment department focuses exclusively on licensing intellectual property and partnering with industry collaborators capable of commercializing our innovations. Our goal is to commercialize the technologies developed by INL researchers. We do not engage in purchasing, manufacturing, procurement decisions, or providing funding. Additionally, this is not a call for external services for the development of this technology.

Open-Source Software: Empowering Energy Analysts with Stochastic Technoeconomic Assessments with HERON

In the dynamic landscape of electric energy systems, where the shift towards variable renewable energy sources like wind and solar is inevitable, the HERON toolset emerges as a transformative solution. Developed as a modeling toolset and plugin for RAVEN, HERON accelerates the stochastic technoeconomic assessment, enabling precise economic viability analysis of various grid-energy system configurations. By integrating advanced stochastic analysis capabilities, HERON addresses the increasing complexity in electricity demand and the integration of Integrated Energy Systems (IES), paving the way for economically optimal dispatch and robust system planning in the face of uncertainty.

The evolution of the electric energy market, with a growing emphasis on renewable sources, presents challenges in maintaining economic and operational efficiency. Traditional tools, relying on deterministic linear optimization, fall short in capturing the nuances of market, load, and weather variabilities. HERON, leveraging the sophisticated frameworks of RAVEN and its TEAL plugin, introduces a paradigm shift by automating complex stochastic workflow generation for technoeconomic analysis. This innovation not only streamlines the analysis process but also enhances accuracy in assessing the economic viability of IES configurations.

Advantages:

• Accelerated Analysis: Significantly reduces the time from data collection to economic viability assessment, bypassing months of manual workflow crafting.
• Stochastic Optimization: Employs advanced stochastic modeling to capture market, load, and weather variabilities, offering a more realistic economic viability landscape.
• Comprehensive Economic Metrics: Provides detailed economic outcomes, including Net Present Value and System Cost, enabling informed decision-making.
• User-Friendly Interface: Simplifies complex RAVEN workflow generation, making sophisticated technoeconomic assessment accessible to non-experts.
• Open Source Collaboration: Facilitates broad collaboration and development across industries, academic institutions, and research laboratories.

Applications:

• Grid-Energy System Configuration: Optimal planning and operation of grid-energy systems, including renewable energy integration and flexible generator management.
• Economic Viability Assessment: In-depth economic analysis of IES configurations, taking into account the stochastic nature of energy markets and demand.
• Educational and Research Development: Toolset accessibility for universities and research institutions for academic and practical economic analyses of energy systems.

Primary Audience:

• Energy analysts and engineers focusing on grid-energy systems and renewable energy integration.
• Academic researchers and students in energy system planning and economic viability assessment.
• Government agencies and departments involved in energy policy and infrastructure planning.
• Utility companies seeking to optimize their energy mix and operational efficiency.
• Developers of renewable energy projects looking for robust economic assessment tools.
• Industry consultants providing strategic advice on energy system configurations and investments.

Embrace the future of energy system planning with HERON. By harnessing the power of stochastic technoeconomic assessment, stakeholders across the energy sector can unlock new efficiencies, improve economic viability, and contribute to a sustainable energy landscape. Download HERON today from GitHub and join the forefront of energy system innovation.

This software is open source and available at no cost. Download now by visiting the product's GitHub page.

INL’s Technology Deployment department focuses exclusively on licensing intellectual property and partnering with industry collaborators capable of commercializing our innovations. Our goal is to commercialize the technologies developed by INL researchers. We do not engage in purchasing, manufacturing, procurement decisions, or providing funding. Additionally, this is not a call for external services to assist in the development of this technology.

Caldera Charge: Innovating EV Charging Infrastructure Simulation for Grid Efficiency and Sustainability

As electric vehicles (EVs) become increasingly prevalent, the imperative for sophisticated charging infrastructure and intelligent grid management intensifies. Caldera Charge is an advanced simulation platform uniquely designed to explore these challenges, offering critical insights into EV charging's grid impact and fostering innovative charging solutions.

The surge in electric vehicle adoption introduces a complex new dynamic to energy consumption, significantly affecting our electrical grids. Before Caldera Charge, a holistic tool to model the interplay between EV charging infrastructure and grid performance was missing, creating a barrier to developing effective strategies to sustainably support the rising demand for electricity. This gap left utilities, municipalities, and service providers searching for actionable insights.

Supported by the DOE's Vehicle Technologies Office and Office of Electricity, Caldera Charge is a leading edge in EV charging simulation. It features two core components: the Infrastructure Charging Module (ICM) and the Charging Decision Module (CDM). The ICM focuses on high-fidelity EV charging models and intelligent charging algorithms, accurately simulating the direct impact of EV charging on the grid. Meanwhile, the CDM offers innovative scheduling mechanisms, allowing for studying charging strategies and pricing models to optimize public charging infrastructure. Written in C++11 for computational efficiency and Python for adaptable co-simulation, Caldera Charge enables detailed analysis and strategic planning across transportation and electrical networks through the Helics co-simulation framework.

Advantages:

• Targeted Simulation Modules: Distinct modules for infrastructure modeling (ICM) and decision strategies (CDM) cater to specific aspects of EV charging and grid interaction.
• Accurate Grid Impact Analysis: Employs extensive data for precise modeling of charging behavior under diverse grid conditions.
• Innovative Charging Management: Implements cutting-edge algorithms for intelligent charging, minimizing grid strain during peak demand.
• Scalable and Flexible Design: Supports high-performance computing and integrates C++11 and Python for comprehensive simulation scenarios.
• Comprehensive Co-Simulation Capability: Bridges transportation and grid simulations, assessing wide-ranging effects of EV charging.

Applications:

• Utility Companies: To strategically manage grid loads and enhance power distribution reliability in response to EV charging demands.
• Urban and Transportation Planners: For integrating sustainable EV charging solutions within urban development and public transport systems.
• Academic and Research Institutions: To conduct in-depth studies on EV integration impacts and develop future energy frameworks.
• EV Charging Service Providers: Optimizing network operations and charging station deployment for efficiency and user satisfaction.
• Policy Makers and Regulatory Bodies: Informing policy and regulatory guidelines to support the transition to electric mobility.

Unlock the potential of Caldera Charge to revolutionize your EV charging infrastructure planning and grid management strategies. Explore our comprehensive simulation platform and contribute to shaping the future of electric mobility and energy efficiency. Visit our GitHub pages for Caldera Grid and Caldera ICM to access the software and documentation and become part of our innovative community.

INL’s Technology Deployment department focuses exclusively on licensing intellectual property and partnering with industry collaborators capable of commercializing our innovations. Our goal is to commercialize the technologies developed by INL researchers. We do not engage in purchasing, manufacturing, procurement decisions, or providing funding. Additionally, this is not a call for external services to assist in the development of this technology.

Open Source Software: ICSNPP: Advanced Industrial Control System Protocol Parsing for Zeek

In an era where industrial control systems (ICS) are increasingly targeted by sophisticated threats, ensuring robust network security is paramount. ICSNPP (Industrial Control System Network Protocol Parsers) emerges as a critical solution, providing an advanced protocol parser suite that integrates seamlessly with the Zeek network security monitoring framework.

The evolution of cyber threats targeting industrial environments necessitated the development of specialized tools capable of understanding and monitoring the unique protocols these systems use. DHS/CISA funded ICSNPP to address this gap, enhancing hunt and incident response capabilities within ICS environments. This project aims to bolster the security of CISA's network sensors and democratize access to this advanced technology by making it open-source on GitHub.

ICSNPP is a collection of Zeek plugin protocol parsers tailored for the industrial control sector. It currently supports four major ICS protocols: BACnet, DNP3, Ethernet/IP, and Modbus, with expansion plans. Unlike general Zeek protocol parsers, ICSNPP delves into the intricacies of ICS communications, offering detailed insights into network activities. This enables more effective monitoring, threat detection, and incident response in critical infrastructure networks.

Advantages:

• Detailed Protocol Analysis: Unmatched depth in parsing ICS-specific protocols for comprehensive network visibility.
• Quick and Easy Integration: Installs in less than 5 minutes, immediately enhancing security monitoring capabilities.
• Open-Source Accessibility: Freely available for use and contribution, fostering a community-driven approach to ICS security.
• Proactive Threat Hunting: Facilitates advanced threat detection and response tailored to the unique environments of industrial control systems.
• CISA-Tested Reliability: Undergoing rigorous testing by CISA to ensure effectiveness and reliability in real-world scenarios.

Applications:

• Energy Sector: Optimize renewable energy integration with enhanced network security and monitoring.
• Manufacturing: Secure manufacturing processes by ensuring the integrity and availability of ICS networks.
• Water Treatment Facilities: Protect critical water treatment operations through advanced network threat detection.
• Critical Infrastructure: Enhance the resilience of critical infrastructure by improving visibility into network activities and threats.

Elevate your industrial control system's security posture with ICSNPP. Visit our GitHub page to download the plugin suite, contribute to its development, or learn how it can transform your network security and incident response capabilities.

INL’s Technology Deployment department focuses exclusively on licensing intellectual property and partnering with industry collaborators capable of commercializing our innovations. Our goal is to commercialize the technologies developed by INL researchers. We do not engage in purchasing, manufacturing, procurement decisions, or providing funding. Additionally, this is not a call for external services to assist in the development of this technology.

SOURCES SOUGHT ANNOUNCEMENT:

Oura Rings & Software Subscription or equivalent products at Mountain Home AFB, ID

Sources Sought (SS) number is FA489725SS004.

THIS IS A SOURCES SOUGHT ANNOUNCEMENT ONLY.  THERE IS NO SOLICITATION AVAILABLE AT THIS TIME.  REQUESTS FOR A SOLICITATION WILL NOT RECEIVE A RESPONSE.

The 366 Contracting Squadron (366 CONS) is conducting market research to determine the availability, interest, and capability of potential business sources qualified and able to compete for a contract to provide the Mountain Home AFB with Oura Rings and Software Subscription or equivalent products in accordance with the Specification Sheet. We are specifically interested in a lifetime, one-time purchase for the software subscription.

The Government intends to award this requirement on a sole source basis to Oura Ring Inc. Any interested vendors who believe they are capable of providing fitness tracking rings and a compatible liftetime software subscription, please submit your company’s capabilities in accordance with the instructions listed below.

The NAICS code for this requirement is 339920 – “Sporting and Athletic Goods Manufacturing”

The Small Business Size Standard is 750 Employees.

The Government requests interested parties to contact the Contracting Specialist, Heather Garrido via email: heather.garrido@us.af.mil No Later Than 12 December 2024 by 10:00 AM MST.  Interested parties should review the attached Specification Sheet.

366 CONS is interested in quantifying and pre-qualifying the likelihood of setting aside competition for this requirement to a small business.  Depending upon the responses to this notice and other market research, 366 CONS may limit the competition to a specific socio-economic small business category at the exclusion of all other potential business concerns.  This announcement serves as the first step to determine the viability of setting aside this requirement for competition solely within or among certain small businesses in selected categories. This is a Sources Sought Announcement only; no solicitation exists or is available at this time.

Instructions:

The Government requests interested parties to review the “DRAFT” Specification Sheet to ensure your company/proposed product is capable of meeting the requirements. Qualified companies who believe they can meet this requirement, and are interested/intend to submit a proposal in response to a future solicitation should

1. Review the attached Draft Specification Sheet.

2. Complete the Sources Sought Response Template (attached) in its entirety. Interested parties may include relevant attachments such as a copy of your SAM profile, SBA certifications, and a brief capabilities statement (relevant to this requirement) limited to three (3) pages in length.

3. In your Email response, please include in the Subject line: “Sources Sought Response FA489725SS004– “Your Company Name”

4. Submit / Email the contract administrator: Heather Garrido via email: heather.garrido@us.af.mil No Later Than 12 December 2024 by 10:00 AM MST.

The information in this notice is based on the most current information available to date. This information is subject to change and is not binding to the Government. This announcement shall not be construed as a commitment by the Government to issue a solicitation or ultimately award a contract. Updated information will be provided in future announcements and posted electronically on https://sam.gov/. The Government shall not reimburse the costs of preparing responses to this request for information / sources sought notice.

5352.201-9101 Ombudsman- ACC

(a) An ombudsman has been appointed to hear and facilitate the resolution of concerns from offerors, potential offerors, and others for this acquisition. When requested, the ombudsman will maintain strict confidentiality as to the source of the concern. The existence of the ombudsman does not affect the authority of the program manager, contracting officer, or source selection official. Further, the ombudsman does not participate in the evaluation of proposals, the source selection process, or the adjudication of protests or formal contract disputes. The ombudsman may refer the interested party to another official who can resolve the concern.

(b) Before consulting with an ombudsman, interested parties must first address their concerns, issues,

disagreements, and/or recommendations to the contracting officer for resolution. Consulting an ombudsman does not alter or postpone the timelines for any other processes (e.g., agency level bid protests, GAO bid protests, requests for debriefings, employee-employer actions, contests of OMB Circular A-76 competition performance decisions).

(c) If resolution cannot be made by the contracting officer, the interested party may contact the ombudsman, Deputy Director of Contracting, AFICC/KC (OL-ACC), 114 Thompson Street, Bldg 586, Room 129, Langley AFB, VA 23665, telephone (757) 764-5372 (DSN 574-5372) email: acc.a7k1@us.af.mil. Concerns, issues, disagreements, and recommendations that cannot be resolved at the Center/MAJCOM/DRU/SMC ombudsman level, may be brought by the interested party for further consideration to the Air Force ombudsman, Associate Deputy Assistant Secretary (ADAS) (Contracting), SAF/AQC, 1060 Air Force Pentagon, Washington DC 20330-1060, phone number (571) 256-2395, facsimile number (571) 256-2431.

(d) The ombudsman has no authority to render a decision that binds the agency.

(e) Do not contact the ombudsman to request copies of the solicitation, verify offer due date, or clarify technical requirements. Such inquiries shall be directed to the contracting office.

Description: The Air Force Research Laboratory, Human Effectiveness Directorate (AFRL/RH) and the United States Air Force School of Medicine (USAFSAM) CHEERS MAA is intended to provide a comprehensive strategy for AFRL/RH and USAFSAM’s range of S&T, allowing for progression from basic research to technology maturation and transition.

Solicitation Authority: Solicitations issued under this MAA will utilize any one, or a combination, of the authorities below:

 10 U.S.C. 4001 Federal Acquisition Regulation and its Supplements (FAR(S))/FAR Part 35.016 – Broad Agency Announcements (BAAs)

 10 U.S.C. 3458/DFARS 212.70 - Authority to acquire innovative commercial products and commercial services using general solicitation competitive procedures

 10 U.S.C. 4021 – Research projects: transactions other than contracts & grants (Other Transaction for Research)

 10 U.S.C. 4022 – Authority of the Department of Defense to carry out certain prototype projects (Other Transaction for Prototype).

 10 U.S.C. 4023 – Procurement for Experimental Purposes  10 U.S.C. 4001/32 CFR 22.205 – Grants and Cooperative Agreement

Statement of Objective/Description of Technical Area(s): Solicitations issued under this MAA will seek approaches covering one or more of the Technical Areas found in the attached Statements of Objectives.

Inclement Weather – Seasonal Site Visit
McCall Area Housing Barracks Replacement 
McCall, ID of the Payette National Forest

Document Type:                   Fall Site Visit - ONLY

Posted Date:                       11/04/2024
Site Visit Date:                     November 13th, 2025
Site Visit Meeting Time:       10:00 AM/MST

THIS PRESOLICITATION NOTICE IS ISSUED FOR INFORMATIONAL PURPOSES ONLY TO PROVIDE AN OPPORTUNITY FOR VENDORS TO ASSESS THE PROJECT SITE PRIOR TO INCLEMENT WEATHER OR SEASONAL CLOSURES AND PRIOR TO ISSUANCE OF THE SOLICITATION. THIS IS NOT A REQUEST FOR PROPOSAL/QUOTE OR BID.

The Forest Service anticipates issuing a Full and Open Solicitation, at a time when the project site will be unavailable due to seasonal closures/weather. Interested vendors are encouraged to visit the site for a full understanding and, if desired, take photos or videos and considered proprietary to the company”

The Government does not intend to award a contract(s) based solely on this site visit nor does it intend to pay for any costs incurred in response to this announcement. The intent of this notice is to ensure that prospective vendors may see the areas prior to heavy snowfall and issuing the solicitation. This is not a final solicitation or scope of work. This project is in draft and is subject to change when the solicitation comes out.

Project Summary:
The Payette National Forest anticipates issuing a solicitation which may or may not result in a contract to demolish four (4) existing buildings and construct four (4) new barracks and one (1) new laundry building and upgrade associated utilities including water, sewer, telecom, and electrical at the McCall Area Housing site located in McCall, ID of the Payette National Forest next spring.

This is not a solicitation and in no way commits the Government to award a contract.  The Government does not intend to award a contract(s) based solely on this site visit nor does it intend to pay for any costs incurred in response to this announcement.  The intent of this notice is to ensure that prospective vendors may see the areas prior to heavy snowfall and issuing the solicitation.  This solicitation should be issued in December 2024.

The work anticipated under any contract resulting from the solicitation will be started as soon as conditions on-the-ground are favorable for the prosecution of the work next spring (estimate May – June starting date).

Site Visit Information:
Forest Service site visit of the McCall Area Housing site will be at 10:00 am/mst. on November 13th, 2024 at 500 N Mission St. McCall, ID 83638.

Magnitude of the Proposed Project: In accordance with FAR 36.204, the estimated magnitude of construction for this project is between $500,000 - $3,000,000

Point of Contact:
Thompson Samuel
Civil Engineer-Facilities
FS-R4-Payette NF-SO
samuel.thompson@usda.gov

FAR 52.237-1 Site Visit.
Offerors or quoters are urged and expected to inspect the site where services are to be performed and to satisfy themselves regarding all general and local conditions

that may affect the cost of contract performance, to the extent that the information is reasonably obtainable. In no event shall failure to inspect the site constitute grounds for a claim after contract award.

Open Source Software: Enhancing Software Reliability with CIVET: Continuous Integration and Testing Solution

Maintaining code integrity and quality is paramount in the rapidly evolving software development world. CIVET emerges as a pivotal tool in this landscape, offering a comprehensive continuous integration, verification, enhancement, and testing framework designed to streamline and secure the software development process.

The genesis of CIVET was driven by the need for a versatile and efficient system capable of testing MOOSE and MOOSE-based applications. However, its utility extends far beyond accommodating any software project. Traditionally, the challenge has been to ensure that code modifications enhance functionality without introducing new issues. CIVET addresses this by implementing a system that automatically tests code changes, ensuring only verified code progresses to production.

CIVET operates on an event-based model, reacting to "Pull Request" or "Push" notifications from Git servers like GitHub, GitLab, and BitBucket. It determines the necessary tests, schedules them, and then utilizes dedicated client machines to execute them. Results are reported back to the server and reflected on the Git server and the main web page, ensuring transparency and immediate feedback on code integrity.

Advantages:

• Automated Testing Workflow: Streamlines the integration process by automating testing for pull requests and merges, ensuring only tested code reaches the master branch.
• Event-Based Test Management: Allows dynamic control over test execution, including canceling or restarting tests based on real-time needs.
• Centralized Script Repository: Facilitates efficient test management and execution across projects.
• Direct Git Server Updates: Automatically communicates test outcomes to Git servers, enhancing collaboration and transparency in multi-user development environments.

Applications:

• Software Development: Ideal for teams seeking to maintain high-quality code standards in fast-paced development cycles.
• Project Management: Enables project managers to oversee code integrity and progress effectively.
• Quality Assurance: Provides QA teams a robust tool for continuous code verification and enhancement.
• Education and Research: Offers a practical platform for teaching and experimenting with software development and testing methodologies.

Elevate your software development process with CIVET. Download and integrate CIVET into your project today for seamless, automated testing and integration that ensures your code is always production-ready.

INL’s Technology Deployment department focuses exclusively on licensing intellectual property and partnering with industry collaborators capable of commercializing our innovations. Our goal is to commercialize the technologies developed by INL researchers. We do not engage in purchasing, manufacturing, procurement decisions, or providing funding. Additionally, this is not a call for external services to assist in the development of this technology.

Open Source Software: TMAP8: Simplifying Diffusion-Reactive Transport Analysis for Fusion and Chemical Applications

In computational modeling, the Tritium Migration Analysis Program (TMAP8) is a pioneering MOOSE application designed to streamline and enhance the analysis of 0-1D scalar diffusion-reactive transport. With its bespoke syntax tailored for geometric and algebraic entities, TMAP8 offers a significant usability improvement over traditional MOOSE syntax, making it an invaluable tool for systems-level analysis in various scientific domains.

The development of TMAP8 was driven by the need for a more intuitive and efficient way to conduct diffusion-reactive transport simulations, particularly for MOOSE users engaged in 0D and 1D approximations. The complexity of full MOOSE syntax often presented a barrier to entry for newcomers to the field. Recognizing this, TMAP8 was created to fill this gap, building on the legacy of previous TMAP releases and leveraging the power of MOOSE's multiphysics capabilities.

TMAP8 is an application that excels in solving 0-1D scalar diffusion-reactive transport problems, offering a unique custom syntax that simplifies the setup of diffusive-reactive and heat conduction models. Its integration with MOOSE allows for seamless conjunction with multidimensional simulations, enabling comprehensive modeling of complex systems, such as chemical plants, where different dimensional approximations are required.

Advantages:

• Simplified Syntax: Unique, user-friendly syntax makes setting up simulations more accessible and efficient.
• Versatility: Can be used alongside multi-dimensional MOOSE applications for comprehensive multiscale modeling.
• MOOSE Integration: Leverages a state-of-the-art multiphysics code with extensive support and development.
• Wide Application Range: Suitable for analysts in fusion, chemical transport, and low-temperature plasma sectors.
• Community and Name Recognition: Builds on the legacy of previous TMAP versions, promoting user adoption.

Applications:

• Low-temperature plasma analysis
• Fusion energy science simulations
• Chemical transport modeling in industrial applications
• Systems-level analysis for chemical reactors and connecting piping

Explore the frontier of diffusion-reactive transport analysis with TMAP8 and elevate your research and industrial applications to new heights. Download TMAP8 today to harness the power of simplified simulations and join a growing community of innovators shaping the future of scientific discovery.

INL’s Technology Deployment department focuses exclusively on licensing intellectual property and partnering with industry collaborators capable of commercializing our innovations. Our goal is to commercialize the technologies developed by INL researchers. We do not engage in purchasing, manufacturing, procurement decisions, or providing funding. Additionally, this is not a call for external services to assist in the development of this technology.

Malcolm: Revolutionizing Network Traffic Analysis with Open Source Innovation

Malcolm emerges as a beacon of innovation and resilience in the ever-evolving landscape of cybersecurity threats. Developed through a collaboration between Idaho National Laboratory and the Department of Homeland Security’s Cybersecurity Infrastructure Security Agency (CISA), Malcolm stands out as a comprehensive tool suite designed to enhance the security and robustness of critical infrastructure sectors.

The inception of Malcolm was driven by the urgent need to protect the nation’s critical infrastructure from a growing array of cyber and physical threats. With the complexity of modern networks and the sophistication of potential attackers, there was an apparent demand for a tool that could offer in-depth network traffic analysis while being accessible to a wide range of users. Malcolm was created to fill this void, leveraging the collective power of existing open-source tools within a unified framework.

Malcolm integrates multiple open-source network analysis tools into a cohesive suite, providing a streamlined solution for capturing, analyzing, and managing network traffic data. Its deployment via Docker containers allows flexibility across various platforms, making it a versatile option for security operations centers (SOCs), incident response teams, and individual cybersecurity enthusiasts. The software's ability to parse and enrich network data with additional context transforms complex information into actionable intelligence.

Advantages

• Ease of Deployment: Malcolm's Docker-based architecture ensures quick and straightforward setup across different environments.
• Comprehensive Analysis: Offers deep visibility into network activities through intuitive interfaces such as Kibana and Arkime.
• Secure and Compliant: Ensures data protection with industry-standard encryption protocols for all communications.
• Cost-Effective: Malcolm avoids the licensing fees associated with commercial products as an open-source solution.
• Specialized for ICS: Addresses the unique challenges of industrial control systems with ongoing development for specific protocol analysis.

Applications

• Critical Infrastructure Security: Enhancing resilience against cyber threats in energy, transportation, and water management sectors.
• Corporate Security Operations Centers: Providing SOC teams with a powerful toolkit for network monitoring and incident response.
• Individual Cybersecurity Researchers: Enabling enthusiasts and researchers to conduct in-depth analysis with an accessible platform.
• Incident Response: Offering a portable solution for on-site investigations and quick deployment in the face of security incidents.

Discover how Malcolm can transform your approach to network traffic analysis and cybersecurity. Visit our GitHub page to download Malcolm, access comprehensive documentation, and join a community committed to advancing cybersecurity resilience.

INL’s Technology Deployment department focuses exclusively on licensing intellectual property and partnering with industry collaborators capable of commercializing our innovations. Our goal is to commercialize the technologies developed by INL researchers. We do not engage in purchasing, manufacturing, procurement decisions, or providing funding. Additionally, this is not a call for external services to assist in the development of this technology.

Open Source Software: Optimizing Granular Material Handling with Advanced ABAQUS Add-Ons

In the realm of material handling and processing, understanding and controlling granular flow is pivotal. Our suite of ABAQUS User MATerial subroutines (VUMAT) add-ons offers a groundbreaking solution, providing detailed models to simulate granular flow physics accurately. This tool is essential for manufacturers and biorefineries facing challenges with equipment design and granular material processing, aiming to eliminate flow problems and enhance operational efficiency.

The handling of granular materials, such as granular biomass feedstock, has long been a challenge in various industries, with issues like jamming and bridging in equipment like hoppers and screw conveyors. Additionally, biorefineries have encountered significant operational challenges, with most facing closure due to these unresolved flow problems. This underscores the need for advanced simulation tools to understand better and optimize granular flow dynamics.

Our software package introduces four sophisticated granular flow constitutive models for ABAQUS: the density-dependent Mohr-Coulomb model, the Drucker-Prager/Cap model, the Gudehus-Bauer hypoplastic model, and the critical state-based NorSand model. These models are tailored to accurately simulate granular flow across various scales, from flow initiation to steady-state movement, enabling users to refine equipment design and operation for optimal performance.

Advantages:

• Enhanced Accuracy: Models are specifically designed to capture the complex physics of granular flow, particularly during flow initiation in the quasi-static regime.
• Operational Optimization: Enable precise simulation and optimization of equipment geometry and operational parameters, reducing the risk of jamming and bridging.
• Competitive Edge: Provides equipment manufacturers with the ability to design the most efficient and reliable equipment, boosting market competitiveness.
• Sustainability: Supports the bioenergy sector by addressing and overcoming one of the main challenges leading to biorefinery closures.

Applications:

• Equipment Manufacturers: Design and optimization of material handling equipment, such as hoppers and screw conveyors, for granular materials.
• Biorefineries and Processing Plants: Developing efficient processing lines and optimizing material flow to prevent shutdowns and improve yield.

Unlock the full potential of your granular material handling and processing equipment. Download now and take the first step towards operational excellence and sustainability in your industry.

INL’s Technology Deployment department focuses exclusively on licensing intellectual property and partnering with industry collaborators capable of commercializing our innovations. Our goal is to commercialize the technologies developed by INL researchers. We do not engage in purchasing, manufacturing, procurement decisions, or providing funding. Additionally, this is not a call for external services to assist in the development of this technology.

Open Source Software: LOGOS: Pioneering Optimization Software for Nuclear Power Plant Efficiency

In an era where operational efficiency and cost reduction are paramount in the nuclear energy sector, LOGOS emerges as a critical tool. This sophisticated software package leverages discrete optimization models, including deterministic and stochastic algorithms, to streamline capital budgeting processes. It's designed to tackle the complex challenges of Equipment Reliability (ER) and Asset Management (AM) in Nuclear Power Plants (NPPs), ensuring optimal resource allocation for improved safety and economic performance.

Historically, NPPs have grappled with balancing the reliability and availability of plant Structures, Systems, and Components (SSCs) against the backdrop of rising Operation and Maintenance (O&M) costs. The industry's shift towards value-based maintenance (VBM) under the Delivering the Nuclear Promise initiative highlights the pressing need for innovative approaches to sustain competitiveness. LOGOS addresses this need by providing a comprehensive solution that reduces labor-intensive processes and capitalizes on data analytics to cut costs and enhance engineering effectiveness.

LOGOS incorporates discrete optimization models based on advanced knapsack algorithms to address capital budgeting optimization challenges. With capabilities to manage both deterministic and stochastic data, LOGOS offers unparalleled flexibility in handling uncertainties in cost, reward, and constraints. Its integration with the RAVEN code facilitates data uncertainty propagation and sensitivity analysis, allowing for a customized workflow that aligns with specific user requirements. This enables NPPs to balance SSC reliability and cost efficiency optimally.

Advantages:

• Cost-Effective Operations: Minimizes O&M costs while maintaining or enhancing plant safety and reliability.
• Advanced Data Analytics: Employs state-of-the-art optimization methods to analyze and utilize ER and AM data effectively.
• Customizable Workflows: Interfaces with RAVEN for tailored data generation and analysis, fitting unique operational needs.
• Risk Integration: Combines economic and reliability risks in a single analysis framework for informed decision-making.
• Flexibility: Supports deterministic and stochastic input data, accommodating various uncertainty levels in decision processes.

Applications:

• Maintenance Optimization: Enhances ER programs by optimizing maintenance schedules based on reliability data and cost analysis.
• Optimal Component Replacement: Streamlines AM by determining the most cost-effective component replacement schedules.
• Budget Allocation: Maximizes profit by identifying the optimal set of projects within budget constraints.
• Operational Efficiency: Aids in achieving a balance between SSC reliability and availability, reducing operational costs.

Discover how LOGOS can transform your NPP’s operational efficiency and cost management. Download now and begin your journey towards optimized plant resource management and enhanced economic performance.

INL’s Technology Deployment department focuses exclusively on licensing intellectual property and partnering with industry collaborators capable of commercializing our innovations. Our goal is to commercialize the technologies developed by INL researchers. We do not engage in purchasing, manufacturing, procurement decisions, or providing funding. Additionally, this is not a call for external services to assist in the development of this technology.

Synthesis of Tungsten Tetraboride (WB4) by Electric Field Assisted Sintering (EFAS)

A novel method for synthesizing tungsten tetraboride (WB4), a material with exceptional hardness and thermal properties, using Electric Field Assisted Sintering (EFAS).

The Challenge:

In the pursuit of materials with exceptional hardness and thermal conductivity, tungsten tetraboride (WB4) has been considered a compelling candidate since the 1960s. Renowned for its potential in enhancing cutting tools, armor, and nuclear reactors, WB4's synthesis has been limited by technological constraints, yielding products often inferior to their theoretical capabilities. Enter Electric Field Assisted Sintering (EFAS) – a modern technique set to revolutionize WB4 production by maintaining precise conditions necessary for optimal material characteristics.

How it Works:

Electric Field Assisted Sintering (EFAS) introduces a sophisticated approach to WB4 synthesis, surpassing traditional methods like arc melting which often resulted in impurities and unwanted phases such as WB2. Unlike previous techniques, EFAS employs controlled sintering temperatures and accurate atomic ratios without the need to melt the components, thereby preserving the desired WB4 phase and preventing degradation in material hardness. This process has been demonstrated to produce WB4 samples with hardness approaching theoritical maximum by controlling the granular composition and phase outcomes efficiently.

Key Advantages:

• Enhanced Material Quality: By avoiding the melting process, EFAS ensures the production of WB4 with minimal impurities and maximum hardness.
• Scalability: The method is scalable, capable of producing larger batches and custom sizes (up to 12" discs), which was previously unachievable.
• Cost-Effectiveness: Utilizes less expensive raw materials and optimizes the synthesis process, reducing overall production costs.
• Radiation Resistance: Uniquely suitable for nuclear applications due to its neutron absorption capabilities and resistance to high-temperature degradation.

Problems Solved

• Inconsistent synthesis quality and low yield of WB4 using traditional methods
• High cost and complexity of large-scale production of materials with similar properties
• Lack of cost-effective and efficient materials for extreme thermal environments and radiation shielding

Market Applications

• Industrial Machining: Enhance the longevity and performance of machining tools used in automotive and aerospace manufacturing.
• Defense and Ballistic Protection: Imagine lighter, more effective armor that provides enhanced protection against various threats.
• Nuclear Safety: Boost the safety and efficiency of nuclear reactors, contributing to sustainable and safer energy solutions.

Development Status: TRL 3

US Provisional Patent Application No. 63/643,127, “METHODS OF FORMING REFRACTORY METAL BORIDES BY ELECTRIC FIELD ASSISTED SINTERING (EFAS),” BEA Docket No. BA-1537

INL Tech Partnerships: Your Gateway to Innovation

INL offers strategic access to proprietary technology, enhancing small business growth and contributing to economic and public advancement. We cater licensing terms to each business we work with, ensuring mutually beneficial agreements. Engage with our diverse technology offerings to propel your company forward.

Learn more about our licensing opportunities and the support we provide at https://inl.gov/technology-deployment/. For specific discussions on how your business can benefit, please contact td@inl.gov.

INL’s Technology Deployment department focuses exclusively on licensing intellectual property and partnering with industry collaborators capable of commercializing our innovations. Our goal is to commercialize the technologies developed by INL researchers. We do not engage in purchasing, manufacturing, procurement decisions, or providing funding. Additionally, this is not a call for external services to assist in the development of this technology.

24OCT2024 - Amendment 0007 is issued to incorporate Q&As and to extend the proposal due date to 11:59 p.m. Central Time on 28 October 2024.

11OCT2024 - Amendment 0006 is issued to incorporate clauses and attachments, and to extend the proposal due date to 11:59 p.m. Central Time on 25 October 2024.

08OCT2024 - Amendment 0005 is issued to provide Q&As and to extend the proposal due date to 11:59 p.m. Central Time on 18 October 2024. The List of Site Visit Attendees is also posted herein.

06OCT2024 - Amendment 0004 is issued to provide Q&As and to extend the proposal due date to 11:59 p.m. Central Time on 14 October 2024.

02OCT2024 - Proposal due date is extended to 11:59 p.m. Central Time on 14 October 2024.

24SEP2024 - Pre-Bid Site Visit scheduled for 10 a.m. Mountain Time on 30 September 2024.  Meet COR Jonathan Wheeler at the Sheep Bridge Trailhead located at https://maps.app.goo.gl/vhkGxxokMkmbq64W8. From there, you all will drive on a convoy a few miles up the road to visit the Treasure Lake Bridge location. 

Please email Jonathan Wheeler at jonathan.wheeler2@usda.gov no later than this Friday, 27 Sep, to let him know that your firm will be attending this Site Visit.  Jonathan's tel # is 208-541-1114.

18SEP2024 - Amendment 0002 is issued to incorporate Attachment 8; answer offeror RFIs; and, to extend the proposal submission deadline to 11:59 p.m. Central Time on 07 October 2024.

17SEP2024 - Proposal due date extended to 11:59 p.m. Central Time on 07 October 2024.

17SEP2024 - Proposal due date extended to 11:59 p.m. Central Time on 24 September 2024.

13SEP2024 - Amendment 0001 is issued to incorporate additional attachments and to revise Sections L and M pertaining to Factor 2 - Technical Approach to Performing Work and to add Factor 3 - Key Personnel & Major Subcontractor(s).                       

The attachments to this solicitation are now as follows:

Attachment 1 - Plans/Drawings                                                                                                                                                          Attachment 2 - SOW                                                                                                                                                                          Attachment 3 - Bridges Project Forest Service Supplemental Specs (FSSS)                                                                                        Attachment 4 - Photos for Treasure Lake Bridge                                                                                                                                      Attachment 5 - Photos for Sheep Bridge                                                                                                                                                  Attachment 6 - FP-14 Standards Specs for Roads and Bridges                                                                                                        Attachment 7 - DBA Wage Determination No. ID20240087 dtd 16FEB2024    

12SEP2024 - RFP 1240LT24R0072 is posted herein.  This procurement is for the replacement of a bridge at Teton Canyon, Caribou-Targhee National Forest in Idaho. Attachments 2 - FSSS and 3 - Bridge Photos will be forthcoming.  

Proposals are due to mary.harding@usda.gov no later than 5:00 p.m. Central Time on 24 September 2024.

ViBRANT: Visual Benign Reactor As Analog for Nuclear Testing 

ViBRANT offers a revolutionary approach to simulating and understanding nuclear reactor behaviors using a geometrically accurate, LED-based analog model.

The Challenge:

In the intricate world of nuclear reactor design and testing, the gap between theoretical models and tangible applications presents significant hurdles. Traditionally, this process involves a lengthy and rigid sequence of design, build, test, refine, and repeat, fraught with potential hazards and inefficiencies. Enter ViBRANT (Visual Benign Reactor As Analog for Nuclear Testing), a solution designed to streamline and safeguard this process. Through its innovative use of geometrically accurate, LED-based models, ViBRANT offers a safer, quicker, and more intuitive way to understand and iterate nuclear reactor behaviors and systems.

How it Works:

ViBRANT is a physical apparatus designed to mimic the core configuration of nuclear reactors, such as the SNAP-10A and MARVEL reactors, using 20,000 individually addressable LED lights. This model facilitates a direct, intuitive connection between digital simulation and physical phenomena, enabling rapid iterations of design, testing, and refinement in a safe, accessible format. It represents a significant step forward in nuclear reactor development, training, and educational tools by bridging the gap between digital approximations and physical reality.

Key Advantages:

• Provides a geometrically accurate representation of nuclear reactor cores.
• Enables rapid, agile iterations between concept ideation and analog validation.
• Reduces the hazards and protocols associated with full-scale nuclear reactor deployment.
• Improves understanding and integration of digital and physical development processes.
• Enhances human interaction with complex nuclear systems through visual and sensory engagement.

Problems Solved

• Long, sequential development cycles in nuclear reactor design and testing.
• Uncertainties and approximations inherent in purely digital simulation methods.
• Accessibility and safety concerns associated with direct interaction with nuclear reactors.
• Lack of intuitive, hands-on learning tools for nuclear physics and engineering education.

Market Applications

• Training and education tools for nuclear reactor operation and safety protocols.
• Development and testing platforms for microreactor automated control systems.
• Simulation and modeling tools for advanced nuclear reactor design and research.
• Public engagement and educational exhibits on nuclear technology and safety.

Development Status: TRL 8

US Patent Application No. 18/538,864, “BENIGN REACTIVITY ANALOGS FOR NUCLEAR MODELING,” BEA Docket No. BA-1398

INL Tech Partnerships: Your Gateway to Innovation

INL offers strategic access to proprietary technology, enhancing small business growth and contributing to economic and public advancement. We cater licensing terms to each business we work with, ensuring mutually beneficial agreements. Engage with our diverse technology offerings to propel your company forward.

Learn more about our licensing opportunities and the support we provide at https://inl.gov/technology-deployment/. For specific discussions on how your business can benefit, please contact td@inl.gov.

INL’s Technology Deployment department focuses exclusively on licensing intellectual property and partnering with industry collaborators capable of commercializing our innovations. Our goal is to commercialize the technologies developed by INL researchers. We do not engage in purchasing, manufacturing, procurement decisions, or providing funding. Additionally, this is not a call for external services to assist in the development of this technology.

****AMENDMENT 0003**** (See attached SF30)

The purpose of this amendment is to:

1. Provide Questions and Answers to questions submitted within the question-submission deadline (see attached);

2. Extend the proposal submission deadline to 12:00 p.m. Mountain Time on December 18, 2024. 

###

****AMENDMENT 0002**** (See attached SF30)

The purpose of this amendment is to provide notice that a subsequent amendment is forthcoming that will provide Questions and Answers as well as an extension to the RFP deadline.

###

****AMENDMENT 0001**** (See attached SF30)

The purpose of this amendment is to provide a copy of the Site Visit Sign-In Sheet.

###

The United States Department of Agriculture (USDA) Agricultural Research Service (ARS) requires that all labor, supervision, tools, and materials be provided for upgrading selected components of the existing electrical system of the site. All work shall be performed in accordance with the terms, conditions, drawings and specifications contained in this document. The project is located at USDA, ARS, Northwest Irrigation & Soils Research Laboratory (NWISRL) at 3793 N 3600 E Kimberly, ID 83341-5076.

SITE VISIT: Wednesday November 13, 2024 at 10:30 a.m. Mountain Time. See Section L.4 for more information and RSVP instructions.