Bridge Tenders

Details: The Federal Highway Administration (fhwa) Office Of Infrastructure Research And Development (hrdi) Bridge Engineering Research Team Is Announcing Its Intent To Solicit White Papers And Proposals Under This Broad Agency Announcement (baa). This Baa Is Developed In Accordance With Far 6.102(d)(2) And Far 35.016. This Baa Involves The Use Of A 5-year Open Baa To Quickly And Efficiently Execute Research And Development To Deliver Practical Solutions To High Priority Problems. This Strategy Will Provide Fhwa An Acquisition Tool With The Flexibility To Solicit White Papers And Proposals And Make Awards That Meet Present And Compelling Needs. white Papers And Proposals Will Only Be Solicited And Accepted During Individual Calls. Calls For White Papers And Proposals Will Occur Periodically Throughout The Life Of The Baa. Each Call Will Identify: (1) Specific Topic Areas; (2) Any Changes To The Standard Evaluation Criteria Or White Paper And/or Proposal Preparation Instructions, And; (3) Cutoff Dates For Submissions. the Fhwa Hrdi Bridge Engineering Research Team Conducts And Directs Research Efforts In Support Of The Development Of Testing Standards, Structural Design And Construction Specifications, And Acceptance Criteria. The Fhwa Hrdi Bridge Engineering Research Team Leads The Development And Advancement Of Next Generation Structural Materials And Systems, And Provides Leadership In The Development Of Standards, Specifications, And Acceptance Criteria To Enable Their Deployment. The Work Conducted Generally Enables The Advancement Of State-of-the-art Solutions And Positions Hrdi As A Leader In The Deployment Of Such Technologies To Maintain Or Improve The Safety, Durability, Sustainability, And Resilience Of The Nation’s Bridges And Highway Structures. the Primary Purpose Of This Baa Is To Solicit A Variety Of Solutions That Will Support The Strategic Objectives Of The Fhwa Bridge Engineering Research Team Program Areas: Structural Steel, Structural Concrete, Geotechnical Structures, And Bridge Hydraulics. Projects Shall Develop Next Generation Technologies And Solutions That Address Fhwa’s Current Strategic Goals And Objectives Of Safety, Economic Strength And Global Competitiveness, Equity, Climate And Sustainability, Transformation, And Organizational Excellence.

Description: Municipal Streets and Bridges Authority

Description: Market consultation Maintenance Movable Bridges Hoekse Lijn

Description: Municipal Authority of Streets and Bridges in Tychy

Description: The Execution of the Works of the “Repair and Environmental Conditioning of the Interior Bridge of La Gola de Pujol” Project.

Purchaser Name: Municipal Road and Bridge Administration | Description: Municipal Road and Bridge Authority

Description: Municipal Authority of Streets and Bridges in Tychy

Details: 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.

Description: City of Chorzów - Municipal Authority of Streets and Bridges in Chorzów

Description: Restitution Works for the Waterproofing of the Bridge Pavilion Ridge