Catering Tenders

Details: Description Rfq No. 0016 Pr No. 0020-25bac Request For Quotation For Goods And Services Section 53.9 Negotiated Procurement - Small Value Procurement Equipment Rental To Be Used During The Bpi 95th Anniversary Celebration Section I. Mandatory Requirements (note: Failure To Submit Any Of The Following Requirements Will Be Automatically Disqualified) A. Philgeps Registration (platinum Membership And Red Membership) Ü Mayor's / Business Permit Ü Income/business Tax Return (for Abc 500k And Above) Ü Certificate Of Bir Registration (for Abc 50k And Above) Ü Dti Registration Submit A Clear Copy Or Documentation Of The Proof Of Payment For The Renewal Of Expired Permit/s. B. Photocopy Of One (1) Company Id Or One (1) Valid Id W/ Three (3) Specimen Signature C. Notarized Original Omnibus Sworn Statement (for Abc 50k And Above) D. Professional License/curriculum Vitae (consulting Services) E. Menu List For Catering Services F. The Supplier Must Not Have Any Record Of Non-compliance Over The Past Three (3) Years. Section Ii. Instructions: 1. Please Write Legibly. 2. The Bidders/suppliers Or Their Authorized Representative Shall Accomplish This Form Including Unit Price And Total Price As Well As Sub- Total And Grand Total (if Applicable) And Affix Their Signature Over Printed Name Indicated In The Lower Portion Of This Form. 3. Indicate Offered Brands And Specifications (if Applicable). 4. Quotation(s)/proposal(s) Shall Be Submitted At The Procurement Management Section (bac Office), Bureau Of Plant Industry, 692 San Andres Street, Malate, Manila Or Through Courier Or Email (pms.rfq@buplant.da.gov.ph). 5. Only Sealed Canvass Submitted In Person Or Through Courier Shall Be Considered By The Bac. The Bidders/suppliers Shall Reflect On The Envelope The Rfq Number And The Pr No. The Bac Shall Not Be Responsible On The Pre-emptive/premature Opening Of The Proposal. 6. Any Insertions, Erasures, Or Overwriting Shall Be Valid If Only They Are Signed Or Initialed By The Bidders/suppliers Or Their Authorized Representative. 7. Quotation Must Include All Kinds Of Taxes For The Item(s)/services Listed Hereunder, Including Delivery Charges. 8. Price Quotation(s) Submitted Shall Be Valid For A Period Of One Hundred Twenty (120) Days Reckoned From The Deadline For Submission Of Quotations As Reflected In This Form. 9. Awarding Shall Be Done Per Lot. 10. Deadline For Submission Of Bids: January 13, 2025 (9:00am). 11. In Case Of Two Or More Bidders Are Determined To Have Submitted The Lowest Calculated And Responsive Quotation Or Highest Rated And Responsive Quotation For Consultancy Services, The Bpi- Bac Shall Employ The Rules Specified In The Irr Of Ra 9184. 12. Delivery/installation/completion Period: January 21-22 2025 At Bureau Of Plant Industry, Malate, Manila. 13. The Uniform Guidelines For Blacklisting Set Forth In Appendix 17 Of The 2016 Revised Irr Of Ra 9184 Shall Apply. 14. The Supplier/bidder/contractor Must Have No Violation With Its Transactions With The Bureau Based On Bpi Records And Bpi Memorandum Order 328 Series Of 2023. 15. The Bureau Of Plant Industry Reserves The Right To Reject Any And All Bids, Declare A Failure Of Bidding, Or Not Award The Contract At Any Time Prior To Contract Award In Accordance With Section 41 Of Ra 9184 And Its Irr, Without Thereby Incurring Any Liability To The Affected Bidder Or Bidders. "notice/announcement: Bureau Of Plant Industry Does Not Condone Any Form Of Solicitation On Any Prospective Winning And Losing Bidders By Any Of Our Staff/employees Or Any Other Party. Any Sort Of This Kind Shall Be Reported Immediately To The Office Of The Secretary Or The National Bureau Of Investigation (nbi) For Entrapment And Proper Investigation. " Approved Budget For The Contract: Php 166,000.00 End User: Ics Qty Unit Item/description Ceiling Price/ Offered Unit Total Per Unit(php) Brand Price Price 1 Set "party Sound & Light Package With Led Wall 35 Panels (p3 9' X 12') Hd Cameras For Video Recording And Streaming (raw File Recording) Delivery/date Of Use: January 21, 2025 (1:00pm-6:00pm) January 22, 2025 (8:00am-12:00pm)" 166,000.00 "specifications: Digital Audio Mixer, D.i. Box, (4) Wireless Microphone, (2) Wired Microphone, (6) Microphone Stand, (2) Laptop With Virtual Player And Streaming App (i.e Obs), Moving Head, Lyric Stand, (2) Subwoofer Speaker, Rcf Speaker Monitor, Rcf Dual Speaker, (4) Powered Speaker, (4) Amber Lights, Smoke Machine" "others: -cables, Connectors/laptops/ Switcher/ Riser -livestream Production Operator Staff Meals Included Venue-bpi Multipurpose Hall, Malate Manila" Grand Total 166,000.00 Philgeps Posted Joan-may R. Tolentino Bac Chairperson Canvasser The Bpi-bids And Awards Committee (bac) 692 San Andres, Malate Manila In Connection With The Above Request, I/we Submit Our Quotation Indicated Above. I/we Have Carefully Read And Fully Understand The Minimum Requirements And Agree To Furnish And/ Or Deliver The Above Mentioned Requirement(s) In Conformity With The Specifications/terms Or Reference/scope Of Work Indicated/attached Thereto. ________________________________________ _________________________________ __________________ ________________________________________ Signature Over Printed Name Company Name Of Bidder Philgeps Registration Number ________________________________________ _________________________________ __________________ ________________________________________ Contact Number(s) Office Adress Email Address Of The Bidder ________________________________________ ________________________________________ Tax Identification Number (tin) Date Accomplished Payment Shall Be Made Through Land Bank's Lddap-ada/bank Transfer; Bank Transfer Fee Shall Be Charged Against The Creditor's Account. Payment Details: Banking Institution: ________________________________________________ Account Number:___________________________________________________ Account Name:______________________________________________________ Branch:_______________________________________________________________

Details: 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.

Details: Electric Field Assisted Sintering Of Bimetallic Materials a Novel Method For Joining Dissimilar Metals Through Electric Field Assisted Sintering, Offering A Superior Alternative To Traditional Welding Techniques. the Challenge: in Industries Where Combining Dissimilar Materials Is Crucial, Traditional Welding Methods Like Explosion Welding Or Friction Stir Welding Have Significant Limitations And High Costs. This Document Presents An Innovative Alternative: Creating Bimetallic Materials Using Electric Field Assisted Sintering (efas). This Technology Provides A Practical Solution Mainly For The Aerospace, Heat Transfer, And Manufacturing Sectors. For Example, It Allows The Fusion Of Aluminum And Stainless Steel Without The Size And Cost Limitations Of Traditional Connectors. how It Works: this Technology Presents An Innovative Approach To Fabricate Bimetallic Materials By Utilizing Electric Field Assisted Sintering (efas). It Enables The Joining Of Dissimilar Materials, Such As Stainless Steel And Aluminum, Which Are Challenging To Weld By Conventional Means. Utilizing Electric Fields, Efas Ablates Surface Oxides And Facilitates Controlled Diffusion At Lower Temperatures, Allowing For Precise Bonding Without Additional Interfacing Materials, Counteracting The Risks Of Galvanic Corrosion Effectively. The Process Achieves Bonding Without The Need For Bulky Mechanical Fasteners, Explosion Welding, Or Friction Stir Welding, Making It A Rapid And Efficient Alternative For Creating Bimetallic Couplings. key Advantages: facilitates The Joining Of Dissimilar Materials Efficiently. reduces The Need For Bulky Mechanical Fasteners, Lowering Space Requirements And Leak Potential. offers Precise Control Over Pressure And Temperature, Leading To Superior Bond Quality And Reproducibility. eliminates The Need For Consumable Materials, Setup Time, And Post-bond Processing Associated With Explosion Welding. more Environmentally Friendly And Safer Than Traditional Welding Methods. problems Solved challenges In Bonding Dissimilar Materials With Significantly Different Properties. high Cost And Complexity Of Traditional Bimetallic Fabrication Methods. limitations In Shape And Batch Size Associated With Friction Stir Welding And Explosion Welding. galvanic Corrosion Issues Arising From The Use Of Interfacing Materials. market Applications joining Aluminum To Stainless Steel Pipes In Various Industries, Eliminating The Need For Bulky Flanges. aerospace Industry For Joining Lightweight Aluminum Parts To High Strength Steels Without Bolts Or Fasteners. heat Transfer Applications, Benefiting From Aluminum's Conductivity And Stainless Steel's Toughness. heating And Cooling Coil Manufacturing, Where Cost Reduction Can Significantly Impact Market Competitiveness. development Status: Trl 5 us Provisional Patent Application No. 63/639,461, “methods For Forming Bimetallic Structures And Associated Structures,” Bea Docket No. Ba-1510 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.

Details: Inl Innovation Spotlight cyber Resilient Trade-off Evaluation (cyrte): Pioneering Strategy For Operational Technology Security cyrte Introduces A Groundbreaking Approach To Evaluate And Enhance The Cyber Resilience Of Operational Technologies (ot), Balancing Security Measures With Operational Integrity. overview: as Critical Infrastructure Increasingly Relies On Networked Control Systems, They Become Vulnerable To Sophisticated Cyber Threats. Traditional Cybersecurity Measures, While Necessary, Often Fall Short In Protecting Ot Systems Effectively. Cyrte Is Developed In Response To This Challenge, Providing A Resilience-informed, Ai-driven Process To Assess The Impact Of Cybersecurity Mitigations On The Operation And Stability Of Ot Systems. This Technology Is Essential For Evaluating Automated Responses In Advance Of Application, Leveraging The Power Of Software Defined Networks And Other Response Technologies That Can Nullify An Intrusion. Industries Where Operational Technology Is Critical, Such As Utilities, Manufacturing, And Transport, Will Be Benefited In Advancing Cyber Resilience, Especially In A Landscape Where Cyber Threats Are Rapidly Evolving And Becoming More Automated. description: cyrte Offers A Novel Methodology For Assessing Cyber-physical Interactions And Their Implications On Ot Systems. It Involves A Comprehensive Evaluation Of Potential Cybersecurity Mitigations And Their Effects On System Performance And Reliability. The Core Of Cyrte Is The Creation Of A "buzzer" Concept – A Unique Tool That Systematically Tests The Resilience Of Ot Systems Against Various Cyber-physical Response Strategies. This Includes The Development Of Digital Twins For Systemic Testing, Ensuring That Cybersecurity Measures Do Not Adversely Affect The Physical Operations Of The System Before Application. By Integrating This Approach Into Existing Engineering Workstations And Design Tools, Cyrte Enables A Holistic Understanding Of Communication Dependencies And Potential Impacts Of Cyber Responses. benefits: enhanced Cyber Resilience: Provides Robust Defense Against Sophisticated Cyber Threats. operational Integrity: Ensures That Cybersecurity Measures Do Not Compromise System Functionality. innovative Assessment Tool: The "buzzer" Concept Uniquely Evaluates Cyber-physical Responses. systemic Testing: Utilizes Digital Twins For Safe And Comprehensive Testing Scenarios. industry Versatility: Applicable Across Various Sectors Reliant On Operational Technologies. applications: critical Infrastructure Systems Like Power Grids, Water Treatment Facilities, And Transportation Networks. manufacturing And Industrial Control Systems. utilities And Energy Sector, Including Nuclear And Renewable Energy Plants. chemical And Process Industries. research And Development In Cybersecurity For Operational Technologies. development Status: technology Readiness Level (trl) 2: Technology Concept And/or Application Formulated. ip Status: us Patent Application No. 18/465,852, “cyber Resilient Trade-off Evaluation Systems For Operational Technology Environments, Including Related Methods And Computer Readable Media,” Bea Docket No. Ba-1407. 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.

Details: Description Request For Quotation Bid Solicitation No.: 20250106-02 The Iloilo State University Of Fisheries Science And Technology Main Campus (tiwi Site), Through The 2025 Fund 101 Invites Eligible Suppliers To Submit Quotation For The Following Project: Name Of Project: Purchase Of Ict Supplies For The 1st Quarter Fy 2025 Abc: Php170,483.67 Contract Duration: 30 Cd Item No. Qty Unit Articles And Description 1 15 Pc Keyboard 2 20 Pc Mouse ( Optical, Usb Connection Type ) 3 20 Pc Extension Cord (3 Outlets/ Gang) 4 15 Pc Flash Drive ( 16 Gb ) 5 5 Pc Flash Drive (1tb, Shock Proof ) 6 15 Pc Flash Drive ( 2 Gb) 7 15 Pc Flashdrive (8gb) 8 15 Pc Mouse ( Wireless ) 9 5 Pc Power Supply 10 6 Pc External Hard Drive (1tb, 2.5" Hdd, Usb 3.0 ) 11 20 Pc Mousepad 12 5 Pc Memory Card ( Sd Card, 32 Gb ) 13 1 Unit Digital Voice Recorder With Built In Usb Connection, Record Linear Pcm (wav) & Mp3 Formats Onboard Stereo S-microphone System Internal 4gb Memory & Microsd Expansion, Up To 1.073 Hours Of Recording Time 14 10 Pc Hdmi (male To Male Cord ) 15 10 Pc Hdmi Adapter (laptop And Desktop ) 16 8 Pc Hdmi To Vga Adapter 17 6 Pc Usb To Hdmi Adapter 18 5 Pc Usb To Vga Adapter 19 3 Pc External Drive (1tb, Shock Proof ) 20 20 Pc Universal Socket Adapter 21 3 Pc Memory Card ( Sd Card, 1tb , Video) 22 2 Pc Solid State Drive (ssd ) 500gb 23 10 Pc Usb Extension Port ( 5 -in-1 ) 24 5 Pc Wireless Usb Adapter 25 3 Pc Hdmi (male To Male Cord ) (5 Meters) 26 3 Pc Presentation Clicker 27 1 Pc Ethernet Switch (8 Port) 28 2 Pc Hub / Switches (8 Port) The Significant Requirements, Places, Times And Deadlines Of Procurement Activities Are Shown Below: 1. Issuance Of Rfq (downloadable At Philgeps): January 7, 2025 2. Deadline For Submission & Receipt Of Quotation: January 10, 2025 @ 10:00am 3. Opening Of Rfq: January 10, 2025 @ 10:15am 4. Prospective Bidders Should Submit The Following Documents Together With Their Quotation: A. Philgeps Certificate Of Registration B. Business/mayor’s Permit C. Sec/dti Registration D. Tax Clearance Certificate E. Omnibus Sworn Statement F. Bir Certificate Of Registration 5. Bac Will Cater Suppliers Within Iloilo Or With Offices Within Iloilo Only. Further, The Bac Will Not Consider Discounts Upon The Offered Bid In The Bid Form/rfq, Except If The Distribution Of The Amount Discounted Is Reflected On The Bidder’s Tender/rfq And Detailed Estimates. The Representative Must Present The Original Special Power Of Attorney (spa). The Isufst Main Tiwi Site Reserves The Right To Accept Or Reject Any Bid And To Annul The Bidding Process Any Time Before The Contract Award Without Incurring Any Liability To The Affected Bidders And Bidder. Approved By: Lilibeth B. Petrescu, Mbm Chairman, Bids And Awards Committee

Details: 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.

Details: 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.

Details: Inl Innovation Spotlight innovative Data Concealment For Secure Ai Research: The Diod Methodology the Diod Methodology Offers A Groundbreaking Approach To Share Critical Data For Ai Research, Ensuring Confidentiality While Maintaining Data Utility. overview: in The Era Of Big Data, It Is Crucial To Share Information Across Platforms And Organizations For Innovation, Especially In Fields Like Ai Research. However, The Risk Of Sensitive Data Being Reverse-engineered Or Compromised Poses A Significant Challenge. Traditional Data Anonymization Techniques Often Fall Short, Either By Limiting Data Utility Or Failing To Fully Protect Against Data Breaches. the Diod (deceptive Infusion Of Data) Methodology Emerges As A Solution, Particularly Relevant For Industries Where Data Sharing Is Essential Yet Risky, Such As Defense, Healthcare, And Energy. Its Market Potential Is Vast, Considering The Increasing Reliance On Ai For Materials Discovery, Energy Optimization, And Security. description: the Diod Methodology Is An Innovative Approach To Data Sharing That Successfully Hides The Identity Of The System From Which Data Originates, While Still Maintaining The Functional Dependencies Required For Ai Research. It Employs A Non-invertible Process To Introduce Deception Into The Data, Ensuring The Confidentiality Of The Original System's Governing Laws. Unlike Traditional Methods That Can Often Degrade Data Quality Or Provide Incomplete Protection, Diod Preserves The Crucial Correlations Needed For Ai Analysis. This Enables Researchers To Utilize The Data Without Jeopardizing The Exposure Of Proprietary Information. benefits: enhanced Security: Enables Data Sharing While Protecting Sensitive System Information. preserved Data Utility: Maintains Crucial Correlations And Functional Dependencies For Ai Research. scalability: Provides An Efficient Solution For Different Data Sizes And Types. compatibility: Applicable Across Various Scientific And Industrial Sectors Without Compromising Data Integrity. innovation In Anonymization: Represents A Significant Advancement Beyond Traditional Data Protection Methods Such As K-anonymity And Encryption. applications: defense And Military: Facilitating Secure Sharing Of Data Related To New Technologies, While Maintaining The Confidentiality Of Critical Information. healthcare: Enabling The Sharing Of Patient Data For Research Purposes, While Ensuring The Full Protection Of Personal Information. energy Sector: Facilitating The Exchange Of Data On Energy Generation And Storage Innovations, While Safeguarding Proprietary Processes. ai And Machine Learning Research: Providing Benchmark Datasets For The Development And Testing Of Ai Algorithms, Without Any Concerns Regarding The Origin Of The Data. development Status: technology Readiness Level (trl) 1: Basic Principles Observed And Reported. ip Status: provisional Patent Filing No. 63/515,835, “systems And Methods For Objective Management,” Bea Docket No. Ba-1494. 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.

Details: Advanced Bonding Method For Heterogeneous Systems an Advanced Method For Seamlessly Bonding Similar And Dissimilar Materials, Maintaining Grain Structure To Minimize Disruptions At The Bond Interface And Enhancing Material Properties And Integrity. the Challenge: in The High-stakes Realms Of Aerospace, Electronics, And Nuclear Industries, The Integrity Of Material Bonds Can Mean The Difference Between Success And Catastrophic Failure. Traditionally, Bonding Similar And Dissimilar Materials Often Involves Using Interlayers Or Powders, Which Unfortunately Creates Visible Bond Lines That Can Become Points Of Weakness. Researchers At Inl Have Pioneered A Groundbreaking Method To Achieve Bonding Of Dissimilar Materials Through A Multi-stage Sintering Process. how It Works: this Innovative Bonding Method Is Much Less Energy Intensive Relative To Other Diffusion Welding Type Technologies. The Process Also Eliminates The Need For Additional Interface Materials To Achieve Material Bonding. It Removes The Weaknesses Associated With Visible Bond Lines, Providing A Stronger, More Reliable Bond For A Range Of Materials Including Ceramics, Metals, And Various Combinations. The Method Has Been Demonstrated Using Electric Field Assisted Sintering (efas) Technologies, But It Is Adaptable For Use With Multiple Sintering Technologies, Offering Flexibility Across Different Manufacturing Contexts. key Advantages: enhanced Durability: Bonding Without Visible Bond Lines Significantly Reduces Potential Failure Points, Resulting In Stronger And More Reliable Materials. energy Efficiency: When Coupled With Electric Field Assisted Sintering, The Method Reduces Processing Time By An Order Of Magnitude Vs. Hot Press, Providing An Eco-friendly Alternative To Traditional Methods versatility: The Technology Is Applicable Not Only In Efas Furnaces But Can Also Be Adapted For Hot Press, Hot Isostatic Press, And Conventional Box Or Tube Furnaces. no Additional Materials Needed: Eliminates The Use Of Interlayers Or Powders, Reducing Material Costs And Complexity In The Bonding Process. improved Material Properties: Bonding Partially Sintered Materials Allows For Increased Deformation At The Bonding Interface, Enhancing Overall Quality Of The Bond. problems Solved elimination Of Detectable Grain Structure Alterations (bond Lines) At The Interface, Which Can Lead To Inferior Material Properties. addresses Limitations In Bonding Dissimilar Materials reduced Energy Consumption Relative To Traditional Bonding Methods capable Of Joining Materials With Complex Geometries market Applications electronics Manufacturing For Enhanced Component Durability nuclear Industry For Improved Material Reliability Under Extreme Conditions aerospace Industry For Stronger Structural Materials manufacturing Of Ceramics With Complex Shapes And High Strength Requirements development Of Composite Materials With Superior Mechanical Properties development Status: Trl 6 us Provisional Patent Application No. 63/593,137, “methods Of Bonding Of Similar And Dissimilar Materials And Related Articles,” Bea Docket No. Ba-1444 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.

Details: The Us Air Force, Through The Air Force Nuclear Weapons Center (afnwc), Is Hosting A No-cost Industry Day In Support Of The Long Range Stand Off (lrso) Carriage Equipment (ce) Program's Mission On The B-52 Weapon System. The Purpose Of This In-person, Two-day Event Is To Provide Industry Information On Arising Priorities. Day 1 Will Focus On An Overview Of The Program And An In-person Look At A B-52 Pylon. Time Permitting, The Government Will Begin One-on-one Sessions. Day 2 Will Be Dedicated To 30-minute, One-on-one Sessions With Industry. This Event Is Limited To The First Ten (10) Contractors To Register, Due To Capacity. Each Registered Contractor Is Allowed Three (3) Personnel To Attend. the Government Will Announce The Order Of One-on-one Sessions At The Event. The Government Will Not Cater To Time Preference With Respect To The One-on-one Scheduling. Please Only Register For The Industry Day If Your Company Can Attend Both Days Of The Event.registration Confirmation, Or Notification Of The Event Being Full, Will Be Issued Within 2 Business Days Of The Registration Email Being Sent To The Government Pocs. If You Do Not Receive An Email Response Within Those 2 Business Days, Please Follow Up. industry Day Government Pocs: 1. Randy Hoffman - Randy.hoffman.3@us.af.mil 2. Capt Alyssa Hurst - Alyssa.hurst@us.af.mil registration Requirements Due No Later Than 9 January 2025 At 1600 Cst: 1. Email Industry Day Pocs (listed Above) With The Subject Line: "lrso/ce Industry Day Registration" The Following Information: A. In The Body Of The Email, Please Include: I. Company Name: Ii. Unique Entity Id (uei) And Commercial And Government Entity (cage) Code: Iii. Business Size (large Or Small) And Socio-economic Status: Iv. Participate 1 Name & Title: V. Participant 1 Email Address: Vi. Participant 1 Phone Number: Vii. Participate 2 Name & Title: Viii. Participant 2 Email Address: Ix. Participant 2 Phone Number: X. Participate 3 Name & Title: Xi. Participant 3 Email Address: Xii. Participant 3 Phone Number: B. As An Attachment To The Email, Please Include: I. Completed Dd Form 2345 Ii. A 2-page, Maximum, Capabilities Statement. event Information: Date: January 29-30, 2025 Time: Day 1 (january 29): 0830 -1600 Pst Check-in Begins At 0800 Pst And Will End At 0815 Pst Day 2 (january 30): 0830 - 1600 Pst Check-in Begins At 0800 Pstand Will End At 0815 Pst Location: The Aerospace Corporation 210 S. Douglas St. El Segundo, Ca 90245 agenda For Day 1: registration And Check-in introductions b-52 Lrso Carriage Equipment Overview pylon Inspection pylon/pylon Loading Adapter Scope Overview questions And Answers time Permitting, One-on-one Sessions agenda For Day 2: check-in one-on-one Sessions disclaimer: this Industry Day Notice Is Not A Request For Proposal (rfp) Or An Invitation For Bid, Nor Is It To Be Construed As A Commitment By The Government. The Government Does Not Intend To Make An Award Based On This Industry Day Or Otherwise Pay For The Information That Will Be Received. The Lrso/ce Industry Day Is For Industry Engagement And Market Research Purposes Only.