Fabrication Tenders

Details: Titanium-tantalum Alloy Manufacturing For Biomedical And Engineering Applications an Innovative Electrochemical Process Delivering Cost-effective, Sustainable Solutions For Alloy Coatings And Bulk Manufacturing Directly From Metal Oxides. the Challenge traditional Methods For Manufacturing Titanium-tantalum Alloys Rely On Energy-intensive Melting Or Complex Powder Metallurgy (pm) Processes. These Approaches Are Time-consuming, Expensive, And Generate Significant Material Waste, Particularly From Degraded Components Exposed To Corrosive Environments During Production. As Demand For Advanced Biomedical Materials And High-performance Alloys Grows, The Industry Faces Pressure To Innovate Cost-effective And Sustainable Manufacturing Technologies. how It Works this Groundbreaking Process Utilizes The “contact Electrode” Concept To Synthesize Titanium-tantalum Alloys Directly From Tantalum Oxide: direct Electrochemical Reduction: Tantalum Oxide Is Electrochemically Reduced In Molten Calcium Chloride, Releasing Oxygen Ions To The Electrolyte. in Situ Alloy Formation: The Reduced Tantalum Reacts Chemically With A Titanium Current Collector To Form The Alloy During The Reduction Process. versatility: The Method Is Applicable To Both Alloy Coatings And Bulk Alloys, Supporting A Wide Range Of Manufacturing Needs. low-waste Approach: Unlike Traditional Methods, The Current Collector Is Intentionally Incorporated Into The Final Alloy, Eliminating Waste And Maximizing Material Use. key Advantages cost Efficiency: Simplifies Manufacturing By Eliminating Intermediate Processing Steps, Reducing Time And Energy Consumption. material Versatility: Enables Synthesis Of Advanced Engineering Alloys Directly From Oxide Precursors. sustainability: Converts Degraded Current Collectors Into Valuable Alloy Materials, Reducing Industrial Waste. scalability: Offers Potential Integration With Additive Manufacturing (am) Techniques For Near-net-shape Production. biomedical Potential: Titanium-tantalum Alloys Are Ideal For Applications Such As Implants, Thanks To Their Biocompatibility And Corrosion Resistance. market Applications biomedical Devices: Manufacturing Biocompatible Titanium-tantalum Alloys For Implants And Prosthetics. metal And Structural Materials: Producing High-performance Alloys For Aerospace, Automotive, And Defense Applications. corrosion-resistant Coatings: Creating Durable Alloy Coatings For Industrial Equipment. additive Manufacturing Integration: Fabricating Near-net-shape Alloy Components For Advanced Engineering Applications. inl’s Technology Deployment Department Focuses Solely On Licensing Intellectual Property And Collaborating With Industry Partners Who Can Commercialize Our Innovations. we Do Not Engage In Purchasing, Procurement, Or Hiring External Services For Technology Development. Our Objective Is To Connect With Companies Interested In Licensing And Bringing Our Technologies To Market.

Details: Efficient Additive Manufacturing For Advanced U-x Nuclear Fuel Alloys revolutionizing Nuclear Fuel Production With A Streamlined, Cost-effective Additive Manufacturing Process For U-x Alloys. the Challenge fabricating U-x Compounds Like U3si2 And U-mo Alloys For Nuclear Applications Is Plagued By Inefficiencies And High Costs. Traditional Methods Require Multiple Processing Steps, Such As Powder Fabrication, Pressing, And Sintering, All Of Which Introduce Production Delays And Increased Safety Concerns. Moreover, The Reliance On Uranium Metal And Conventional Techniques Creates Additional Hazards And Regulatory Challenges, Impeding Commercial Scalability And Adoption. how It Works this Patented Technology Employs A Laser Engineered Net Shaping (lens) Additive Manufacturing Process To Directly Fabricate U-x Alloys And Compounds: precision Deposition: The Lens System Uses A Localized Melt Pool To Blend Multiple Powder Sources, Ensuring Uniform Chemical Composition And Properties. versatility: The Method Accommodates Gas/solid And Solid/solid Reactions, Enabling The Production Of Various Fuel Types, Including Monolithic And Dispersive Metallic Fuels. minimized Variability: Controlled Deposition Minimizes Absorptance Fluctuations, Ensuring Consistency In Material Properties. simplified Workflow: This Eliminates Intermediate Steps Such As Powder Preparation And Pressing, Directly Converting Uranium Precursors Like Uf4 Into Finished Fuel Forms. key Advantages reduced Complexity: Eliminates Multiple Traditional Steps, Streamlining The Manufacturing Process. lower Costs: Avoids The Need For Uranium Metal, Reducing Material Costs And Associated Security Requirements. enhanced Safety: Minimizes Hazards By Replacing Traditional Powder Metallurgy With Additive Techniques. improved Thermal Conductivity: Facilitates The Production Of Accident-tolerant Fuels Like U3si2, With Superior Thermal Performance Compared To Uo2. customizable Fuel Designs: Enables Precise Control Over Alloy Composition, Supporting Tailored Solutions For Diverse Reactor Needs. market Applications commercial Nuclear Reactors: Fabrication Of U3si2 As A Next-generation Accident-tolerant Fuel For Light Water Reactors. research Reactors: Production Of Low-enriched Uranium Fuels, Such As U-mo Monolithic And Al-matrix Dispersive Fuels, Essential For Scientific Research And Isotope Production. defense And Space Applications: Advanced Nuclear Fuels For Specialized Reactors In Defense And Space Exploration. inl’s Technology Deployment Department Focuses Solely On Licensing Intellectual Property And Collaborating With Industry Partners Who Can Commercialize Our Innovations. we Do Not Engage In Purchasing, Procurement, Or Hiring External Services For Technology Development. Our Objective Is To Connect With Companies Interested In Licensing And Bringing Our Technologies To Market.

Details: Sources Sought Special Notice 2025 nasa Ames Research Center (arc) Is Seeking Partners Interested In Developing Competitive Proposals In Response To Nasa Announcements Of Opportunity (aos), Broad Agency Announcements (baas), Missions Of Opportunity (moos) And Proposal Calls From Other Government Agencies. Arc Is Interested In Identifying Potential Partners That Can Perform Science Investigations, Conduct Research Activities, And Develop And Demonstrate New Technologies That Are Aligned With Nasa’s Goals. Information Is Also Sought Regarding Partners That, In Addition To Performing Substantial Research, Can Provide Flight Hardware (i.e., Spacecraft, Deployment Systems, Suborbital Systems, Ground Support Systems, Equipment, Or Instrumentation) Necessary To Implement Proposed Science Investigations, Research Activities Or Technology Demonstration Missions. nasa Often Competitively Selects Scientific Investigations, Technology Development And Demonstration Missions Through Solicitations Or Announcements Posted On Nspires Http://nspires.nasaprs.com/external. These Missions Are Typically Led By A Single Principal Investigator (pi), Principal Technologist (pt), Or Project Manager (pm). The Pi, Pt, Or Pm May Be From Government Or Non-government Institutions, Including Academic Institutions, Industry, Or Nonprofit Entities, One Of Nasa’s Nine Field Centers, Nasa’s Jet Propulsion Laboratory (jpl), Other Federally Funded Research And Development Centers, Or Other U.s. Government Agencies. Mission Teams May Be Formed From Any Combination Of These Institutions Including International Partners. Arc May Respond To An Ao Or Other Proposal Calls In Either A Lead Or Supporting Role. arc Has A History Of Responding To A Wide Variety Of Nasa Aos Including: planetary Exploration Aos From The Nasa New Frontiers Program (https://www.nasa.gov/planetarymissions/newfrontiers.html), The Nasa Discovery Program (https://science.nasa.gov/solar-system/programs/discovery), And The Nasa Simplex Program (https://soma.larc.nasa.gov/simplex/); Various Aos From The Nasa Explorers Program (https://explorers.gsfc.nasa.gov) Including Midex, Smex, And Missions Of Opportunity (moo); And Research Opportunities In Space And Earth Sciences (roses) Calls. Arc Anticipates Responding To Current And Future Aos In These And Other Areas As Well. a Full Description Of Current, Future, And Past Calls For Proposals From Smd, Stmd, Esdmd, Somd, And Armd At Nasa Headquarters Can Be Found At Http://nspires.nasaprs.com/external. this Synopsis/special Notice Is Posted Annually In Anticipation Of Upcoming Aos And May Have Subsequent Specific Updates As Arc Seeks Partners For Specific Proposal Opportunities. Arc Is Currently Considering Responding To Aos From Nasa's Science Mission Directorate (smd), Space Technology Mission Directorate (stmd), Space Operations Mission Directorate (somd), And Exploration Systems Development Mission Directorate (esdmd). current Nspires Aos To Which Arc May Be Interested In Responding Are Listed Below By Nasa Mission Directorate. Arc Is Interested In Responding To Future Nspires Aos And Aos From Other Sources, Such As Nsf, Nih, And Others Within The Next Several Years. responses From Prospective Partners Are Encouraged Even If A Particular Solicitation Is Not On The List Below. Arc Typically Begins Many Of Its Efforts In Response To Planned Or Anticipated Future Aos 18 To 36 Months In Advance Of The Release Of The Draft Ao. specific Opportunities Of Interest From The Science Mission Directorate forthcoming Release Of The Research Opportunities In Space And Earth Sciences (roses) 2025: solicitation: Nnh25zda001n (full List Of Opportunities Released On 2/14/25) note: There Are A Number Of Independent Solicitations Under This Announcement. Of Particular Interest To Ames Are Those Associated With: Earth Sciences, Heliophysics, Astrophysics (e.g., Astrophysics Pioneers), Space Biology, Instruments (e.g., Life Detection), Payloads And Research Investigations On The Surface Of The Moon (prism), Planetary Instrument Concepts For The Advancement Of Solar System Observations (picasso), Maturation Of Instruments For Solar System Exploration (matisse), And The Development And Advancement Of Lunar Instruments (dali). forthcoming Release Of The Astrophysics Smex Announcement Of Opportunity: solicitation: Tbd (expected Ao Release Fy2025 Q2) forthcoming Release Of The Earth Venture X Announcement Of Opportunity: solicitation: Tbd (expected Ao Release Fy2026 Q1) forthcoming Release Of The Heliophysics Midex Announcement Of Opportunity: solicitation: (expected Ao Release Fy2025 Q4) forthcoming Release Of The New Frontiers 5 (nf5) Announcement Of Opportunity: solicitation: Tbd (expected Ao Release Fy2026 Q3) responses To This Notice responders To This Notice Are Encouraged To Submit Questions To The Identified Poc In Writing. Pertinent Information From Questions And Answers Will Be Shared With All Interested Parties Without Disclosing The Identity Of The Sources Of The Questions. Responses To This Notice May Be Submitted At Any Time. However, Arc Reserves The Right To Complete Its Evaluation Of Responses In A Time Frame Necessary To Support Timely Submission Of An Arc Proposal To A Particular Opportunity. responses To This Notice Will Not Be Returned. All Responders To This Notice Should Be Aware That Nasa Support Service Contractors May Have Access To Their Responses To This Notice And Subsequent Proposal Information. All Information Received In Response To This Notice That Is Marked ‘proprietary' Will Be Handled And Protected Accordingly. Nasa Support Service Contractors Are Obligated To Protect Third-party Proprietary Information. By Submitting A Response To This Notice, The Responder Is Deemed To Have Consented To Release Of Proprietary Information To Such Nasa Support Service Contractors. this Synopsis Is For Information And Planning Purposes And Is Not To Be Construed As A Commitment By The Government, Nor Will The Government Pay For Information Solicited. Submitted Responses Will Be Maintained For Possible Future Opportunities For 3 Years After Receipt. of The Current And Upcoming Nasa Ao Calls Described Above, Responders To This Notice Should Identify Which Announcement(s) Are Appropriate For Their Capabilities. However, Responses May Be Considered For Partnering For Any Of The Opportunities Listed Above, Or Other Future Opportunities. Additional Information May Be Requested To Determine Potential Partnering Relationships. Responses To This Sources Sought Notice Should Include Brief Summaries Of The Following Information As Relevant (responses Only Need To Address The Elements On Which They Desire To Partner): 1. Spacecraft Systems Including Bus And/or Subsystems: 1) Describe Spacecraft, Bus, And/or Subsystem Mission Element Capabilities The Responder Has To Offer. 2) Identify Particularly Critical Or Challenging Areas That Have Been Overcome In Previous Work. 3) Identify Spacecraft, Bus, And/or Subsystem Relevance And Compliance To The Applicable Mission Class (class A, B, C, Or D As Defined By Npr 7120.5). 4) Discuss Current Capabilities For Integration And Test (i&t) Flow Of The Spacecraft, Bus And/or Subsystem(s). 5) List The Skills Available To Support A Spacecraft Or Subsystem(s) Through All Mission Phases. 6) Identify Responder's Support Facilities For A Spacecraft And/or Subsystem(s); E.g., Fabrication, I&t, Storage, Etc. 7) Indicate The Resources (skills And Time) That Would Be Allocated To The Potential Proposal Development Phase. 2. Payload, Instrumentation Or Subsystems, Including Drill, Excavator/probe, And Sample Transfer Systems (one Or Multiple): 1) Address Payload, Instrumentation And/or Subsystem(s) Mission Element Capabilities The Responder Has To Offer. 2) Identify Particularly Critical Or Challenging Areas That Have Been Overcome In Previous Work. 3) Identify Payload, Instrumentation, And/or Subsystem Relevance And Compliance To The Applicable Mission Class (class A, B, C, Or D). 4) Discuss Current Capabilities For Integration And Test (i&t) Flow For The Payload(s), Instrumentation, Or Subsystem(s). 5) List The Skills Available To Support A Payload Through All Mission Phases. 6) Identify Responder's Support Facilities For Payload(s); E.g., Fabrication, I&t, Storage, Etc. 7) Indicate The Resources (skills And Time) That Would Be Allocated To The Potential Proposal Development Phase. 3. Payload Delivery Capability To Planetary Surfaces: 1) Describe The Planetary (moon, Mars, Etc.) Payload Delivery Capability For Entry, Descent, And Landing. 2) Describe The Payload Accommodation Aspects Of The Delivery Capability (e.g., Payload Mass, Volume, Power) And Any Relevant Performance Considerations; E.g., Dependence On Landing Altitude. 3) Indicate Any Special Aspects Of The Capability That Might Be Relevant To Nasa Missions. 4) Discuss Relevant Spacecraft Development And Operations Capabilities That The Proposer Has To Offer. 5) Discuss Current Capabilities For Integration And Testing Flow For The Spacecraft And Payload(s). 6) Identify Support Facilities (fabrication, I&t, Storage, Etc.) Available For Spacecraft And/or Payload(s). 7) List The Skills Available To Support The Delivery Capability Through All Mission Phases. 8) Indicate The Resources (skills And Time) That Would Be Allocated To A Potential Proposal Development Phase. 4. Scientific Concepts, Technology Demonstration Concepts Or Mission Architecture: 1) Provide A Research Topic Or Mission Concept Related To The Particular Solicitation Of Interest And Why The Topic Is Relevant To The Solicitation. 2) Provide An Overview Of The Mission Concept. (3) Identify Existing Or Proposed Partners, Their Role, The Role Of The Responder's Organization, And The Role Of Nasa Ames In The Proposed Mission. 4) Identify The Rough Order Of Magnitude (rom) Cost For The Mission Concept. 5) Address Mission Element Capabilities The Responder Has To Offer. 6) Indicate The Resources (skills And Time) That Would Be Allocated To The Potential Proposal Development Phase. 5. Integration With Launch Services: 1) Address Secondary Launch System Capabilities And Launch Dispensing Systems For The Spacecraft Systems The Responder Has To Offer. 2) Identify Particularly Critical Or Challenging Areas That Have Been Overcome In Previous Work. 3) Discuss Current Capabilities For Integration And Test (i&t). 4) Identify The Rough Order Of Magnitude (rom) Cost. 5) Identify Responder's Support Facilities For The Launch And Dispenser Integration. 6) Indicate The Resources (skills And Time) That Would Be Allocated To The Potential Proposal Development Phase. for The Purposes Of Determining Potential Partnership Opportunities, Arc Will Evaluate The Responses Received Based On Alignment With The Agency's Goals, Compliance With The Announcement Requirements, Feasibility And Suitability Of The Concept, And/or And Its Alignment And/or Complementary Nature With Ames' Interests And Capabilities. The Criteria For Consideration Are Listed Below: ability To Work As Part Of A Government-industry Team That May Include Other Industrial Partners, Academia, And/or International Partners. innovative Technical And Partnering Approaches That Could Be Used To Minimize Cost And/or Schedules Without Increasing Overall Mission Risk. history Of Delivering Spacecraft, Payloads, Or Instruments With Proven Technical And Cost Performance. Also, If Applicable, Depth Of Experience In Spacecraft Bus And/or Payload Management/development, Including But Not Limited To: Systems Engineering, Bus And/or Payload Fabrication And Test, Subcontract Management, Quality Management, Safety Management, Materials And Processes/contamination Control, Payload Integration And Test Support, Observatory Functional And Environmental Testing, Shipment To The Launch Site, Launch Vehicle Integration Support, Preparations For And The Conduct Of Launch And Early Orbit Checkout Operations, On-orbit Operation Support, And Sustaining Engineering Support Including Flight Software Maintenance. prior To Final Selection As A Partner, Respondents May Be Required To Provide Documentation Of Demonstrated Cost, Schedule And Technical Performance As Well As Participate In An Industry Day Event And Associated Activities Should One Be Exercised By Arc. in Order To Receive Consideration Respondents Must Submit A Brief Response That Includes The Information Requested In This Notice, Including Answers To The Relevant Questions Listed Above For Each Proposed Partnership. For Each Proposed Partnership, The Response Should Specify The Type Of Partnership The Responder Is Interested Pursuing, Including Specific Opportunities If Known And Highlighting Work Performed. the Following Requirements For The Response Must Also Be Met: the Response Must Include: the Name, Physical Address, And Website Of The Company Or Organization a Company Point Of Contact (poc) Who Can Answer Questions From Nasa Arc address, Email, And Phone Number Of The Company Poc the Response Must Not Exceed 10 Pages (arial Font Not Smaller Than 12-point) For Each Proposed Partnership. send Responses In Pdf Format By Email To Arc-sources-sought@mail.nasa.gov include The Synopsis Number And Company Name In Subject Line Of The Email Response. note: The Response Will Be Maintained For Three Years After Receipt. if Yours Is A Commercial Firm, Your Response Must Also Include: Size Of Business And Number Of Employees; Average Annual Revenue For Past 3 Years; Ownership - Large, Small, Small Disadvantaged, 8(a), Hubzone, And/or Woman-owned And Whether The Company Is U.s. Or Internationally Owned; Number Of Years In Business; And Affiliate Information: Parent Company (u.s. Or International), And Joint Venture Potential Teaming Partners (prime Contractor If Potential Sub, Or Subcontractors If Potential Prime). this Notice Should Not Be Construed As A Solicitation; Therefore, Please Do Not Request A Copy Of A Solicitation. It Is The Responder's Responsibility To Monitor Fedbizopps For Any Changes To This Notice. pointof Contact new Opportunities Center, Arc-sources-sought@mail.nasa.gov

Description: The Work Of Miscellaneous Fabrication And Erection Of Walkway, Platform And Hand Railing And Replacement Of M.s. Pipe Lines Etc. In Unit No.3 To 5 Of Ash Plant At Gtps On As And When Required

Description: Tender For Only Labour Charge Of Fabrication Work (with All Fabricated Items) From M.s.raw Material As Per Pgvcl Specification Under Bhavnagar City-i Division.(rate Contract)

Details: This Sources Sought Announcement For Rfp W912dw25rxxxx (tbd) Albeni Falls Dam Spillway Gates Replacements Is For Informational And Market Research Purposes Only. This Is Not A Request For Proposals, Quotations, Or Bids, Nor A Synopsis Of A Proposed Contract Action Under Far Subpart 5.2. The Proposed Action Is Anticipated To Be Issued As A Supply, Firm-fixed Price Contract. The Type Of Solicitation To Be Issued Will Depend Upon Information Received In Response To This Sources Sought Announcement. No Reimbursement Will Be Made For Any Costs Associated With Providing Information In Response To This Sources Sought Announcement Or Any Follow-up Information. The Proposed Project Is Anticipated To Be A Competitive, Firm-fixed-price Contract To Be Procured In Accordance With The Federal Acquisition Regulation (far) Part 15 (contracting By Negotiation), Using The Tradeoff Process To Acquire Gates In The Most Expeditious Manner Possible. responses To This Sources Sought Announcement Will Be Used By The Government To Make Appropriate Acquisition Decisions. No Solicitation Is Currently Available. This Is Not A Request To Be Placed On A Solicitation Mailing List And Is Not To Be Construed As A Commitment By The Government. The Results Of This Survey Will Be Considered To Be In Effect For A Period Of One Year From The Date Of This Notice. The Purpose Of This Sources Sought Announcement Is To Gain Knowledge Of Potentially Qualified Small Business, 8(a), Woman Owned Small Business, Service-disabled Veteran Ownedsmall Business, And Hubzone Contractor Sources; As Well As Their Size Classifications Relative To The Naics Code Is 332312, Fabricated Metal Product Manufacturing, Psc Code Is 9640, Iron And Steel Primary And Semifinished Products And Small Business Size Standard 500 Employees. Depending Upon The Responses Associated With The Business Categories Listed Above, The Solicitation Will Either Be Set Aside In One Of Those Categories Or Be Issued As Unrestricted And Open To Both Small And Large Businesses. After Review Of The Responses To This Announcement And If The Government Still Plans To Proceed With This Project; A Separate Solicitation Announcement Will Be Published On Sam.gov (www.sam.gov). Responses To This Announcement Are Not An Adequate Response To Any Future Solicitation Announcement. background: the Seattle District, U.s. Army Corps Of Engineers Has A Requirement To Replace Existing Steel Spillway Gates At Albeni Falls Dam (afd), Oldtown Idaho. Afd Is A Concrete Gravity Structure Consisting Of Two Main Sections, The Spillway And Powerhouse. The Spillway With A Total Of 10 Spill-bays, Which Are Controlled By 32 Feet High By 41 Feet Wide Vertical Steel Lift Gates. These Gates Consist Of An Upper And Lower Leaf. One Additional Gate Is Available With Each Leaf Being Stored At The Top Of A Maintenance Slot To Be Used During Emergencies Or When Maintenance Is Required On Another Gate. The Gates Underwent Inspection In 2012 Which Identified Repairs And Maintenance That Were Needed To Ensure That The Gates Are In Good Operating Condition. A Contract Was Awarded In 2022 For The Repair And Maintenance Of The Gates. However, The Rehabilitation Efforts Will Be Stopped After The Return Of The First Rehabilitated Gate Has Been Returned To The Dam. The Project Is Seeking To Fabricate Replacement Gates. Replacement Spillway Gates Components Include: 1. Fabricate Minimum Five (5) And Maximum Eleven (11) New Vertical Lift Steel Spillway Gates Offsite Including Paint, Non-destructive Testing (ndt), Seals And Seal Heaters, Cathodic Protection, Wheels, Dogging And Latching Mechanisms. 2. Fabricate Two (2) New Lifting Beams For New Spillway Gates. Including Paint, Ndt, And Three (3) Electric Gear Motor Driven Actuators For Latching And Dogging Mechanisms On Lifting Beam And Gates. 3. Mobilize/demobilize A Crane To Transition Each Leaf Of The Gate(s) To A Designated Location In The Vertical Position For The Operating Project To Transfer And Install The Gate Into The Designated Slot With The Project Intake Gantry Cranes. Provide Fixture To Hold Gate Leaf In Vertical Position. 4.retrieve The Existing Gates From The Designated Location For Removal And Disposal Of The Existing Spillway Gates. 5. Verify The New Spillway Gate, Lifting Beam Equipment, And Electrical Features Are Properly Fitted And Tested. 6. Delivery Of New Fabricated Gates Need To Be Staged And Scheduled So That Usace Dam Operations Are Not Impacted. the Contract Solicitation And Award Is Planned In Fy26 For The First 5 Gates. The Remaining 6 Gates Will Be Optional Award Items To The Contract With Anticipated Award In The Subsequent Years. the Anticipated Naics Code May Be 332312, Fabricated Metal Product Manufacturing, However After The Results Of This Source Sought Have Been Consolidated And Analyzed, This Naics May Change Tonaics Code Is 237990, Other Heavy And Civil Engineering, Construction. requirements: interested Firms Should Submit A Capabilities Package, To Include The Following: 1. Firm's Name, Address, Point Of Contact, Phone Number, And Email Address. 2. Cage Code And Unique Entity Id (uei) Number. 3. Firm's Interest In Bidding On The Solicitation If Issued. 4. Business Classification: Small Business (sb), Small Disadvantaged Business (sdb), Woman Owned Small Business (wosb), Veteran Owned Small Business (vosb), Service Disabled Veteran Owned Small Business (sdvosb), Historically Underutilized Business Zone Small Business (hubzone), 8(a) Program, Other Than Small Business (large Business). 5. Firm's Joint Venture Information (if Applicable). 6. Response To The Attached Questions. all Interested Parties Who Believe They Can Meet The Requirements Are Invited To Submit, In Writing, Complete Information Describing Their Interest And Ability To Meet All Requirements Stated Above. Prior Government Contract Work Is Not Required For Submitting A Response To This Announcement. submit Responses Via Email To: Jeannette K. Patton, Contract Specialist, Jeannette.k.patton@usace.army.mil. responses Should Be Sent As Soon As Possible, But No Later Than 10:00 Am Pst, 29 April 2025. Subject Line: Afd Spillway Gate Replacements – Sources Sought Response all Interested Firms Must Be Registered In The System For Award Management (www.sam.gov) By Time Of Award And Remain Active For The Duration Of The Contract To Be Eligible For Government Contracts. the Poc For Small Business Assistance Isenshane Hill-nomoto Via Cenws-sb@usace.army.mil.

Details: Argon-based Magnetron Sputtering System For Sequential Deposition Of Metals. The Deposition Should Be Made With A Direct Current Method Over Up To 4” Wafer Area. The Deposition Should Also Be Conformal To Features Present On The Wafers. The Ideal System Will Be Employed For Academic Research And Located Within A Cleanroom Micro-fabrication Facility. Cpv: 38000000, 38000000.

Description: A Pressure Assembly Fabricated From Stainless Steel Tubing For A Cryogenic Application In Vacuum For Mast-u

Description: A Pressure Assembly Fabricated From Stainless Steel Tubing For A Cryogenic Application In Vacuum For Mast-u

Description: A Pressure Assembly Fabricated From Stainless Steel Tubing For A Cryogenic Application In Vacuum For Mast-u