TECHNOLOGY LICENSING OPPORTUNITY: UltraSep Acoustic Separation Platform

Location: New Mexico
Posted: Jul 8, 2026
Due: Oct 1, 2026
Agency: ENERGY, DEPARTMENT OF
Type of Government: Federal
Category:
  • 99 - Miscellaneous
  • A - Research and development
Solicitation No: 26-22794
Publication URL: To access bid details, please log in.
Follow
TECHNOLOGY LICENSING OPPORTUNITY: UltraSep Acoustic Separation Platform
Active
Contract Opportunity
Notice ID
26-22794
Related Notice
Department/Ind. Agency
ENERGY, DEPARTMENT OF
Sub-tier
ENERGY, DEPARTMENT OF
Office
TRIAD - DOE CONTRACTOR
General Information
  • Contract Opportunity Type: Special Notice (Original)
  • Original Published Date: Jul 08, 2026 01:32 pm MDT
  • Original Response Date: Oct 01, 2026 05:00 pm MDT
  • Inactive Policy: Manual
  • Original Inactive Date: Jul 08, 2027
  • Initiative:
    • None
Classification
  • Original Set Aside: No Set aside used
  • Product Service Code:
  • NAICS Code:
  • Place of Performance:
    Los Alamos , NM 87545
    USA
Description

UltraSep continuously tracks system eigenfrequencies and locks ultrasonic output to resonance, ensuring maximum acoustic energy coupling and eliminating wasted off-frequency power. An autotuning algorithm adjusts the ultrasound frequency and amplitude to consistently maximize the separation efficiency in dynamic or inhomogeneous flows. Together, resonance locking and energy-per-removal optimization create a closed-loop, adaptive separation system that converts separation from a mechanically intensive process into a precision-engineered, low-energy acoustic platform.



Value Proposition



UltraSep is an intelligent ultrasonic separation platform that transforms solid–liquid separation through real-time eigenfrequency resonance locking and ultra-low power energy optimization. By dynamically matching ultrasonic output to system resonance while maximizing particulate removal per unit of applied energy, UltraSep replaces centrifugation and fouling-prone filtration with precision-controlled acoustic forces that significantly reduce power consumption, mechanical complexity, and operating cost while improving recovery performance. This integrated platform unites patented resonance-based acoustic control and energy-per-removal optimization with chemistry-enhanced separation and proprietary system software into a scalable, high-impact commercial technology.



Advantages




  • Resonance-locked acoustic excitation that maximizes acoustic coupling efficiency and eliminates off-frequency energy loss

  • Maximum particulate removal per applied energy through optimized ultrasonic field control

  • Integrated resonance tracking and energy optimization for adaptive, closed-loop system performance

  • Reduced mechanical complexity and fouling compared to centrifugation and filtration systems

  • Scalable, modular architecture for flexible deployment

  • Integrated intelligent control software enabling real-time frequency and power optimization



Market Applications




  • Nuclear materials processing

  • Rare earth and critical mineral recovery

  • Industrial solid–liquid separation

  • Food and beverage processing

  • Pharmaceutical processing

  • Bioprocessing and algae systems

  • Environmental remediation

  • High-value particle recovery



Competitive Position



UltraSep is a platform technology, not a single device.



It unifies resonance-locked acoustic control, ultra-low power optimization, chemistry-enhanced separation, and proprietary system software into a defensible system protected by layered IP coverage through 2039 and beyond.



IP Portfolio



The UltraSep platform is supported by a layered intellectual property framework covering acoustic physics, energy optimization, chemical process enhancement and system control software. This layered IP strategy protects not only individual components, but the integrated system architecture that enables intelligent, energy-optimized separation performance.



Issued U.S. Patents




  • U.S. Patent 10,428,324

    • Acoustic Manipulation of Fluids Based on Eigenfrequency

      • (Expires March 19, 2037)








  • U.S. Patent 11,395,982

    • Ultra-Low Power Acoustic Separation

      • (Expires March 17, 2039)

      • Jointly owned with Sonosep Technologies Inc.





  • U.S. Patent Application

    • Application No. 18/889332

      Ultrasonic Separation with pH Control

      • Filed September 18, 2024







Copyrighted Software




  • UltraSep™ Control Software (T4737)

    • Integrated acoustic system control architecture (C++/LabVIEW platform)



  • Perfusion Control Software – PCS (C16112)

    • Fluidic timing, valve control, and flow-path management system




Attachments/Links
Contact Information
Contracting Office Address
  • 505 King Ave
  • Columbus , OH 43201
  • USA
Primary Point of Contact
Secondary Point of Contact
History
  • Jul 08, 2026 01:32 pm MDTSpecial Notice (Original)
Daily notification on new contract opportunities

With GovernmentContracts, you can:

  • Find more opportunities and win more business
  • Receive daily alerts for all new bid opportunities
  • Get contract opportunities matched to your business
ONE WEEK FREE TRIAL

See also

...architecture would represent a meaningful shift in how therapeutics are developed and deployed.... ...

Federal Agency

Bid Due: 12/17/2026

...and Security System (WS3) Alarm Communications & Display (AC&D) systems. Because this architecture...

DEPT OF DEFENSE

Bid Due: 11/04/2026

...to improve selectivity without changing the core fiber architecture. In demonstrated gas-separation... membrane ...

ENERGY, DEPARTMENT OF

Bid Due: 12/04/2026

...extracted Circuit Card Assemblies (CCA) across diverse solid-state recorder architectures. All...

DEPT OF DEFENSE

Bid Due: 10/28/2026

* Disclaimer: Information regarding bids, requests for proposals (RFPs), or requests for qualifications (RFQs) is provided on this website only for convenience and does not constitute official public notice. Persons wishing to respond to or inquire about bids, RFPs, or RFQs should contact the appropriate government department.