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Opposing Jet Assisted Nanopowder Fluidization
Opposing‑Jet Assisted Nanopowder Fluidization (Fluidized Bed Systems & Methods Including Micro‑Jet Flow, Tech ID: 06‑057)
Technology Overview: An enhanced fluidized‑bed architecture that supplements the usual upward fluidizing gas with a strategically positioned opposing (downward) micro‑jet, creating localized turbulence and shear to aerate agglomerates...
Published: 2/13/2026
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Inventor(s): Juergen Flesch, Robert Pfeffer, Jose Quevedo
Keywords(s): Additive Manufacturing, Advanced Materials Processing, Battery, Catalyst, Patent Issued, Specialty Chemicals
Category(s): Advanced Materials, Manufacturing & Process Technologies
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High‑Capacity Flexible and Printable Periodate & Iodate Batteries for Conformal Power Sources
High‑Capacity Flexible and Printable Periodate & Iodate Batteries for Conformal Power Sources (Methods and Devices for High‑Capacity Flexible, Printable, and Conformal Periodate and Iodate Batteries, Tech ID: 20‑008)
Technology Overview: This NJIT technology introduces flexible, printable battery architectures based on periodate and iodate electrochemistry....
Published: 2/13/2026
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Inventor(s): Somenath Mitra, Zhiqian Wang
Keywords(s): Battery, Energy Storage/Conversion, Internet of things (IoT), Patent Issued, Portable Power, Power, Wearable
Category(s): Energy, Batteries & Decarbonization
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Micro‑Jet Assisted Nanopowder Fluidization
Micro‑Jet Assisted Nanopowder Fluidization (Fluidized Mixing & Blending of Nanopowders with Secondary Gas Flow, Tech ID: 06‑057)
Technology Overview: A fluidized‑bed method and apparatus that uses a standard upflow fluidizing gas plus a secondary, typically downward micro‑jet to introduce turbulence and shear, aerate agglomerates, and break up...
Published: 2/13/2026
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Inventor(s): Robert Pfeffer, Jose Quevedo
Keywords(s): Additive Manufacturing, Battery, Catalyst, Composite Materials, Patent Issued, Specialty Chemicals
Category(s): Advanced Materials, Manufacturing & Process Technologies
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Clock‑Free Low‑Power Sensor Communications
Clock‑Free Low‑Power Sensor Communications (Asynchronous Wireless Sensing, Tech ID: 15‑040)
Technology Overview: This NJIT invention provides a complete asynchronous sensing and wireless communication architecture for ultra‑low‑power sensor nodes. It combines asynchronous digital signaling with UWB impulse radios and a hybrid FSK/OOK modulation approach...
Published: 2/13/2026
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Inventor(s): Wei Tang, Joerg Kliewer
Keywords(s): Battery, Implants, Internet of things (IoT), Patent Issued, Wearable
Category(s): Computing, Communications & Photonics
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