UAIPD 16-0022
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This document summarizes a new gas treating technology using glycerol derivatives as solvents. The technology utilizes glycerol derivatives that have lower viscosity than current solvents, making them suitable for use in hollow fiber membrane contactors. The glycerol derivatives selectively absorb contaminants like CO2 and H2S from gas streams while allowing CH4 to pass through. This new solvent performs better than existing Selexol solvents and can be recycled. The hollow fiber membrane contactor provides advantages over conventional gas scrubbing like lower capital and operating costs due to its compact size and ability to achieve mass transfer without fluid dispersion.
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UAIPD 17-0041
This document describes a new method for forming molybdenum sulfide (MoSx) catalyst films onto conductive or semiconductor substrates for use in alternative energy applications. The method uses a spray coating technique to apply a thin MoSx film in a low-cost, energy-efficient manner. This allows the coated substrates, such as copper oxide, to catalyze reactions like water splitting with the potential to use solar power. The inventors are from the University of Alabama and Tulane University and aim to develop cheaper catalysts than precious metals like platinum currently used.
UAIPD 17-0042
This document describes a new ruthenium-based catalyst that can convert carbon dioxide into carbon monoxide. The ruthenium and pyridine ring in the catalyst increase the selectivity of the photocatalytic reaction. Using triethylamine also improves the reaction. The catalyst allows for near 100% selectivity of carbon monoxide, is highly efficient so it can be used to synthesize fuels and chemicals, and requires less power than previous methods. It is also very stable and can be reused for multiple reactions.
Presentation UAIPD 15-0013
This document describes a new multi-piezoelectric microcantilever technology that improves scanning probe microscopy. It uses multiple piezoelectric materials attached to a microcantilever to sense its deflection without a laser, and a consensus algorithm to provide the most accurate estimation. This novel combination increases scanning probe microscope accuracy and enables operation even if some piezoelectric sensors fail. The technology was invented by Dr. Nima Mahmoodi from the University of Alabama Mechanical Engineering department.
Presentation UAPID 16-0049
This document describes an educational research kit that uses CRISPR-Cas10 gene editing technology. The kit allows students to explore gene transfer between phages, which is currently not well understood. It leverages the accessibility of CRISPR to enable high school, college, and graduate students to learn about gene editing and DNA analysis of bacteria. The technology was successfully piloted and demonstrates that CRISPR research can be made accessible through an educational kit. The kit was invented by Dr. Asma Hatoum, an assistant professor of biological sciences.
Presentation UAIPD 13-0018
The document describes a new method for analyzing biomolecules using iron oxide nanoparticles with surface capping molecules as matrix-assisted laser desorption/ionization (MALDI) matrices. The nanoparticles have a non-crystalline structure that increases control over matrix construction and reduces self-clustering. Preliminary data shows the nanoparticle matrices allow for selective ionization of target analytes like glycans from mixtures and tissue samples.
Presentation UAIPD # 15-0023
This document describes a proposed vehicle occupant detection and warning device invented by Tim Haskew. The device would measure CO2 levels and temperature inside a vehicle to detect if a child or pet is present without relying on active sensors. It would plug into a vehicle's existing power and use accelerometers and power sensors to detect if the vehicle is parked. If dangerous conditions are detected, it would trigger alarms, open windows, unlock doors, and alert vehicle owners. The technology provides passive detection of occupants and aims to save lives without the inconsistent results of current active sensor products.
Presentation UAPID #17-0007
UAIPD #17-0007
Nanogated Nanochannel Device (for Gene Detection and Screening) and the Method of Making Therof
Presentation UAIPD 17-0031
This document describes a new method for enhancing feedstock powder for cold gas dynamic spray deposition. The two-step process of heating and rapid quenching improves powder quality by reducing undesirable microstructures. This doubles the deposition efficiency compared to existing technologies. The new process removes microstructures that form during atomization, resulting in superior adhesion, strength, and corrosion resistance over as-received powders.
UAIPD 15-0017
This document describes Dr. Vinu Unnikrishnan's development of a novel silicone-based biofidelic human skin simulant. Currently, existing skin surrogates have varying mechanical properties and accurate models have not been developed, requiring the use of swine in biomedical testing which presents ethical issues. Dr. Unnikrishnan's simulant is a four-part silicone material that precisely mimics the thickness, biomechanical behaviors under stress and stretch, elasticity, and fracture stress of human skin. It is affordable, has no shelf life or biosafety issues, can be used for non-lethal ballistics testing, and its fabrication process allows for different body part simulations.
UAIPD 15-0016
This document describes a new technology for storing and controlling the release of admixtures in concrete. Currently, admixtures added to concrete can have undesired effects on hydration. The new technology uses a two-step process: 1) perforated cenospheres are produced to load admixtures and 2) a nanosilica coating is applied to the cenospheres. This "hard encapsulation" method minimizes unwanted effects on hydration by storing the admixtures and controlling their release. The cenospheres have advantages like strength, stability, and ability to hold large amounts of admixture uniformly distributed in concrete.
UAIPD 15-0013
This document summarizes a new technology for improving scanning probe microscopes. The technology uses a microcantilever with multiple piezoelectric sensors attached to measure deflection. A consensus algorithm analyzes the sensors to provide the most accurate measurement of deflection. This eliminates the need for an expensive laser positioning system and allows operation even if a sensor fails. The technology was invented by Dr. Nima Mahmoodi to increase the accuracy of scanning probe microscopes.
UAIPD 15-0011
UAIPD 15-0011 describes Dr. Yang-Ki Hong's invention of a GHz magnetic chip inductor with high magnetic loss. The inductor uses both air-core and magnetic-core materials, with a center magnetic bar surrounded by coils and top/bottom magnetic slabs enclosing an air-core inside. This combination realizes simultaneously high inductance, high Q factor, and high self-resonant frequency by reducing core loss. The technology outperforms conventional air-core and magnetic-core inductors.
UAIPD 15-0003
Dr. Jinhui Song has developed a new Fully Flexible Nanoelectronics technology called the Nanoelectronic Image System (NEIS). The NEIS uses vertically aligned, high-density optoelectronic nanowire clusters that function similar to a human retina to create flexible, transparent photo-sensing pixels. These pixels can be interconnected onto curvilinear surfaces, allowing the NEIS to transform its shape while maintaining its imaging capabilities. The NEIS offers advantages over existing rigid image sensor technologies by circumventing limitations of pixel size and rigidity through its ultra-flexible, biomimetic design.
UAIPD 14-0054
This document describes a technology for incorporating electronic components into 3D printed objects. It discusses how current 3D printing uses non-conductive materials, limiting electronic integration. The technology embeds an electronic module during printing and pauses fabrication for insertion. This allows automatic placement of electronics without geometry simplification. The inventor is Dr. Hwan-Sik Yoon from the Mechanical Engineering department, with the goal of enabling a greater variety of customizable electronic products.
UAIPD 14-0052
This document describes a technology for high Q factor integrated magnetic inductors. It discusses current problems with conventional magnetic inductors having low Q factors due to magnetic loss. The technology uses exchange-coupled two-phase hard and soft magnetic composites to form integrated inductors with coils, magnetic films, and substrates. This improves dynamic properties and permeability while minimizing magnetic loss, increasing inductance and Q factor by over 20% at frequencies of interest.
UAIPD 14-0049
Dr. Jason Bara has developed a novel class of ionic polyimide polymers that allow for greater tunability and control over the material's properties. Introducing ionic groups into the polymer chain enables over 20,000 possible materials with customizable chemical, conductive, and mechanical qualities. The production process is straightforward and low-cost, allowing for a wide range of applications like coatings, membranes, 3D printing, and more.
UAIPD 14-0039
The document describes a novel method developed by Dr. Jialai Wang to use carbon dioxide in concrete production in order to increase strength and durability while reducing the environmental impact. Current concrete production releases significant amounts of carbon dioxide during the cement production process. The proposed technology utilizes carbon dioxide as an admixture in a two-step mixing process for concrete that can be used for both precast and in-situ applications.
UAIPD 14-0034
This document describes an invention for remotely assessing helmet collision impacts using sound. It aims to address current problems with diagnosing concussions by utilizing a microphone array on helmets to measure impact sounds and determine collision parameters like force and location in real-time, without expensive sensors or player-worn equipment. The inventor, Dr. W. Steve Shepard Jr., is a professor at the University of Alabama with expertise in mechanical engineering and vehicle safety technologies.
UAIPD 14-0027
The document describes an invention for a shutoff algorithm for portable gasoline generators. The algorithm utilizes oxygen sensor data from the engine control system to shut off the generator if oxygen levels fall below a preset lower limit, eliminating unsafe carbon monoxide levels. Nearly 600 CO deaths have been reported involving generators between 1999-2010. The algorithm provides a more reliable shutoff method than traditional CO sensors by using existing oxygen sensor data from the engine. The inventors are Dr. Tim Haskew and Dr. Paul Puzinauskas from the University of Alabama.
UAIPD 14-0022
This document describes a new photon-effect transistor (PET) device that can both sense light signals and amplify electrical signals in a single simple unit. The PET uses a photosensitive semiconducting material as its gate, allowing it to perform the functions of a photo-detector diode and transistor. This simpler single-component design reduces noise, increases resolution and sensitivity, and allows for smaller pixel sizes compared to current multi-component image sensor technologies. The PET was invented by Dr. Jinhui Song, an Assistant Professor in the Department of Metallurgical and Materials Engineering at the University of Alabama.
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SEO SMO SMM CAMPAIGNS content writing web design for all your business needs with affordable cost
Digital Marketing Services | Techvolt Software :
Digital Marketing is a latest method of Marketing techniques widely used across the Globe. Digital Marketing is an online marketing technique and methods used for all products and services through Search Engine and Social media advertisements. Previously the marketing techniques were used without using the internet via direct and indirect marketing strategies such as advertising through Telemarketing,Newspapers,Televisions,Posters etc.
List of Services offered in Digital Marketing |Techvolt Software :
Techvolt Software offers best Digital Marketing services for promoting your products and services through online platform on the below methods of Digital marketing
1. Search Engine Optimization (SEO)
2. Search Engine Marketing (SEM)
3. Social Media Optimization (SMO)
4. Social Media Marketing (SMM)
5. Campaigns
Importance | Need of Digital Marketing (Online Promotions) :
1. Quick Promotions through Online
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4. Creation of Social Branding
5. Promotion with less investment
Benefits Digital Marketing Services at Techvolt software :
1. Services offered with Affordable cost
2. Free Content writing
3. Free Dynamic Website design*
4. Best combo offers on website Hosting,design along with digital marketing services
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6. Online Maintenance Support
Free Website + Digital Marketing Services
Techvolt Software offers Free website design for all customer and clients who is availing the digital marketing services for a minimum period of 6 months.
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janani Digital Marketer|Digital Marketing consultant|Marketing Promotion|Coim...
Myself Janani Digital marketing consultant located in coimbatore I offer all kinds of digital marketing services for your business requirements such as SEO SMO SMM SMO CAMPAIGNS content writing web design for all your business needs with affordable cost
Digital Marketing Services | Techvolt Software :
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UAIPD 16-0022
- 1. UAIPD #16-0022 Gas Treating with Glycerol Derivatives Inventor: Dr. Jason Bara, Max Mittenthal
- 2. Current Problems • High viscosity (5x that of water) • Not suitable for use in advanced stripping techniques like hollow fiber membrane contactors (HFMCs)
- 3. • Solvent for gas scrubbing • Utilizes glycerol derivatives for the removal of CO2, H2S, and other contaminants from natural gas streams, syngas streams and other industrial gas streams • Selectively absorbent : e.g. absorbs CO2 and not CH4 • Physical Absorbent - Can be recycled • Utilizes hollow fiber membrane contactor – Requires low viscosity sweep liquids Technology
- 4. Technology • Device that achieve gas/liquid or liquid/liquid mass transfer without dispersion of one phase within the other. • No flooding at high flow rates • No unloading at low flow rates • Absence of emulsions • No density difference between fluids required • High interfacial area. • Compact Size • Low Energy • Lower CAPEX and OPEX Hollow Fiber Membrane Contactor (HFMC)
- 5. • Lower density – allowing for lower power requirements and use in HFMCs • HFMCs provide lower CAPEX and OPEX saving potential customers money • Performs better than current Selexol solvent • Steeper regulations on gas emissions will make demand high Advantages
- 6. Inventors8 Inventor Department Position Email Dr. Jason Bara Chemical and Biological Engineering Assistant Professor jbara@eng.ua.edu Max Mittenthal Student mmittenthal@crimso n.ua.edu
- 7. Office for Technology Transfer 2704 8th street Tuscaloosa, AL 35401 16-0022 OTT@UA.edu www.OTT.UA.edu
Editor's Notes
- Make sure to list references for all numbers, trends, etc. on each slide. Many inventors like to see exactly where the data comes from.
- Should read like Wikipedia entry. Try to focus on the high points.
- Make sure to list references for all numbers, trends, etc. on each slide. Many inventors like to see exactly where the data comes from.