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Energy 

As the world goes green in order to save energy and develop alternative energy, it is a call for all of us to actively innovate in the energy industry for the benefit of mankind. This call requires everyone to be open-minded and willing to learn and develop new technologies. ABS, Inc., is responding by developing revolutionary new fuel cells and batteries that are free from environmental contamination. We intend to become industry leaders, innovating with passion and compassion, not only in the field of medical diagnostic devices, but also in the field of green energy. 

Our Developmental Products

 

BattCell is an electrolyte-free and air-independent battery/fuel cell (BattCell) device that is based on the revolutionary nanostructure biomimetic membrane electrode assembling. It produces very high current density when the cell is activated, and our innovative technology offers advantage over the proton-exchange membrane (PEM) electrolyte approach. The BattCell technology offers high power density and high energy density with 10-100-fold lighter weight, smaller size, while achieving superior safety and portability profiles. There is no refueling, heater or cooling fan, non-flammable, no carbon dioxide emission; It is stable with a wide temperature range; It has more than 90% high efficiency of charge/discharge against normal 70% efficiency; It is safe and environmental friendly. The prototype devices have been demonstrated scaling up capability. 

 

Presentations in Energy Device Development and Research

 

 

 Dr. Ellen Chen, the President of ABS, Inc., presented a research paper titled “Development of an Electrolyte free and Oxygen-free High Performance Single Direct Methanol Fuel Cell (DMFC) ” at the 44th Power Sources Conference at Las Vegas, June 14-17, 2010.

 Dr. Chen presented an invited seminar at the Army Research Laboratory in the tile  of A nanobiomimetic Battcell technology platform, Adelphi, Maryland, July 26, 2012.

  An oral presentation at the international Tech Connect World conference, Dr. Ellen       Chen gave a presentation on the topic of Biomimetic electric eel fish’s reversible         membrane potential with "multiple-organ" discharge by a supercapacitor, Santa           Clara, CA, June 20, 2012.

  Dr. Chen presented an invited paper and co-authored with C. Ngatchou and K. Bowen in the title of Development of A Nano-Biomimetic Battery/Fuel Cell (Battcell)     Prototype Device For High Rate Energy Storage Devices ,45th Power Sources  conference, Las Vegas, June 13, 2012.

  An oral presentation from ABS at #1348 titled of Flexible and turnable biomimetic   pyruvate dehydrogenase complex (PDC) supercapacitors was presented at the Tech   Connect World conference, Washington, DC, Gaylord Convention Center, May 14,   2013.    

Chen ET and Thornton J presented the research results in a poster #1147 in titled of Nanostructured Acetylcholinesterase (Ache) Memristor/Memcapacitor Mimicks Brachyhypopomus Electric Fish’s Signal-Cloaking Behavior at the Tech Connect World conference at Washington DC, in June, 2014.  

Publications in Energy Storage Device Development and Research

E. T. Chen, J. T. Thornton, S-H. Duh and P. T. Kissinger,  Observation of Fermi Arc Surface States Induced by Organic Memristive/Memcapacitive Devices with a Double-Helical Polarized Single-Wall Nanotube Membrane for Direct Chelating with Matrix Matelloproteinase-2, Sensors & Transducers, 214(7), 69-84, 2017.

 
Chen ET and Thornton J., Nanostructured Acetylcholinesterase(ACHE) Memristor/Memcapacitor Mimicks Brachyhypopomus  Electric Fish’s Signal-Cloaking BehaviorNSTi-Cleantech, 3, 63-66, 2014.    
     
J. Thornton, C. Christelle, E.T. Chen,  Flexible and Turnable Biomimetic Pyruvate  Dehydrogenase Complex (PDC) Supercapacitors, NSTi-Nanotech (2), 672-675,           2013.

      J. Thornton, C. Christelle, E.T. Chen,  Flexible and Turnable Biomimetic Pyruvate  Dehydrogenase Complex (PDC) Supercapacitors ,  Cleantech, 356-359, 2013.
    An invited paper: E. T. Chen, C. Ngatchou,  An Electron-Relay Prototype  Supercapacitor Mimics  Electrophorus   Electricus’s Reversible Membrane     Potential     for a  high rate discharge pulse, was published  in the peer-reviewed        journal of Sensors & Transducers Journal, (15), Special Issue,  42-48, 2012.

       An invited paper: E. Chen, C. Ngatchou and  K. Bowen,  Development of A Nano-  Biomimetic Battery/Fuel Cell (Battcell) Prototype Device For High Rate Energy  Storage Devices, 45th Power Sources conference proceedings, 327-331, 2012

       E. Chen and C. Ngatchou An Electron-Relay Prototype Supercapacitor Mimics Electrophorus   Electricus’s Reversible Membrane Potential for "Multiple-organ" Discharge, Clean Tech   202-205, 2012.   

      E. Chen and C.Ngatchou, Study of the Factors that Effect on the Power Storage and Generation of a Nano-Biomimetic Membrane Electrode-Assembling (NBMEA) for Battery/Fuel Cell Dual Applications, Clean Tech 204-207, 2011.    

       E. Chen and C. Ngatchou, "Study of the Factors that Effect on the Power Storage and Generation of a Nano-Biomimetic Membrane Electrode-Assembling (NBMEA) for Battery/Fuel Cell Dual Applications", in press, Proceedings of Cleantech World Conference,  2011.  

       E. T. Chen* and R.Finkelstein, “Development of an Electrolyte free and Oxygen-          free   High Performance Single Direct Methanol Fuel Cell (DMFC)”, the Proceedings of  44th Power Sources Conference, 333-336, 2010.

 

Presentations in Business Showcase in Energy storage Devices 

ABS once again was honored by the National Innovation Showcase Committee chosen as the National Innovation Showcase and International Innovation Showcase for our Nanobiomimetic Reagent-free technology platform at the Tech Connect World Conference in June 2014 at Washington DC. 

ABS presented its show booth #818 at the National Innovation Showcase at Tech Connect World conference, Washington DC, May 15-16, 2013. 

 Dr. E. Chen presented a business pitch, A nano biomimetic Battcell technology      platform for high energy and power storage, Tech Connect World conference, June 13-  16, Boston, MA, 2011. 

Dr. E. Chen presented a trade show, Powering Medical Devices In Global Health Settings at the NIH Cancer Detection and Diagnostics Technologies Conference for Global Health, August, 22, 2011.

 Dr. E. Chen presented a trade show at the National Nanotechnology Initiative National Showcase and presented ABS’s BattCell nanotechnology at the Washington Gaylord Convention Center, Washington, DC on December 8-10, 2010.

Enlisting

Dr. Ellen Chen’s Biomimetic sensor patent was listed as the most cited Biomimeticsensor patent according to www.google.com

Dr. Ellen Chen’s invented nanopore sensor patent has been enlisted by www.faqs.org on March 8, 2010 as the ranking #12 of the Top 100 Inventors in the World. 

Invitation

Dr. Chen was invited by US Army to attend the winter 2010 Mad Scientist Seminar at Newport News, Virginia from January 20-22, 2010. 

 

Dr. Chen was invited by the Army Research Laboratory to present a presentation in the title of A nanobiomimetic Battcell technology platform, Adelphi, Maryland, July 26, 2012.

The Energy Harvesting & Storage and Wireless Sensor Networks & RTLS USA 2012 conference has invited Dr. E. Chen to present ABS's supercapacitor used for mimicking electric eel fish's reversible attacking electric pauses at the Hyatt Regency Crystal City, Washington DC, November, 2012.