Mircea F Faur

6409889, Jun 25, 2002

Apr 13, 1999

09/291226

Mircea Faur - North Olmsted OH
Maria Faur - North Olmsted OH
Horia M. Faur - North Olmsted OH

Special Materials Research and Technology, Inc. - North Olmsted OH

B01D 5300

20415744, 2041573, 2041574, 20415743

This invention refers to a removal and recovery method of pollutant materials. A waste stream source of polluted water and/or waste gases containing waste acids, bases and salts, and/or waste air pollutant suspension particles are fed into a separation reactor. The combined physicochemical effects of removal/recovery of pollutants inside the reactor take place by solubilization, ionization, reaction, deposition and settling, which concurrently remove and separate the pollutants as solid materials, deposited on selective electrodes sets, as gases and as sludge and/or precipitates. The reactor is kept at the working temperature using a waste industrial heat, and the separation processes take place by applying a voltage source between a spaced apart system of selective electrodes, and by using a ionizing source of waste spent fuel nuclear bars or electromagnetic radiation.

20140061531, Mar 6, 2014

Mar 11, 2011

13/823214

Maria Faur - North Olmsted OH, US
Horia M. Faur - Medina OH, US
Mircea Faur - North Olmsted OH, US

C09K 13/08
H01L 31/0216

252 793

Disclosed is a method, process, solar cell design, and fabrication technology for high-efficiency, low-cost, crystalline silicon (Si) solar cells including but not restricted to solar grade single crystal Si (c-Si), multi-crystalline Si (mc-Si), poly-Si, and micro-Si solar cells and solar modules. The RTWCG solar cell fabrication technology creates a RTWCG SiOx thin film antireflection coating (ARC) with a graded index of refraction and a selective emitter (SE). The resulting top surface of the SiOx oxide can be textured (TO) concomitant with the growth process or through an additional mild wet chemical step.

55713858, Nov 5, 1996

May 8, 1995

8/437897

Mircea Faur - North Olmsted OH
Maria Faur - North Olmsted OH
David W. Epperly - Mentor OH

Cleveland State University - Cleveland OH

B01D 342
C02F 104

203 10

A water purification method and apparatus is described which distills a contaminated water supply having contaminants dissolved therein with electrically powered spaced apart immersion electrodes. When connected to a source of alternating electrical current, the electrode members cooperate to distill water by heating while concurrently removing the contaminants as solid precipitates in the contaminated remaining water.

20160122554, May 5, 2016

Jun 10, 2014

14/897633

- North Olmsted OH, US
Maria FAUR - North Olmsted OH, US
Mircea FAUR - North Olmsted OH, US

C09D 5/08
H01L 31/0216

The present invention relates generally to the field of semiconductors and/or semiconductor structures (e.g., solar cells, etc.), to chemical compositions for manufacturing such semiconductors and/or semiconductor structures, and/or to methods for manufacturing such semiconductors and/or semiconductor structures. In another embodiment, the present invention relates to chemical compositions and methods for controlling surface passivation, dead layer etchback, anti-reflective, potential induced degradation, and other properties of semiconductor surfaces used for various semiconductor applications including, but not limited to, solar cells.

20150162460, Jun 11, 2015

Nov 20, 2014

14/549261

Maria Faur - North Olmsted OH, US
Horia M. Faur - Medina OH, US
Mircea Faur - North Olmsted OH, US

H01L 31/0216
C09K 13/08

Disclosed is a method, process, solar cell design, and fabrication technology for high-efficiency, low-cost, crystalline silicon (Si) solar cells including but not restricted to solar grade single crystal Si (c-Si), multi-crystalline Si (mc-Si), poly-Si, and micro-Si solar cells and solar modules. The RTWCG solar cell fabrication technology creates a RTWCG SiOx thin film antireflection coating (ARC) with a graded index of refraction and a selective emitter (SE). The resulting top surface of the SiOx oxide can be textured (TO) concomitant with the growth process or through an additional mild wet chemical step.