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Chetan R Chothani

from Pittsburgh, PA
Age ~56
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Also known as:
Tanya Chothani, Chetan Chetani, Chetan Chathani, Chothani Chetan
Phone and address:
735 Pinetree Rd, Pittsburgh, PA 15243
(412) 343-7693
Related to:
Rolly Johnson, 67Kirsten R Bergman, 49Rita M Anderhub, 80Tanya M Chothani, 54Brett J Anderhub, 56Leslie J Anderhub, 86Eric X Anderhub, 50Eric Johnson, 50
Connected to:
Hardik M Chothani, 38Todd A Choti, 54Sandra Chotia-Thompson, 52Kenneth L Chotiner, 87Lindsay J Chotiner, 39Melissa B Chotiner, 45Dana M Chotiros, 54Andrea J Chotkowski, 58Paul S Chotkowski, 67Alma X Choto, 58

Chetan Chothani Phones & Addresses

  • 735 Pinetree Rd, Pittsburgh, PA 15243 (412) 343-7693
  • 536 Chatham Park Dr, Pittsburgh, PA 15220 (412) 343-7693
  • 526 Chatham Park Dr, Pittsburgh, PA 15220
  • 112 Arden Rd, Mount Lebanon, PA 15216 (412) 343-7693
  • Duquesne, PA
  • Huntington, WV
  • Carnegie, PA
  • 600 Barwood Park, Austin, TX 78753
  • Apple Grove, WV

Work

Company: Breen energy solutions 2002 Position: Coo

Education

Degree: Bachelors, Bachelor of Science School / High School: University of Mumbai 1987 to 1991 Specialities: Engineering

Skills

Energy • Process Control • Engineering • Process Engineering • Environmental Compliance • New Business Development • Power Generation • Project Engineering • Power Plants • Process Optimization • Automation • Process Improvement • R&D • Scada • Contract Management • Project Management • Renewable Energy • Product Development • Energy Management • Energy Efficiency • Instrumentation • Plc • Process Automation

Languages

English • Hindi • Gujarati • Marathi

Emails

c***[email protected]

Industries

Environmental Services

Resumes

Resumes

Chetan Chothani Photo 1

Founding Partner

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Location:
Pittsburgh, PA
Industry:
Environmental Services
Work:
Breen Energy Solutions since 2002
COO
Adaptive Resources since 1997
President
Education:
University of Mumbai 1987 - 1991
Bachelors, Bachelor of Science, Engineering
Skills:
Energy
Process Control
Engineering
Process Engineering
Environmental Compliance
New Business Development
Power Generation
Project Engineering
Power Plants
Process Optimization
Automation
Process Improvement
R&D
Scada
Contract Management
Project Management
Renewable Energy
Product Development
Energy Management
Energy Efficiency
Instrumentation
Plc
Process Automation
Languages:
English
Hindi
Gujarati
Marathi

Business Records

Name / Title
Company / Classification
Phones & Addresses
Chetan Chothani
President
ADAPTIVE RESOURCES INC
Management Consulting Services
1825 E Plano Pkwy STE 180, Plano, TX 75074
1865 Smt Ave, Plano, TX 75074
104 Broadway St, Carnegie, PA 15106
Chetan Chothani
Director, President
Adaptive Resources
Program Development · Engineering Services
104 Broadway St, Carnegie, PA 15106
(412) 489-3030
Chetan Chothani
Chairman, COO
Breen Energy Solutions
Environmental Services · Management Consulting Services · All Other Specialty Trade Contrs
104 Broadway St, Carnegie, PA 15106
(412) 276-1890, (412) 276-2719

Publications

Us Patents

Method And Apparatus For Detection, Measurement And Control Of Sulfur-Trioxide And Other Condensables In Flue Gas

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US Patent:
20100037678, Feb 18, 2010
Filed:
Aug 12, 2009
Appl. No.:
12/540010
Inventors:
Chetan Chothani - Pittsburgh PA, US
Charles A. Lockert - Chagrin Falls OH, US
Bernard P. Breen - South Park PA, US
Assignee:
Breen Energy Solutions - Carnegie PA
International Classification:
G01N 25/00
US Classification:
73 2501
Abstract:
In a method of determining amounts of condensable species present in a gas containing condensable species a probe is placed into a gas containing condensable species. The probe has a plurality of spaced apart contacts on an outer non-conductive surface. That surface is heated at a selected heating rate and then cooled at a selected cooling rate over a selected time period. During that time period current flow between the contacts and the temperature of the non-conductive surface is monitored over the selected time period. Peaks in a plot of the current flow over the selected time period and the temperature for the time corresponding to each peak are then correlated to the condensable species has a kinetic dew point at each identified temperature. The identified temperature for each identified species is compared to a predetermined correlation of dew point temperature and concentration for that species to determine the concentration of that condensable species present in the gas.

Method And Improved Furnance For Reducing Emissions Of Nitrogen Oxides

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US Patent:
20170038065, Feb 9, 2017
Filed:
Jul 28, 2016
Appl. No.:
15/222167
Inventors:
- Carnegie PA, US
Chetan Chothani - Pittsburgh PA, US
Alan DePaoli - McDonald PA, US
Charles Lockert - Chagrin Falls OH, US
International Classification:
F23D 99/00
F23C 5/08
Abstract:
A method and improved furnace for reducing nitrogen oxide emissions from a furnace having a plurality of primary fuel injectors and a plurality of spaced apart over-fire air injectors positioned above the primary fuel injectors are disclosed. Injection of over-fire air produces zones of cooler combustion gasses containing over-fire air that separate zones of hot combustion gasses containing nitrogen oxides. Reburn fuel injectors inject a reburn fuel into the zones of hot combustion making the effluent combustion gases containing nitrogen oxides partially or totally fuel-rich in order to further reduce nitric oxide.

Method Of Co-Firing Coal Or Oil With A Gaseous Fuel In A Furnace

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US Patent:
20150226421, Aug 13, 2015
Filed:
Feb 9, 2015
Appl. No.:
14/617127
Inventors:
Chetan Chothani - Pittsburgh PA, US
Charles Lockert - Chagrin Falls OH, US
Bernard P. Breen - South Park PA, US
Alan DePaoli - McDonald PA, US
Assignee:
BREEN ENERGY SOLUTIONS - Carnegie PA
International Classification:
F23C 1/04
F23N 1/00
F23D 17/00
F23C 1/08
F23C 1/10
Abstract:
Methods for co-firing a fuel containing coal or oil that is injected into a burner in a furnace by injecting a gaseous fuel are disclosed. The gaseous fuel is injected in a manner so as not to consume air that would otherwise combine with the coal or oil in the primary flame. This can be accomplished by injecting the gaseous fuel at a higher or lower velocity than the coal or oil and combustion air are being injected. This can also be accomplished by directing the gaseous fuel being injected away from the primary flame created when the coal or oil burns.
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Chetan R Chothani from Pittsburgh, PA, age ~56 Get Report