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Ronald L Pariani

from Austell, GA
Age ~75
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Also known as:
Ronald Lee Pariani, Ronald J Pariani
Related to:
Sandy Smith Lewis, 53Robin C Strader, 59Lillian H Smith, 69Donovan Smith, 92Erin Smith, 33Cathy Smith
Connected to:
Katherine M Pariani, 63Trever J Pariani, 41Linda J Pariano, 82Michael J Pariano, 86Cynthia J Pariasca, 41Kristin M Paribello, 43Nicholas J Paribello, 34Tonia D Paribello, 36Victor A Paribello, 46Alan Paric, 44

Ronald Pariani Phones & Addresses

  • Austell, GA
  • Carrollton, GA
  • 326 Covered Bridge Rd, Smyrna, GA 30082 (770) 432-8593
  • Tucson, AZ
  • Lisle, IL
  • Lithia Springs, GA
  • Mableton, GA

Resumes

Resumes

Ronald Pariani Photo 1

President

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Location:
Austell, GA
Industry:
Mechanical Or Industrial Engineering
Work:
Outotec Sep 1983 - Jan 2003
Vice President
P.i.international Sep 1983 - Jan 2003
President
Eco-Clean P.i International Eco Land Sep 1983 - Jan 2003
Owner
Wenmec Systems Sep 1979 - Jun 1983
President
Nalco Apr 1978 - Aug 1980
Sales Engineer
Education:
University of West Georgia 1974 - 1977
Master of Business Administration, Masters, Business Georgia Institute of Technology 1968 - 1973
Bachelor of Mechanical Engineering, Bachelors, Mechanical Engineering
Skills:
Process Engineering
Manufacturing
Mining
Engineering
Minerals
Project Engineering
Process Control
Project Management
Metals
Metallurgy
Procurement
International Business
Continuous Improvement
Gold
Copper
Factory
Commissioning
International Sales
R&D
Business Development
Steel
Mineral Processing
Process Improvement
Strategic Planning
Project Planning
Contract Management
Base Metals
Feasibility Studies
Process Optimization
Aluminum
Management
Product Development
Maintenance Management
Operations Management
Epc
Purchasing
Supply Chain Management
Energy
Contract Negotiation
Lean Manufacturing
Materials
Process Simulation
Logistics
Mechanical Engineering
Engineering Management
Business Strategy
Coal
Iron Ore
Pumps
Business Process Improvement
Interests:
Science and Technology
Children
Education
Ronald Pariani Photo 2

Ronald Pariani

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Business Records

Name / Title
Company / Classification
Phones & Addresses
Ronald Pariani
President
Eco-Clean, Inc
Plating/Polishing Service
3094 Emery Cir, Austell, GA 30168
(770) 948-2287, (770) 948-6063
Ronald Pariani
President
Outokumpu Technology Inc
Mfg Conveyors
351 Thornton Rd, Lithia Springs, GA 30122
(770) 944-2127
Ronald Pariani
Principal
Pi International, Inc
Business Services at Non-Commercial Site
326 Covered Brg Pl SW, Smyrna, GA 30082

Publications

Us Patents

Device For Separating Metal Deposit From A Cathode

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US Patent:
6632333, Oct 14, 2003
Filed:
Sep 20, 2001
Appl. No.:
09/856102
Inventors:
Ola Eriksson - Deje, SE
Revill Wayne Armstrong - Townsville, AU
Kei Shibata - Tokyo, JP
Yasuo Suga - Tokyo, JP
Jan Anders Haag - Lithia Springs GA
Ronald Lee Pariani - Smyrna GA
David Bailey - Townsville, AU
Assignee:
Outokumpu Oyj - Espoo
International Classification:
C25C 702
US Classification:
204227, 204280, 204DIG 7, 205717
Abstract:
The invention relates to a device for separating metal deposit from a mother plate used as a cathode in an electrolytic process, as metal electrorefining or metal electrowinning, in which device there is a supporting member for supporting the cathode to be treated, a member for releasing at least partly a metal deposit grown during the electrolytic process on a surface of the mother, and a member for support the released metal deposit. According to the invention the mother plate of a cathode ( ) is provided with a growth affecting means ( ) for creating an irregularity in the growth of the metal deposit ( ) to be used as a hinged member when the metal deposit ( ) is tilted to the mother plate of the cathode ( ) in order to break the metal deposit ( ) in two separate pieces along the irregularity in the growth.

Method Of Controlling Combustion In A Metal Melting Furnace

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US Patent:
42115558, Jul 8, 1980
Filed:
Feb 21, 1978
Appl. No.:
5/879034
Inventors:
Milton E. Berry - Carrollton GA
Ronald L. Pariani - Carrollton GA
Assignee:
Southwire Company - Carrollton GA
International Classification:
C22B 1500
C22B 1514
US Classification:
75 72
Abstract:
Disclosed is a method of treating the components of a gaseous fuel mixture to obtain a predetermined mass ratio of the gaseous components for use in metallurgical melting furnace. Two streams of gaseous fuel components are temperature equalized in a heat exchanger, pressure equalized by pressure balancing regulators, and mixed together by a mixing valve which controls only the volume flow rates of the two streams. The resulting gaseous fuel mixture has a predetermined oxygen to fuel mass ratio, which is easily maintained near stoichiometric composition and which when combusted, supplies a hot gaseous blast of predetermined composition. When air and a liquified fuel such as liquid propane are the fuel components, the liquified fuel is vaporized prior to heat equalizing, pressure equalizing, and mixing. When a gaseous fuel such as natural gas is one of the fuel components, no vaporization or dilution is required. The resulting carefully controlled gaseous fuel mixture is used to provide both the heat and the required atmosphere of controlled chemical composition in a copper melting furnace.

Apparatus For Controlling Combustion In A Metal Melting Furnace

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US Patent:
42391911, Dec 16, 1980
Filed:
Aug 3, 1979
Appl. No.:
6/063485
Inventors:
Milton E. Berry - Carrollton GA
Ronald L. Pariani - Carrollton GA
Assignee:
Southwire Company - Carrollton GA
International Classification:
C21D 1100
US Classification:
266200
Abstract:
Disclosed is apparatus for treating the components of a gaseous fuel mixture, to obtain a predetermined mass ratio of the gaseous components, for use in a metallurgical melting furnace. Two streams of gaseous fuel components are temperature equalized in a heat exchanger, pressure equalized by pressure balancing regulators, and mixed together by a mixing valve which controls only the volume flow rates of the two streams. The resulting gaseous fuel mixture has a predetermined oxygen to fuel mass ratio, which is easily maintained near stoichiometric composition and which when combusted, supplies a hot gaseous blast of predetermined composition. When air and a liquified fuel such as liquid propane are the fuel components, the liquified fuel is vaporized and optionally diluted with dry air prior to heat equalizing, pressure equalizing, and mixing. When a gaseous fuel such as natural gas is one of the fuel components, no vaporization or dilution is required. The resulting carefully controlled gaseous fuel mixture is used to provide both the heat and the required atmosphere of controlled chemical composition in a copper melting furnace.

Combustion In A Melting Furnace

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US Patent:
41565908, May 29, 1979
Filed:
Jan 9, 1978
Appl. No.:
5/867854
Inventors:
Ronald L. Pariani - Carrollton GA
Assignee:
Southwire Company - Carrollton GA
International Classification:
F23D 1138
US Classification:
431 3
Abstract:
An improved premix gas burner design suitable for use in a metal melting furnace which has long service life, a low degree of maintenance, is easily cleared in case of burner blockage, allows inspection of the combustion chamber or furnace interior and still maintains the desired turndown capabilities of premix gas burners. These results are achieved by providing usual and/or physical access to the interior of the burner through a novel access tunnel and by providing a dual composition refractory combustion chamber.

Method For Melting A Non-Ferrous Metal Charge With Liquid Fuel

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US Patent:
43753523, Mar 1, 1983
Filed:
Jun 30, 1978
Appl. No.:
5/921039
Inventors:
Milton E. Berry - Carrollton GA
Ronald L. Pariani - Carrollton GA
Assignee:
Southwire Company - Carrollton GA
International Classification:
F23C 500
US Classification:
431 8
Abstract:
A method and burner apparatus for heating and continuously melting a non-ferrous material charge, such as copper pieces in a furnace without contaminating the material charge in the furnace with non-vaporized liquid fuel thereby maintaining the metallurgical quality of the non-ferrous material charge.

Premix Gas Burner Assembly

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US Patent:
41545710, May 15, 1979
Filed:
Feb 22, 1977
Appl. No.:
5/770495
Inventors:
Ronald L. Pariani - Carrollton GA
Assignee:
Southwire Company - Carrollton GA
International Classification:
F23C 506
US Classification:
431186
Abstract:
An improved permix gas burner design suitable for use in a metal melting furnace which has a long service life, a low degree of maintenance, is easily cleared in case of burner blockage, allows inspection of the combustion chamber or furnace interior and still maintains the desired turndown capabilities of premix gas burners. These results are achieved by providing visual and/or physical access to the interior of the burner through a novel access tunnel and by providing a dual composition refractory combustion chamber.

Continuous Copper Melting Furnace

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US Patent:
43019978, Nov 24, 1981
Filed:
Jun 30, 1978
Appl. No.:
5/921038
Inventors:
Milton E. Berry - Carrollton GA
Ronald L. Pariani - Carrollton GA
Assignee:
Southwire Company - Carrollton GA
International Classification:
C21C 542
US Classification:
266236
Abstract:
An improved vertical furnace for melting metal pieces, such as pieces of copper cathode. The furnace has a generally round interior wall of refractory brick material which encloses a vertical melting chamber having a plurality of burner openings through the refractory wall. Heat, being injected through these openings by means of a novel burner design, melts the metal pieces under metallurgically controlled conditions. The burners are arranged near the bottom floor of the melting chamber which is sloped toward a single outlet thus allowing the molten metal to continuously drain from the melting chamber. The burners are fed a mixture of fuel and air from a plurality of remote mixing stations so as to reduce turbulence at the burners thereby significantly reducing the operating noise level and refractory wear compared to prior art furnaces. A combustion chamber between the burner and the melting chamber is provided so as to prevent entry of uncombusted fuel and/or air, thereby maintaining the closely controlled atmosphere in the melting chamber.
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Ronald L Pariani from Austell, GA, age ~75 Get Report