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Larry D Areaux

from Hudson, FL
Age ~84

Larry Areaux Phones & Addresses

  • Hudson, FL
  • 16362 Nogales Ct, Punta Gorda, FL 33955 (941) 628-6873
  • 15 Sabal Dr, Punta Gorda, FL 33950 (941) 575-8032
  • 1070 Matecumbe Key Rd, Punta Gorda, FL 33955 (941) 575-8032 (941) 639-1569
  • Kalamazoo, MI
  • North Canton, OH
  • Buena Vista, CO
  • North Fort Myers, FL

Resumes

Resumes

Larry Areaux Photo 1

Owner

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Location:
Punta Gorda, FL
Industry:
Machinery
Work:
Remelt Scientific
Owner
Larry Areaux Photo 2

Owner

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Location:
Punta Gorda, FL
Industry:
Mechanical Or Industrial Engineering
Work:
Remelt Scientific
Owner

Business Records

Name / Title
Company / Classification
Phones & Addresses
Larry Areaux
Principal
Arrow Car Service
Services-Misc
1809 Humphrey St, Kalamazoo, MI 49048
Larry Areaux
Chief Information Officer
Impert Industries
Education Management · Mfg Partitions/Fixtures-Nonwood Mfg Lab Apparatus/Furniture Mfg Fabricated Plate Work · Computer Sales
557 Lincoln Rd, Otsego, MI 49078
557 W M-89, Otsego, MI 49078
PO Box 17, Otsego, MI 49078
(269) 694-6652, (269) 694-2058
Larry Areaux
Managing
MOLTEN METAL TECHNOLOGY, LLC
16362 Nogales Ct, Punta Gorda, FL 33955
Larry D Areaux
President, Director, Secretary
REMELT SCIENTIFIC, INC
3821 Tamiami Trl 301, Port Charlotte, FL 33952
3821 Tamiami Trl, Port Charlotte, FL 33952
16362 Nogales Ct, Punta Gorda, FL 33955

Publications

Us Patents

Elevated Discharge Gas Lift Bubble Pump And Furnace For Use Therewith

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US Patent:
6893607, May 17, 2005
Filed:
May 16, 2003
Appl. No.:
10/440374
Inventors:
Larry D. Areaux - Punta Gorda FL, US
Edward S. Jackson - Steamboat Springs CO, US
International Classification:
C21C007/00
US Classification:
266217, 266233, 266236, 266900, 266901, 222603
Abstract:
A metal melting closed furnace which includes a main chamber, a circulation well connected to the main chamber by a communications passageway and a vortex well having a exit outlet for molten metal into the main chamber. A cover is emplaced over the vortex well. An inert gas bubble activated molten metal pump is provided in which there is an entry port in the circulation well and exit port into the vortex well. The exit port is positioned to lie at least partially or entirely above the maximum level of molten metal in the vortex well. This exit port will typically be at or near the top of the vortex well. In order to reduce oxidation, inert gas bubbles are captured from this molten metal pump and creating an inert gas atmosphere or blanket above the molten metal vortex.

Segmented Well Block

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US Patent:
7479250, Jan 20, 2009
Filed:
Sep 16, 2005
Appl. No.:
11/228849
Inventors:
Larry Areaux - Punta Gorda FL, US
Erik Grimm - Canton OH, US
International Classification:
C21C 5/42
C21B 7/16
US Classification:
266236, 266266
Abstract:
A well block for use within a circulation chamber of a molten metal furnace, comprising A first portion and a second portion, wherein said first portion is positioned atop said second portion, said first and second portions defining a cavity which includes an upper cylindrical surface defining a gradually decreasing diameter, a lower cylindrical surface having a diameter less than said upper cylindrical surface and a medial surface interposed between said upper and said lower cylindrical surfaces, and an outlet positioned proximate to said lower cylindrical surface, said cavity communicating with the circulation chamber via said outlet.

Molten Metal Pump And Furnace For Use Therewith

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US Patent:
20030047850, Mar 13, 2003
Filed:
Sep 7, 2001
Appl. No.:
09/948423
Inventors:
Larry Areaux - Punta Gorda FL, US
International Classification:
C21B015/00
C21C001/00
US Classification:
266/044000, 266/200000, 266/217000
Abstract:
A metal melting closed furnace which includes a main chamber, a circulation wall connected to the main chamber by a communications passageway and a vortex well having a exit outlet for molten metal into the main chamber. A cover is emplaced over the vortex well. An inert gas bubble activated molten metal pump is provided in which there is an entry port in the circulation well and exit port tangentially arranged with respect to the periphery of the cavity. This exit port will typically be at or near the top of the vortex well. In order to reduce oxidation, inert gas bubbles are captured from this molten metal pump and are transported to an inert gas atmosphere or blanket above the molten metal vortex.

Chip And Turnings Separator And Crusher

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US Patent:
43772595, Mar 22, 1983
Filed:
Mar 21, 1980
Appl. No.:
6/132519
Inventors:
Larry D. Areaux - Kalamazoo MI
Russell D. Dudley - Vicksburg MI
Assignee:
Reclamet, Inc. - Kalamazoo MI
International Classification:
B02C 408
US Classification:
241 73
Abstract:
A device is disclosed to facilitate the crushing of the metal scrap received from a machine shop as part of a metal and cutting oil recovery system. The device involves the use of a grate ahead of the crusher to separate chunky metal parts or heavies and fines from the enmeshed coils and snarled turnings resulting from machining. The coils and turnings free of the chunk materials are forcibly fed into a crusher designed to automatically eject any chunky material which escapes the separation process.

Equipment For Reclaiming The Waste Products Of Machining

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US Patent:
44248911, Jan 10, 1984
Filed:
Jun 22, 1981
Appl. No.:
6/275732
Inventors:
Russell D. Dudley - Kalamazoo MI
Larry D. Areaux - Kalamazoo MI
Robert H. Dudley - Portage MI
Assignee:
Reclamet, Inc. - Kalamazoo MI
International Classification:
B65G 1100
US Classification:
193 2R
Abstract:
A system for processing masses of heterogeneous machining scrap metal through bulk reception, crushing of the ribbon and wire components of the scrap, separation of the chunk components and stripping the rest of the scrap of its cutting oils by centrifuging including metering the rate of feed of the scrap to the crusher and transporting the crushed component of the scrap to the centrifuge without causing it to become ensnarled and formed into balled up masses.

Inert Gas Bubble-Actuated Molten Metal Pump With Gas-Diffusion Grid

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US Patent:
60688122, May 30, 2000
Filed:
Jun 17, 1999
Appl. No.:
9/335120
Inventors:
Larry D. Areaux - Punta Gorda FL
Anthony D. Scowden - Union KY
Peter J. Corio - Fayetteville AR
Assignee:
Premelt Pump, Inc. - Kalamazoo MI
International Classification:
C21C 700
B67D 500
US Classification:
266217
Abstract:
An inert gas bubble-actuated molten metal pump, for the movement of molten metal in a molten-metal bath, which obviates the necessity of a heatproof and flameproof cover to counteract splashing and spattering at the surface of the molten metal bath above the pump, comprising an inert gas diffusion means at an upper end thereof, the diffusion means having an upper surface containing a multiplicity of small upwardly-opening apertures for the breaking up of large bubbles and the diffusion of small bubbles of inert gas upwardly therethrough. The pump includes a refractory block which comprises a conveying conduit which is preferably elongated in width and a spreader cavity in communication with both a passageway in the block for providing a source of inert gas and a lower end of the conveying conduit.

Apparatus Having Gas-Actuated Pump And Charge Well And Method Of Melting Metal Therewith Charge A Well Of A Metal-Melting Furnace

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US Patent:
59849991, Nov 16, 1999
Filed:
Apr 10, 1998
Appl. No.:
9/058495
Inventors:
Larry D. Areaux - Punta Gorda FL
Assignee:
Premelt Pump, Inc. - Kalamazoo MI
International Classification:
C22B 916
C22B 9187
US Classification:
75583
Abstract:
The charge well of a metal melting furnace is provided with an internal cavity having a circular cross section when viewed from the top, preferably a cavity of cylindrical or conical configuration, and with a peripheral exit port located tangentially with respect to said cavity at a lower level thereof for exit of molten metal into the main chamber of the furnace. An inert gas bubble-actuated molten metal pump brings molten metal from a hotter section of the furnace, advantageously directly from the main chamber, and has its exit port located tangentially to the periphery of the cavity at an upper level thereof, thereby creating vortical flow of molten metal within the charge well for the more rapid and efficient melting of metal chips and scraps into the molten metal therein and for circulation of hotter molten metal throughout the furnace. A head of molten metal can be created in the charge well, which advantageously has an exit port of restricted internal cross-sectional area, to assist with attainment of these objectives. A heat and flame-resistant cover may be located above the cavity and advantageously has an aperture therein for the loading of metal chips or scrap thereinto.

Method And Apparatus For Cleaning And Drying Metal Chips

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US Patent:
47214570, Jan 26, 1988
Filed:
May 28, 1987
Appl. No.:
7/055785
Inventors:
Larry D. Areaux - Portage MI
Robert H. Dudley - Richland MI
Assignee:
Pre-Melt Systems, Inc. - Kalamazoo MI
International Classification:
F27B 1500
US Classification:
432 58
Abstract:
There is disclosed a process for producing dried and cleaned metal chips by entraining metal chips in a gas, introducing the gas into a cyclone separator having a wall heated to fluid-vaporizing temperature by combustion effected in a surrounding chamber, purging fluid from said chips, exhausting hot gases and exiting dried metal chips from said separator, conducting hot gaseous products of combustion from the combustion chamber to a continuous centrifuge, extracting extractable fluid from starting metal chips, which may be previously uncleaned and/or unwashed, in the centrifuge, entraining the chips in the hot gaseous products of combustion introduced into the centrifuge, and conducting the gaseous products with entrained chips from the continuous centrifuge to the cyclone separator, thereby providing an essentially closed system. The combustion chamber may be a part of an afterburner furnace and hot gases entraining vaporized oil exhausted from the cyclone separator may by recycled and employed as fuel for the combustion chamber. This particular disclosure emphasizes provision in the system of hot water and/or steam from either an external source or from a water jacket around the cyclone separator, preferably together with solvent and/or detergent, and a final chip drying step wherein the drying is effected using products of combustion which are enroute back to the continuous centrifuge.
Larry D Areaux from Hudson, FL, age ~84 Get Report