Thomas James Peters
Engineers in Denver, CO

License number
Colorado 30603
Issued Date
Jul 7, 1995
Renew Date
Aug 1, 2003
Expiration Date
Jul 31, 2005
Type
Professional Engineer
Address
Address
3081 So Fairfax St, Denver, CO 80222

Professional information

Thomas Peters Photo 1

Method For Recovering And Recycling Of Food Products From Non-Metallic Containers

US Patent:
5352469, Oct 4, 1994
Filed:
Oct 26, 1992
Appl. No.:
7/966872
Inventors:
Thomas J. Peters - Denver CO
Assignee:
SSDE Technologies Corporation - Denver CO
International Classification:
A23P 100, B03C 100
US Classification:
426478
Abstract:
Food and other contents of non-metallic containers are recovered from the containers by cutting the container bodies into fragments, advancing along a vibrating conveyor section through a liquid spray while simultaneously tumbling the fragments and the contents, continuing to advance the fragments and contents across strainer sections in the conveyor section to remove at least a part of the contents, lifting the fragments off of the conveyor section and advancing along a separate path of travel away from the conveyor section for collection together with any fragments and food contents remaining on the conveyor section after passing over the strainer sections. In converting food contents into usable food or feed values, the contents recovered through the strainer sections may be dried to reduce their moisture level either by mechanical dehydration or the addition of bulking agents, or both, and may be advanced through an extruder to convert the dried food contents into a complete ration.


Thomas Peters Photo 2

Method For Separation Of Canned Goods And Reclaiming Useful Food Values Therefrom

US Patent:
5230917, Jul 27, 1993
Filed:
Nov 12, 1991
Appl. No.:
7/790368
Inventors:
Thomas J. Peters - Denver CO
Assignee:
SSDE Technologies Corporation - Denver CO
International Classification:
A23P 100, B03C 100
US Classification:
426478
Abstract:
Food contents are separated from ferrous metal cans for conversion into useful byproducts by lacerating the can bodies into strips of metal to expose their contents, advancing along a vibrating conveyor section through a liquid spray, followed by magnetic separation to remove the metal strips and separately collect the food contents and metal strips for recycling. In order to convert the food contents into animal feed, the contents are first dried to reduce their moisture level either by mechanical dehydration or by the addition of bulking agents and then advanced through an extruder section to convert the food contents into dry particle form.


Thomas Peters Photo 3

Method Of Recycling Waste Food Materials Into Useful Byproducts

US Patent:
5346714, Sep 13, 1994
Filed:
Jun 14, 1993
Appl. No.:
8/077126
Inventors:
Thomas J. Peters - Denver CO
Assignee:
SSDE Technologies Corporation - Denver CO
International Classification:
A23K 100
US Classification:
426465
Abstract:
Food contents are separated from ferrous metal cans for conversion into useful byproducts by lacerating the can bodies into strips of metal to expose their contents, advancing along a vibrating conveyor section through a liquid spray, followed by magnetic separation to remove the metal strips and separately collect the food contents and metal strips for recycling. In order to convert the food contents into animal feed, the contents are first dried to reduce their moisture level either by mechanical dehydration or by the addition of bulking agents and then advanced through an extruder section to convert the food contents into dry particle form.


Thomas Peters Photo 4

Apparatus For Separating Food Contents

US Patent:
5438918, Aug 8, 1995
Filed:
Jun 14, 1993
Appl. No.:
8/077123
Inventors:
Thomas J. Peters - Denver CO
Assignee:
SSDE Technologies Corporation - CO
International Classification:
A23P 100, B03C 100
US Classification:
99483
Abstract:
Food contents are separated from ferrous metal cans for conversion into useful byproducts by lacerating the can bodies into strips of metal to expose their contents, advancing along a vibrating conveyor section through a liquid spray, followed by magnetic separation to remove the metal strips and separately collect the food contents and metal strips for recycling. In order to convert the food contents into animal feed, the contents are first dried to reduce their moisture level either by mechanical dehydration or by the addition of bulking agents and then advanced through an extruder section to convert the food contents into dry particle form.