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Tyler Humphreys Phones & Addresses

  • 7818 W Farm Road 22, Willard, MO 65781
  • 631 Brown Ave, Springfield, MO 65802 (417) 863-1327
  • 718 Jonathan Ave, Springfield, MO 65802 (417) 862-8396

Business Records

Name / Title
Company / Classification
Phones & Addresses
Tyler Humphreys
Production Manager
ALLEN FILTERS, INC
Mfg General Industrial Machinery
210 S Un Ave, Springfield, MO 65802
PO Box 747, Springfield, MO 65801
(417) 865-2844, (417) 865-2469

Publications

Us Patents

Re-Refining Used Petroleum Based Fluids

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US Patent:
20170349842, Dec 7, 2017
Filed:
Aug 24, 2017
Appl. No.:
15/685933
Inventors:
- Springfield MO, US
Tyler Humphreys - Willard MO, US
International Classification:
C10G 55/04
C10G 7/04
C10G 31/06
C10G 33/00
Abstract:
A method for separating a lubrication oil from a waste fluid includes separating water from the waste fluid by heating the waste fluid while sealed in a first vacuum chamber to a first temperature and first pressure. Fuel oil is separated from a fluid received from the first vacuum chamber by heating the fluid while sealed in a second vacuum chamber to a second temperature that is higher than the first temperature and at a second pressure. Finally, the lubrication oil is separated from a fluid received from the second vacuum chamber by heating the fluid received from the second vacuum chamber while sealed in a third vacuum chamber to a third temperature that is higher than the second temperature and at a third pressure.

Re-Refining Used Petroleum Based Fluids

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US Patent:
20160244676, Aug 25, 2016
Filed:
Feb 20, 2015
Appl. No.:
14/627699
Inventors:
- Springfield MO, US
Tyler Humphreys - Springfield MO, US
International Classification:
C10G 7/06
C10G 55/04
C10G 7/00
Abstract:
A method for separating a lubrication oil from a waste fluid includes separating water from the waste fluid including a lubrication oil by heating the waste fluid while sealed in a first vacuum chamber to a first maximum specified temperature and first specified pressure. Fuel oil is separated from a fluid received from the first vacuum chamber by heating the fluid while sealed in a second vacuum chamber to a second maximum specified temperature that his higher than the first maximum specified temperature and at a second specified pressure. Finally, the lubrication oil is separated from a fluid received from the second vacuum chamber by heating the fluid received from the second vacuum chamber while sealed in a third vacuum chamber to a third maximum specified temperature that his higher than the second maximum specified temperature and at a third specified pressure. The first, second and third pressures need not be different.
Tyler L Humphreys from Willard, MO, age ~40 Get Report