MR. MICHAEL LLOYD DAVIS
Mental Health in Spokane, WA
License number
Washington LH00003714
Category
Mental Health
Type
Mental Health
Address
Address
104 S Freya St Turqoise Flag Bldg STE 226B, Spokane, WA 99202
Phone
(509) 532-1600
(509) 533-1966 (Fax)
(509) 533-1966 (Fax)
Professional information
Applied Insight, Wellness Division
Position:
owner at Applied Insight Management
Location:
Spokane, Washington Area
Industry:
Management Consulting
Work:
Applied Insight Management
-
owner
Education:
Eastern Washington University
B.A., Applied Psychology Counseling Skidmore College
M.A., Family Therapy Washington Grade school
B.A., Applied Psychology Counseling Skidmore College
M.A., Family Therapy Washington Grade school
Michael Davis - Spokane, WA
Work:
Best Buy, Inventory
Chelan Fruit Cooperative, Line Controller, Chelan Troy's Pizza - Chelan, WA
Cook / Delivery Driver / Customer Service Cherry Line - Chelan, WA
Chelan Fruit Cooperative, Line Controller, Chelan Troy's Pizza - Chelan, WA
Cook / Delivery Driver / Customer Service Cherry Line - Chelan, WA
Education:
Wenatchee Valley College - Wenatchee, WA
A.A. Chelan High School - Chelan, WA
A.A. Chelan High School - Chelan, WA
Network Operations Manager At E-Insites
Position:
Network Operations Manager at e-Insites
Location:
Spokane, Washington Area
Industry:
Internet
Work:
e-Insites
-
Network Operations Manager
Michael L Davis, Spokane WA
Specialties:
Counseling
Address:
104 S Freya St, Spokane 99202
(509) 532-1600 (Phone), (509) 533-1966 (Fax)
(509) 532-1600 (Phone), (509) 533-1966 (Fax)
Languages:
English
Michael Lloyd Davis, Spokane WA
Specialties:
Psychotherapist
Address:
104 S Freya St, Spokane, WA 99202
Method For Treating A Fuel Cell Membrane, A Fuel Cell, And A Conditioned Fuel Cell Membrane
US Patent:
2006025, Nov 9, 2006
Filed:
May 5, 2005
Appl. No.:
11/123379
Inventors:
Michael Davis - Spokane WA, US
William Fuglevand - Spokane WA, US
David Lott - Spokane WA, US
William Fuglevand - Spokane WA, US
David Lott - Spokane WA, US
International Classification:
H01M 8/10, C08J 5/22
US Classification:
429030000, 429049000, 521026000
Abstract:
A method for treating a fuel cell membrane is described and which includes providing a fuel cell membrane which is not generating an electrical current output; and exposing the fuel cell membrane which is not generating an electrical current output to a nonambient environment which is effective to render the fuel cell membrane substantially immediately operable to generate at least about 80% of the maximum sustainable electrical power output of the fuel cell membrane when it is supplied with a source of fuel and an oxidant. The present invention also describes a fuel cell produced by the same methodology and a conditioned fuel cell membrane.