MICHAEL S SMITH
Vehicle Board in Delaware
License number
Pennsylvania MV128712L
Category
Vehicle Board
Type
Vehicle Salesperson
Address
Address
2
Delaware
Media, PA 19064
Media, PA 19064
Professional information
Business And Sales Development
Position:
Business Development at The Sourcing Group
Location:
Springfield, Pennsylvania
Industry:
Printing
Work:
The Sourcing Group
- Springfield, Pennsylvania since Nov 2012
-
Business Development
Advisors Mortgage Group, LLC- Mid-Atlantic Regional Sales Office
Mar 2011 - Nov 2012
-
Regional Sales Manager
Advisors Mortgage Group, LLC-Newtown Square PA
Sep 2007 - Nov 2012
-
Branch Manager
Education:
Delaware County Community College 1998 - 2004
business DCCC 2000 - 2002
business DCCC 2000 - 2002
Skills:
Sales Management, Client Development, Communication, Sales, Business Development, Account Management, New Business Development
Michael Smith
Work:
Advisors Mortgage Group, LLC
Regional Sales Mgr Advisors Mortgage Group, LLC Advisors Mortgage Group, LLC
Branch Mgr Challenge Financial Investors Corp - Newtown Square, PA
Mortgage Loan Officer Global Mortgage - West Chester, PA
Mortgage Loan Officer Simco Sign Studios, Inc - Folcroft, PA
Warehouse Mgr
Regional Sales Mgr Advisors Mortgage Group, LLC Advisors Mortgage Group, LLC
Branch Mgr Challenge Financial Investors Corp - Newtown Square, PA
Mortgage Loan Officer Global Mortgage - West Chester, PA
Mortgage Loan Officer Simco Sign Studios, Inc - Folcroft, PA
Warehouse Mgr
Michael Smith - Wallingford, PA
Work:
UTC/RAS - Morton, PA
Mechanic
Mechanic
Method Of Gelatin Recovery And Purification From Encapsulation Processes
US Patent:
5288408, Feb 22, 1994
Filed:
Oct 26, 1992
Appl. No.:
7/965965
Inventors:
William J. Schmidt - Dresher PA
Michael F. Smith - Springfield PA
James W. Neal III - King of Prussia PA
Michael F. Smith - Springfield PA
James W. Neal III - King of Prussia PA
Assignee:
Chemical Industry Consultants, Inc. - Springfield PA
International Classification:
B01D 1100, B01D 3518
US Classification:
210634
Abstract:
The subject invention relates generally to a novel method of recycling gelatin-based encapsulation waste material and, more specifically, to a process for the recovery and purification of gelatin and softening agents therefrom. In the preferred embodiment, deionized water is added to the waste material thereby forming an aqueous solution of gelatin and glycerine dispersed within the remaining oil and residual active-ingredient components of the waste material. Extraction methods are employed under specific conditions to effect separation of the bottom aqueous phase from the upper oil phase. The lower phase is hot filtered to remove any remaining traces of oil or other contaminants and the filtrate is then charged to a concentration vessel adapted for vacuum distillation. The water solvent is thus removed under specific thermal and atmospheric conditions until the desired concentration of gelatin and glycerine is achieved. A pure, concentrated aqueous gelatin-glycerine solution results which may be stored or further prepared for immediate reuse.