Charles E Castro from Ketchum, ID

Resumes

Highly Trained Communicator, Seasoned Social Worker, Versatile Sales Professional, And Entrepreneur

view source

Position:

Retail Account Executive at Comcast

Location:

Roselle, New Jersey

Industry:

Telecommunications

Work:

Comcast - Trevose, PA since Nov 2011
Retail Account Executive
Charlie & Max's Canine Service - Roselle, NJ Oct 2012 - Oct 2012
Dog Trainer/Handler
AT&T Mobility Oct 2010 - Nov 2011
Retail Sales Consultant
City Of New York Aug 2007 - Nov 2010
Investigator
A + Products Apr 2003 - Apr 2005
National Account Manager

Education:

09/2009 New York Real Estate Inst 2008 - 2009
Real Estate Sales License, Real Estate 2003 Rutgers University 1995 - 2003
Bachelor, Criminal Justice Major

Skills:

Communication
Negotiation
Listening to customers
Overcoming Challenges
Persuasive Speaker
Typing
Spanish-speaking
Organizational Effectiveness
Sales
Legal
Report Writing
Social Services
Crisis Intervention
Investigation
Defensive Driving
Real Estate

Interests:

Home, Condo, Co-op, and Apartment sales and rentals!

Languages:

Russian

Charles Castro

view source

Charles Plumer Castro

view source

Charles Castro

view source

Charles Castro

view source

Charles Castro

view source

Charles Castro

view source

Helper

view source

Position:

Graphic Artist at Help Inc

Location:

United States

Industry:

Graphic Design

Work:

Help Inc since Jan 2012
Graphic Artist

Us Patents

Site Reactivity Probes For The Environment
view source
US Patent:

60308435, Feb 29, 2000
Filed:

Jul 31, 1996
Appl. No.:

8/692832
Inventors:

Charles E. Castro - Laguna Beach CA
Assignee:

The Regents of the University of California - Oakland CA
International Classification:

G01N 2400
C07C 5100
C07C 5308
C07C 5316
US Classification:

436173
Abstract:

The 136 labeled compounds chloroacetic acid (CA), chloroacetamide (CAM), and chloroactonitrile (CCN), have been synthesized, and provide the site reactivity probes (SRP) of the present disclosure. The reactivity of diverse environmental sites and samples, including activated sludge, dump sites, coastal marne water, soil, and lake sediments, have been assessed for site reactivity using the disclosed probes, and provide a useful and accurate index of the sites transformation potential and environmental profile. Methods of using these probes in the assessment of a sample from a desired environment are also disclosed. Application in health, remediation, and environmental profiling of a region may be provided with the various site reactivity probes described. Particular methods for assessing the effectiveness of remediation efforts and in gauging the effects of treatments to an environmental site are further particular applications of the technology disclosed herein.