WILLIAM T SCOTT, MD
Medical Practice at Magnolia Ave, Orlando, FL

License number

Florida ME0067982

Personal information

See more information about WILLIAM T SCOTT at radaris.com

Name

Address

Phone

William Scott, age 94

525 N 61St Ave, Pensacola, FL 32506

(850) 455-0597

William Scott, age 75

5405 Barlow Ter, North Port, FL 34287

William Scott, age 78

5409 N Us Highway 1, Fort Pierce, FL 34946

(772) 559-8601

Organization information

See more information about WILLIAM T SCOTT at bizstanding.com

Delaney Ob-Gyn - William T Scott MD

525 S Magnolia Ave, Orlando, FL 32801

Categories:

Gynecology & Obstetrics Physicians & Surgeons, Physicians & Surgeons

Phone:

(407) 316-8550 (Phone)

Products:

Obstetrics

William T Scott MD

Orlando, FL

Industry:

Medical Doctor's Office

Addresses:

100 W Gore St, Orlando, FL 32806
525 S Magnolia Ave, Orlando, FL 32801

Medical Doctor, Principals:

Anthony Lynn Scott (Medical Doctor),William T. Scott (Medical Doctor, Principal)

William T. Scott, M.D., PA

24 Sturtevant St, Orlando, FL 32806

Status:

Inactive

Registration:

Aug 1, 1997

State ID:

P97000066597

Business type:

Domestic for Profit Corporation

Director:

William T. Scott Director, inactive

Professional information

See more information about WILLIAM T SCOTT at trustoria.com

Entertainment Performer

Position:

Entertainment Performer at Walt Disney World

Location:

Orlando, Florida Area

Industry:

Public Relations and Communications

Work:

Walt Disney World since Dec 2011 - Entertainment Performer Walt Disney World Resort Jan 2010 - Dec 2011 - Character Host Alpha Sigma Phi Fraternity, Inc. 2005 - 2011 - Brother Disney College Aug 2007 - Dec 2009 - Campus Representative SpringHill Camps Jun 2008 - Aug 2008 - Public Relations/Development Intern Walt Disney World Resort Jan 2007 - May 2007 - Merchandise Host

Education:

Bowling Green State University 2005 - 2009
Bachelors of Science, Journalism, Public Relations

Skills:

Public Relations, Marketing, Journalism, Event Planning, Social Media, Social Networking, Facebook, Public Speaking, Event Management, Social Media Marketing, Blogging, Ap Style

Interests:

New Technology, Singing, Disney, Community Theater, Professional Networking, reading novels, YouTube, Twitter, Social Networking

William G. Scott, Tampa FL - Lawyer

Office:

Trenam, Kemker, Scharf, Barkin, Frye, O'Neill & Mullis Professional Association
101 East Kennedy Blvd, Tampa, FL 33602

Specialties:

Real Estate and Lending Transactions, Commercial Leasing, Zoning, Land Use and Growth Management, Real Property Transactions and Investments, Asset-Based Lending, Real Estate Lending-Construction, Interim and Permanent

ISLN:

903889597

Admitted:

1977, Florida

University:

Duke University, B.S., magna cum laude, in Political Science, 1974

Law School:

Vanderbilt University, J.D., 1977 Vanderbilt Law Review, Associate Editor

Links:

Site

Biography:

William "Bill" Scott joined the firm in 1977 and is a Senior Member. Honors & Distinctions: · AV Preeminent Peer Review Rated by Martindale Hubbell · The ...

Dr. William T Scott, Orlando FL - MD (Doctor of Medicine)

Specialties:

Obstetrics & Gynecology

Address:

Womens Care Florida Delany OBG
10917 Dylan Loren Cir SUITE B, Orlando 32825
(407) 380-7998 (Phone)
Delaney Obstetrics & Gynecology
525 S Magnolia Ave, Orlando 32801
(407) 316-8550 (Phone)

Certifications:

Obstetrics & Gynecology, 2010

Awards:

Healthgrades Honor Roll

Languages:

English

Education:

Medical School
Medical University of South Carolina
Graduated: 1993
Orlando Reg Healthcare Sys

William Scott - Belle Isle, FL

Work:

Purenergy Corporation
Electrical/mechanical Technician Taylor Farms
Electrical/mechanical Technician Orange County Utilities Department
Mechanical Technician Taylor Farms
Mechanical Technician Sound Advice
Installer King and Sorg Electric
Apprentice Electrician

Education:

University High School
Diploma

Low Temperature, Non-So.sub.2 Polluting, Kettle Process For Separation Of Lead From Lead Sulfide-Containing Material

US Patent:

4333763, Jun 8, 1982

Filed:

Mar 20, 1980

Appl. No.:

6/132239

Inventors:

Carl R. Di Martini - Piscataway NJ
Herbert E. Howe - North Plainfield NJ
William L. Scott - Tampa FL
Leo J. Bulvanoski - Fords NJ

Assignee:

Asarco Incorporated - New York NY

International Classification:

C22B 1300

US Classification:

75 77

Abstract:

Lead is separated from material containing lead sulfide, e. g. galena ore concentrate, by a substantially autogenous process involving establishing a pool of molten lead in a kettle, adding a metallic alkali metal, e. g. metallic sodium, to the molten lead in an amount sufficient to reduce the combined lead of the lead sulfide to metallic lead, adding the ore concentrate to the molten lead pool, and mixing together the metallic sodium, molten lead and ore concentrate. The sodium reacts rapidly and exothermically with the lead sulfide to reduce the combined lead of the lead sulfide to metallic lead and form sodium sulfide. The thus-liberated metallic lead reports in the molten lead pool, and a matte phase containing the sodium sulfide separates from the molten lead and forms on the surface of the molten lead pool. Lead sulfide from an excess of the ore concentrate, or other suitable added flux, which is usually added to the molten lead pool, serves to flux the sodium sulfide-containing matte phase to attain desired fluid and low melting characteristics of the matte phase. The process herein employs a kettle as the reactor, ordinarily the steel refining kettle of a lead refinery, is a low temperature process requiring temperatures above the melting point of lead but ordinarily not above 650. degree. C.

Low Temperature, Non-So.sub.2 Polluting, Kettle Process For Separation Of Lead From Lead Sulfide-Containing Material

US Patent:

4521247, Jun 4, 1985

Filed:

Mar 21, 1983

Appl. No.:

6/475210

Inventors:

Carl R. Di Martini - Piscataway NJ
Herbert E. Howe - North Plainfield NJ
William L. Scott - Tampa FL
Leo J. Bulvanoski - Fords NJ

Assignee:

ASARCO Incorporated - New York NY

International Classification:

C22B 1300

US Classification:

75 77

Abstract:

Lead is separated from material containing lead sulfide, e. g. , galena ore concentrate, by a substantially autogenous process involving establishing a pool of molten lead in a kettle, adding a metallic alkali metal, e. g. , metallic sodium, to the molten lead in an amount sufficient to reduce the combined lead of the lead sulfide to metallic lead, adding the ore concentrate to the molten lead pool, and mixing together the metallic sodium, molten lead and ore concentrate. The sodium reacts rapidly and exothermically with the lead sulfide to reduce the combined lead of the lead sulfide to metallic lead and form sodium sulfide. The thus-liberated metallic lead reports in the molten lead pool, and a matte phase containing the sodium sulfide separates from the molten lead and forms on the surface of the molten lead pool. Lead sulfide from an excess of the ore concentrate, or other suitable added flux, which is usually added to the molten lead pool, serves to flux the sodium sulfide-containing matte phase to attain desired fluid and low melting characteristics of the matte phase. The process herein employs a kettle as the reactor, ordinarily the steel refining kettle of a lead refinery, is a low temperature process requiring temperatures above the melting point of lead but ordinarily not above 650. degree. C.

Low Temperature, Non-So.sub.2 Polluting, Kettle Process For The Separation Of Antimony Values From Material Containing Sulfo-Antimony Compounds Of Copper

US Patent:

4333762, Jun 8, 1982

Filed:

Mar 20, 1980

Appl. No.:

6/132240

Inventors:

Carl R. Di Martini - Piscataway NJ
William L. Scott - Tampa FL
Leo J. Bulvanoski - Fords NJ

Assignee:

Asarco Incorporated - New York NY

International Classification:

C22B 3002

US Classification:

75 69

Abstract:

Antimony values are separated from a material containing a sulfo-antimony compound of copper, e. g. tetrahedrite ore concentrate, by a process involving establishing a pool of molten lead, adding a metallic alkali metal, e. g. metallic sodium, to the molten lead in an amount which is sufficient to reduce the combined antimony of the sulfo-antimony compound or compounds of copper of the tetrahedrite to metallic antimony, adding the tetrahedrite ore concentrate to the molten lead, and mixing together the alkali metal, molten lead, and tetrahedrite ore concentrate. The alkali metal and sulfo-antimony compound of copper are reacted together in the presence of the molten lead for a period which is sufficient to reduce the antimony of the sulfo-antimony compound of copper to metallic antimony and to form one or more sulfo-alkali metal compounds of copper, and a matte phase which separates from the molten lead. The reduced, metallic antimony passes into the molten lead pool, and the sulfo-alkali metal compound or compounds of copper report in the matte phase on the surface of the molten lead pool. The matte phase is separated from the molten lead.