Ronald C Rose from Louisville, KY, age 50

Lawyers & Attorneys

Ronald Rose - Lawyer

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Specialties:

Criminal Law

ISLN:

902025187

Admitted:

1970

University:

San Jose State University, B.S.

Law School:

Santa Clara University, J.D.

Ronald Rose - Lawyer

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Office:

Law Offices of Ronald W. Rose

ISLN:

902025170

Admitted:

1972

University:

California State University at Northridge, B.A., 1969

Law School:

Hastings College of the Law, J.D., 1972

Ronald Rose - Lawyer

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ISLN:

902025217

Admitted:

1972

University:

C.W. Post Campus of Long Island University, B.S.

Law School:

Boston University, J.D.

Ronald Rose - Lawyer

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Specialties:

General Practice

ISLN:

901074919

Admitted:

1991

University:

Cleveland State University, B.B.A., 1965; Cleveland State University, M.Ed., 1970

Law School:

Cleveland Marshall College of Law, J.D., 1991

License Records

Ronald Margaret Rose

License #:

479873

Category:

Registered Professional Nurse

Issued Date:

Apr 3, 1996

Type:

REGISTERED PROFESSIONAL NURSING

Ronald Harlan Rose

License #:

1352 - Expired

Category:

Mental Health Practice

Issued Date:

Aug 25, 1995

Effective Date:

Oct 23, 1996

Type:

Mental Health Practitioner

Ronald Harlan Rose

License #:

116 - Expired

Category:

Mental Health Practice

Issued Date:

May 9, 1988

Effective Date:

Oct 15, 1992

Type:

Professional Counselor

Ronald V Rose

License #:

39316 - Active

Category:

Well Driller

Issued Date:

Feb 4, 1993

Expiration Date:

Dec 31, 2018

Type:

WD-PIC

Us Patents

Oil Reclamation Apparatus
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US Patent:

47691476, Sep 6, 1988
Filed:

Nov 21, 1985
Appl. No.:

6/800208
Inventors:

William L. Lawrence - Louisville KY
Robert D. Coyle - Louisville KY
Ronald G. Rose - New Castle KY
Assignee:

Opcon Inc. - Louisville KY
International Classification:

B01D 3530
US Classification:

210350
Abstract:

Method and apparatus for purification of liquids, particularly hydrophobic oil-water emulsions which includes heating the emulsified liquid to a process temperature where accelerated stratification occurs and passing the fluid through a fiberous media which is maintained at a selected compressed condition which allows flow through the media to separate the oil and water phases. Additionally, within the scope of the present invention organic fluids containing significant amounts of water can be heated utilizing a vacuum in order to reduce the water content to the range of 0 to as much as 8% prior to passage through the media at the process temperature.