DR. JOHN E ARBO, MD
Osteopathic Medicine at 14 St, New York, NY

License number

New York A112603

Personal information

See more information about JOHN E ARBO at radaris.com

Name

Address

Phone

John Arbo, age 69

172 Bellvale Lakes Rd, Warwick, NY 10990

John Arbo

176 Bellvale Lakes Rd #A, Warwick, NY 10990

John Arbo

3115 Broadway APT 34, New York, NY 10027

(212) 866-0389

John Arbo

47 Old Field Rd, Setauket, NY 11733

(631) 375-3865

John Arbo, age 84

521 W 112Th St APT 21, New York, NY 10025

(212) 865-0497

Professional information

Dr. John E Arbo, New York NY - MD (Doctor of Medicine)

Specialties:

Critical Care Medicine, Critical Care Emergency Medicine

Address:

525 E 68Th St, New York 10065
(212) 746-5454 (Phone)
BELLEVUE HOSPITAL CENTER
462 1St Ave, New York 10016
(212) 562-5555 (Phone)
462 1St Ave SUITE 345A, New York 10016

Certifications:

Critical Care Medicine, 2012, Emergency Medicine, 2011

Awards:

Healthgrades Honor Roll

Languages:

English

Education:

Medical School
State University of New York / Health Science Center At Stony Brook
Graduated: 2006

John E Arbo, New York NY

Specialties:

Emergency Medicine Physician

Address:

462 1St Ave, New York, NY 10016
455 E 14Th St, New York, NY 10009

Board certifications:

American Board of Emergency Medicine Certification in Emergency Medicine

Associate At Columbia Univ Applied Physics

Position:

Associate at Columbia Univ Applied Physics

Location:

Greater New York City Area

Industry:

Research

Work:

Columbia Univ Applied Physics - Associate

Process For Recovery Of Sulfur Values From A Gas Stream

US Patent:

5057298, Oct 15, 1991

Filed:

Jul 2, 1990

Appl. No.:

7/548195

Inventors:

William G. Ray - Mountain Lakes NJ
John C. Arbo - New York NY
George E. Gryka - Southport CT

Assignee:

Pipco, Inc. - Southport CT

International Classification:

C01B 1705

US Classification:

423574L

Abstract:

The invention is a process wherein SO. sub. 2 is absorbed in a concentrated solution of potassium citrate and the solution is reacted with H. sub. 2 S at a temperature above the melting point of sulfur to form elemental sulfur. The reaction produces a solution lean in sulfur dioxide. SO. sub. 2, in the form of a rich solution or a gas, can be introduced into the lean solution in order to inhibit post-formation of sulfur. This introduction of SO. sub. 2 avoids a tendency for sulfur to form continually after the solution exits the reaction zone.