Brian Joseph Levitt
Engineers in Denver, CO
License number
Utah 3093410-2202
Issued Date
Sep 13, 2000
Expiration Date
Mar 31, 2017
Category
Engineer/Land Surveyor
Type
Professional Engineer
Address
Address
Denver, CO
Education
COLORADO STATE UNIVERSITY, Dec 8, 1972
Professional information
Brian Levitt
Work:
Carbon Energy Advisors, LLC (aka: CarbEn)
Managing Principal INTEGRAL Real Estate Development, LLC
Managing Member Adams County Economic Development - Denver, CO
Economic Development Manager Hampton Development Company, Inc. - Denver, CO
President Forest City Enterprises, Inc. - Denver, CO
Vice President, Development Blackfox Real Estate Group - Denver, CO
Development Director
Managing Principal INTEGRAL Real Estate Development, LLC
Managing Member Adams County Economic Development - Denver, CO
Economic Development Manager Hampton Development Company, Inc. - Denver, CO
President Forest City Enterprises, Inc. - Denver, CO
Vice President, Development Blackfox Real Estate Group - Denver, CO
Development Director
Education:
University of Denver - Denver, CO
MS in Real Estate and Construction Management University of Colorado - Boulder, CO
BA in Psychology
MS in Real Estate and Construction Management University of Colorado - Boulder, CO
BA in Psychology
Skills:
Real estate acquisitions, investment, development, asset management, sustainability consulting.
Senior Mechanical Engineer
Position:
Senior Mechanical Engineer at Jacobs Engineering Group
Location:
Greater Denver Area
Industry:
Mining & Metals
Work:
Jacobs Engineering Group
- 707 17th St., Denver, Colorado 80202 since Nov 2009
-
Senior Mechanical Engineer
URS Corporation
Aug 1977 - Jul 2009
-
Senior Mechanical Engineer
Education:
Colorado State University 1968 - 1972
Skills:
Engineering Management, Project Engineering, Nuclear, Engineering, Earned Value Management, Mining, Engineering Design, Mechanical Engineering, Gas, P&ID, Process Engineering, Energy, EPC, Systems Engineering, Project Control, Piping, Factory
Project Engineering Manager At Urs Corporation
Position:
Project Engineering Manager at URS Corporation
Location:
Greater Denver Area
Industry:
Mechanical or Industrial Engineering
Work:
URS Corporation
-
Project Engineering Manager
Education:
MS Management - Colorado Technical University
Vp Of Development At Forest City
Position:
VP of Development at Forest City
Location:
Greater Denver Area
Industry:
Real Estate
Work:
Forest City
-
VP of Development
Education:
University of Colorado Denver
Owner, Integral Real Estate Development, Llc
Position:
Owner at Integral Real Estate Development, LLC
Location:
Greater Denver Area
Industry:
Real Estate
Work:
Integral Real Estate Development, LLC
-
Owner
Education:
University of Denver - Daniels College of Business 1995 - 1996
Catalyst Recover From A Slurry
US Patent:
7375143, May 20, 2008
Filed:
Nov 22, 2005
Appl. No.:
11/284561
Inventors:
Sara I. Kopponen - Anchorage AK, US
Ralph T. Goodwin - Ponca City OK, US
Kristi A. Fjare - Ponca City OK, US
Barbara A. Belt - Seabrook TX, US
Brian J. Levitt - Aurora CO, US
Richard J. Wissbaum - Littleton CO, US
Mariella L. Raven - Houston TX, US
Frank B. Walter - Englewood CO, US
Ralph T. Goodwin - Ponca City OK, US
Kristi A. Fjare - Ponca City OK, US
Barbara A. Belt - Seabrook TX, US
Brian J. Levitt - Aurora CO, US
Richard J. Wissbaum - Littleton CO, US
Mariella L. Raven - Houston TX, US
Frank B. Walter - Englewood CO, US
Assignee:
ConocoPhillips Company - Houston TX
International Classification:
C07C 27/00, B01J 20/34
US Classification:
518710, 518709, 518715, 502 22, 502 38, 502 44
Abstract:
Embodiments of the invention relate to processes and apparatus for the washing and recovery of metal-containing catalyst solids in a form suitable for reclamation. More specifically, a catalyst recovery process comprises removing an organic residue with a washing medium from a metal-containing catalyst solids, recovering washed solids, and treating the washed solids under oxidative conditions to form non-reactive solids. The treatment oxidative conditions may be effective to convert the metal(s) into an oxide form and/or may facilitate the removal of remaining organic residue from the washed solids. The treatment of the washed solids may comprise calcination. In some embodiments, the metal-containing catalyst solids may be recovered from a slurry stream, and the process further comprises passing the slurry stream though a separation unit to obtain a catalyst-enriched retentate slurry. In some embodiments, the organic residue comprises a hydrocarbon wax, and the solid catalyst is a hydrocarbon synthesis particulate catalyst.