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Richard Hopewell

In the United States, there are 25 individuals named Richard Hopewell spread across 24 states, with the largest populations residing in Pennsylvania, California, Massachusetts. These Richard Hopewell range in age from 22 to 74 years old. Some potential relatives include Bryan Pruitt, Leslie Pruitt, Briana Hopewell. You can reach Richard Hopewell through various email addresses, including richard.hopew***@att.net, richard.hopew***@aol.com, yolandasaun***@msn.com. The associated phone number is 850-457-1536, along with 6 other potential numbers in the area codes corresponding to 831, 757, 210. For a comprehensive view, you can access contact details, phone numbers, addresses, emails, social media profiles, arrest records, photos, videos, public records, business records, resumes, CVs, work history, and related names to ensure you have all the information you need.

Public information about Richard Hopewell

Resumes

Resumes

Designer

Richard Hopewell Photo 1
Location:
Atlanta, GA
Industry:
Arts And Crafts
Work:
Rd
Designer

Richard Anthony Hopewell

Richard Hopewell Photo 2
Location:
1902 Treehills Pkwy, Stone Mountain, GA 30088

West Chester, Pennsylvania

Richard Hopewell Photo 3
Location:
216 Elton Cir, West Chester, PA 19382
Industry:
Computer Software
Work:
City and County of Honolulu - Kapolei, Oahu, Hawaii Jun 2009 - Aug 2009
Regulatory Control Branch Intern Hawaiian Eye Center - Wahiawa, Oahu, Hawaii May 2008 - Jan 2009
Billing Department Assistant/Front Desk Scheduler Kremer Laser Eye Center - King Of Prussia, PA Jan 2003 - Aug 2006
Medical Records Manager/IT Department
Education:
Penn State University 2006 - 2009
B.A., Environmental Studies
Skills:
Training, Sustainability, Leadership, Research, Program Management, Management, Time Management, Project Planning, Policy, Networking, Data Analysis, Microsoft Office, Analysis, Public Speaking, Fundraising, Workshop Facilitation, Program Development, Project Management, Public Relations, Business Development, Customer Service, Teamwork, Business Process Improvement, Account Management, Team Building, Customer Satisfaction, Planning, Microsoft Excel, Sales
Interests:
Bioremediation
Environment
Education
Science and Technology
Erm
Environmental Policy
Health
Languages:
Spanish

Richard Hopewell

Richard Hopewell Photo 4

Richard Hopewell - Dallas, TX

Richard Hopewell Photo 5
Work:
TacoBell - Aubrey, TX 2011 to 2012
General Manager Olde Savannah Flooring Inc - Atlanta, GA 2009 to 2011
Production Manager Taco Bell/Pizza Hut - Dallas, TX 2007 to 2009
Assistant General Manager Papa Murphy's Pizza - Grand Rapids, MI 2005 to 2007
General Manager Checkers - Grand Rapids, MI 2001 to 2005
Assistant General Manager
Education:
Grambling State University - Grambling, LA 1994 to 1996
Elementary Education Eastfield Junior College - Mesquite, TX 1992 to 1993
Elementary Education

Field Coordinator -- Innovative Energy Corporation

Richard Hopewell Photo 6
Location:
Greater Philadelphia Area
Industry:
Environmental Services

Shipping Receiving Supervisor

Richard Hopewell Photo 7
Location:
Dallas, TX
Industry:
Warehousing
Work:
Lonestar Electric Supply
Dispatcher Lonestar Electric Supply
Shipping Receiving Supervisor Taco Bell 2007 - 2012
General Manager
Education:
Grambling State University

Bioenvironmental Engineering Technician

Richard Hopewell Photo 8
Location:
Baltimore, MD
Industry:
Environmental Services
Work:
United States Air Force 1993 - 2003
Utilities Systems Technician United States Air Force 1993 - 2003
Bioenvironmental Engineering Technician
Education:
Central Texas College

Phones & Addresses

Name
Addresses
Phones
Richard L Hopewell
210-655-9628
Richard L Hopewell
210-655-9628
Richard Hopewell
850-457-1536
Richard R Hopewell
913-782-5521, 913-829-1149
Richard R Hopewell
252-795-3694
Richard Hopewell
831-429-5967
Richard S Hopewell
850-455-0856

Publications

Us Patents

Dehydrogenation Separation Unit With Mixed Refrigerant Cooling

US Patent:
2020010, Apr 9, 2020
Filed:
Oct 8, 2019
Appl. No.:
16/595866
Inventors:
- Ball Ground GA, US
Brent A. Heyrman - The Woodlands TX, US
Timothy P. Gushanas - Pearland TX, US
Richard Hopewell - The Woodlands TX, US
International Classification:
F25J 3/06
F25J 1/00
C07C 7/09
Abstract:
A system for separating olefinic hydrocarbon and hydrogen in an effluent fluid stream from a dehydrogenation reactor includes a heat exchanger that receives and partially condenses the effluent fluid stream so that a mixed phase effluent stream is formed. A primary separation device receives and separates the mixed phase effluent stream into a primary vapor stream and a primary liquid product stream. A heat exchanger receives and partially condenses the primary vapor stream so that a mixed phase primary stream is formed. A secondary separation device receives and separates the mixed phase primary stream into a secondary vapor stream and a secondary liquid product stream. A heat exchanger receives and warms the secondary vapor stream to provide refrigeration for partially condensing the effluent fluid stream and a heat exchanger receives and warms the secondary vapor stream to provide refrigeration for partially condensing the primary vapor stream. A mixed refrigerant compression system provides refrigerant to a heat exchanger to provide refrigeration.

Dehydrogenation Separation Unit With Mixed Refrigerant Cooling

US Patent:
2021014, May 20, 2021
Filed:
Nov 25, 2020
Appl. No.:
17/104307
Inventors:
- Ball Ground GA, US
Brent A. Heyrman - The Woodlands TX, US
Timothy P. Gushanas - Pearland TX, US
Richard Hopewell - Medfield MA, US
International Classification:
F25J 1/00
F25J 1/02
Abstract:
A main heat exchanger receives and partially condenses an effluent fluid stream so that a mixed phase effluent stream is formed. A primary separation device receives and separates the mixed phase effluent stream into a primary vapor stream including hydrogen and a primary liquid stream including an olefinic hydrocarbon. The main heat exchanger receives and warms at least a portion of the primary vapor stream to provide refrigeration for partially condensing the effluent fluid stream. The main heat exchanger also receives, warms and partially vaporizes the primary liquid stream. A mixed refrigerant compression system also provides refrigeration in the main heat exchanger.

Process For Prevention Of Water Build-Up In Cryogenic Distillation Column

US Patent:
4717408, Jan 5, 1988
Filed:
Aug 1, 1986
Appl. No.:
6/892920
Inventors:
Richard B. Hopewell - Medfield MA
Assignee:
Koch Process Systems, Inc. - Westboro MA
International Classification:
F25J 308
US Classification:
62 20
Abstract:
A process by which a vapor side product stream is taken from the bottom section of a cryogenic distillation column, such as a propane or ethane recovery column, which process optionally employs a nonpolar liquid additive for use in the separation of acid gases from a hydrocarbon feed stream. The withdrawal of the vapor side stream prevents the build-up of water in the column which would ordinarily lead to free-water formation or the formation of solid hydrates in the cryogenic distillation column.

Dehydrogenation Separation Unit With Mixed Refrigerant Cooling

US Patent:
2023011, Apr 13, 2023
Filed:
Dec 9, 2022
Appl. No.:
18/063853
Inventors:
- Ball Ground GA, US
Brent A. Heyrman - The Woodlands TX, US
Timothy P. Gushanas - Pearland TX, US
Richard Hopewell - The Woodlands TX, US
International Classification:
F25J 3/06
C07C 7/09
F25J 1/00
Abstract:
A system for separating olefinic hydrocarbon and hydrogen in an effluent fluid stream from a dehydrogenation reactor includes a heat exchanger that receives and partially condenses the effluent fluid stream so that a mixed phase effluent stream is formed. A primary separation device receives and separates the mixed phase effluent stream into a primary vapor stream and a primary liquid product stream. A heat exchanger receives and partially condenses the primary vapor stream so that a mixed phase primary stream is formed. A secondary separation device receives and separates the mixed phase primary stream into a secondary vapor stream and a secondary liquid product stream. A heat exchanger receives and warms the secondary vapor stream to provide refrigeration for partially condensing the effluent fluid stream and a heat exchanger receives and warms the secondary vapor stream to provide refrigeration for partially condensing the primary vapor stream. A mixed refrigerant compression system provides refrigerant to a heat exchanger to provide refrigeration

Dehydrogenation Separation Unit With Mixed Refrigerant Cooling

US Patent:
2022022, Jul 21, 2022
Filed:
Apr 7, 2022
Appl. No.:
17/715711
Inventors:
- Ball Ground GA, US
Brent A. Heyrman - The Woodlands TX, US
Timothy P. Gushanas - Pearland TX, US
Richard Hopewell - Medfield MA, US
International Classification:
F25J 1/00
F25J 1/02
Abstract:
A main heat exchanger receives and partially condenses an effluent fluid stream so that a mixed phase effluent stream is formed. A primary separation device receives and separates the mixed phase effluent stream into a primary vapor stream including hydrogen and a primary liquid stream including an olefinic hydrocarbon. The main heat exchanger receives and warms at least a portion of the primary vapor stream to provide refrigeration for partially condensing the effluent fluid stream. The main heat exchanger also receives, warms and partially vaporizes the primary liquid stream. A mixed refrigerant compression system also provides refrigeration in the main heat exchanger.

System And Process For The Recovery Of Propylene And Ethylene From Refinery Offgases

US Patent:
6308532, Oct 30, 2001
Filed:
Jan 20, 2000
Appl. No.:
9/463466
Inventors:
Richard B. Hopewell - Medfield MA
Assignee:
Chart Industries, Inc. - Mayfield Hts OH
International Classification:
F25J 100
US Classification:
62620
Abstract:
A system and process for the recovery of ethylene and propylene from a gas stream, such as a refinery offgas stream. The process comprises withdrawing, cooling, and recovering an overhead vapor stream from a single distillation column. The process includes withdrawing a liquid C. sub. 3 +, C. sub. 4 +, C. sub. 5 + or C. sub. 6 + bottoms product stream and recycling a portion of the bottoms steam to maintain an overhead column condenser at temperature refrigeration levels of above -140. degree. F. and withdrawing a vapor side stream rich in propylene or ethylene-propylene.

High Ethane Recovery From A Ryan/Holmes Additive Recovery Column

US Patent:
2003004, Mar 13, 2003
Filed:
Sep 4, 2002
Appl. No.:
10/234884
Inventors:
Richard Hopewell - Medfield MA, US
International Classification:
C10G007/02
US Classification:
208/351000, 208/354000
Abstract:
A method for separating a high ethane-content product from a high methane-content feed stream including the steps of introducing a high methane-content feed stream into a first distillation column containing a plurality of vapor-liquid contact devices and generating a first bottoms stream, and introducing the first bottoms stream into a second distillation column containing a plurality of vapor-liquid contact devices and generating a second bottoms stream. Additional steps include recovering an additive stream from the second bottoms stream and injecting the additive stream into the first distillation column, and recovering a high ethane-content product from the second distillation column.

Process For The Recovery Of A Light Hydrocarbon Fraction From Marine Loading Operations

US Patent:
5315832, May 31, 1994
Filed:
Feb 12, 1993
Appl. No.:
8/017695
Inventors:
Richard B. Hopewell - Medfield MA
Assignee:
Process System International, Inc. - Westborough MA
International Classification:
F25J 300
US Classification:
62 20
Abstract:
The process for the recovery of light hydrocarbon fractions from off-gases derived from the transfer of petroleum material, particularly from a marine loading operation. One process comprises introducing the off-gases containing a light hydrocarbon fraction to be recovered into a refrigerated absorbent column through a liquid ring compressor, employing as a motive fluid a heavy hydrocarbon fraction, recovering a bottom stream from the absorber column having the heavy oil and the light hydrocarbon fraction, then venting an overhead air stream with a low total hydrocarbon content. The process also includes an integrated process for the recovery of light hydrocarbon fractions from off-gases and includes, in addition to a refrigerated absorber column, a recovery stripper column for the removal of the light hydrocarbon fraction from the bottom liquid of the absorber column and the recovery and recycling of a heavy hydrocarbon fraction for use in the absorber column and with the liquid ring compressor. The return of non-condensibles to the liquid ring compressor, both the absorber and the absorber recovery process systems provide for an efficient, low-cost and effective process for the recovery of light hydrocarbon fraction from marine off-gases.

FAQ: Learn more about Richard Hopewell

What is Richard Hopewell's telephone number?

Richard Hopewell's known telephone numbers are: 850-457-1536, 831-429-5967, 757-822-9589, 210-267-5887, 610-505-1053, 616-459-3239. However, these numbers are subject to change and privacy restrictions.

How is Richard Hopewell also known?

Richard Hopewell is also known as: Richard R Hopwell. This name can be alias, nickname, or other name they have used.

Who is Richard Hopewell related to?

Known relatives of Richard Hopewell are: Michael Kern, Aaron Hopewell, Jeremiah Hopewell, Kathryn Hopewell, Linda Hopewell, Tasha Hopewell. This information is based on available public records.

What are Richard Hopewell's alternative names?

Known alternative names for Richard Hopewell are: Michael Kern, Aaron Hopewell, Jeremiah Hopewell, Kathryn Hopewell, Linda Hopewell, Tasha Hopewell. These can be aliases, maiden names, or nicknames.

What is Richard Hopewell's current residential address?

Richard Hopewell's current known residential address is: 418 N Church St, Olathe, KS 66061. Please note this is subject to privacy laws and may not be current.

What are the previous addresses of Richard Hopewell?

Previous addresses associated with Richard Hopewell include: 121 Anthony St, Santa Cruz, CA 95060; 1152 Woodcock Ln, Virginia Bch, VA 23454; 6947 Laura Hts, Schertz, TX 78154; 990 Fernhill Rd Unit 214, West Chester, PA 19380; 902 Treehills Pkwy, Stone Mtn, GA 30088. Remember that this information might not be complete or up-to-date.

Where does Richard Hopewell live?

Olathe, KS is the place where Richard Hopewell currently lives.

How old is Richard Hopewell?

Richard Hopewell is 72 years old.

What is Richard Hopewell date of birth?

Richard Hopewell was born on 1952.

What is Richard Hopewell's email?

Richard Hopewell has such email addresses: richard.hopew***@att.net, richard.hopew***@aol.com, yolandasaun***@msn.com. Note that the accuracy of these emails may vary and they are subject to privacy laws and restrictions.

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