ADRIAN BROWN
Engineering in Denver, CO
License number
Massachusetts 42807
Issued Date
Sep 21, 2000
Expiration Date
Jun 30, 2018
Type
Environmental Engineer
Address
Address
Denver, CO 80223
Personal information
See more information about ADRIAN BROWN at radaris.comName
Address
Phone
3050 Monaco Pkwy, Denver, CO 80207
Organization information
See more information about ADRIAN BROWN at bizstanding.comADRIAN BROWN CONSULTANTS, INC
Denver, CO
Industry:
Computer Software, Engineering Svcs
Registration:
Mar 31, 1997
Site:
Phone:
(303) 698-9080 (Phone)
Description:
Adrian Brown Consultants provides expert services in environmental engineering in the mining, industrial, and chemical industries.
Addresses:
130 W, Denver, CO 80223 (Physical)
130 W 4 Ave, Denver, CO 80223
130 W 4 Ave, Denver, CO 80223
President:
Adrian Brown (President)
SIC:
8711 - Engineering Services
Categories:
Consulting Engineers
Company size:
1
ADRIAN BROWN CONSULTANTS, INC
1875 Lawrence St SUITE 500 , Denver, CO 80202
Status:
Inactive
Registration:
Aug 30, 1993
State ID:
1629047
Business type:
Foreign Profit
Vice Presidents:
Adrian Brown (President),None Listed (Vice President)
Agent:
Ct Corporation System,123 E Marcy, Santa Fe, NM 87501 (Physical)
Adrian Brown Consultants, Inc
155 S Madison SUITE 230, Denver, CO 80209
Status:
Inactive
Registration:
Mar 1, 1993
Inactive since:
Jun 28, 1999
State ID:
1993-000280094
Business type:
Profit Corporation - Foreign
Expiration:
Perpetual
Professional information
See more information about ADRIAN BROWN at trustoria.com
Technology Services Manager At Tallgrass Energy Partners
Technology Services Manager At Tallgrass Energy Partners
Position:
Technology Services Manager at Tallgrass Energy Partners
Location:
Greater Denver Area
Industry:
Oil & Energy
Work:
Tallgrass Energy Partners
- Lakewood, CO since Dec 2012
-
Technology Services Manager
Level3 Communications
- Broomfield, CO Feb 2012 - Dec 2012
-
IT Infrastructure Architect
Level 3 Communications
- Greater Denver Area Oct 2006 - Feb 2012
-
IP Operations Engineer
Tech-Smithy.com
2004 - 2010
-
Owner
ACS
2001 - 2006
-
Senior Network Engineer
Affiliated Computer Services
2001 - 2006
-
Senior Network Engineer
Jacobs Engineering
Aug 1997 - Dec 2000
-
Member of Global Network Services Team
Education:
Regis University 2005 - 2008
Bachelor of Science, Computer Network - Advanced Networking Colorado State University 1995 - 1997
Bachelor of Science, Computer Network - Advanced Networking Colorado State University 1995 - 1997
Skills:
TCP/IP, Ethernet, VoIP, CCNA, Routing Protocols, Perl, CGI, CSS, JavaScript, Process Automation, HTML, BGP, OSPF, VPN, IP Networking, ISDN, Routing, QoS, LAN/WAN, Network Design, WAN, Routers, Firewalls, Juniper, Switches, DNS, Cisco, IP, Network Security, Data Center, Network Engineering, Network Architecture, Deployment, System Administration, SNMP, Cisco IOS, Apache, Virtualization, Unix, Security, Linux, High Availability, Cisco Technologies, Telecommunications, Network Administration, Troubleshooting, MPLS, LAN-WAN
Soil Vapor Well Construction
Soil Vapor Well Construction
US Patent:
5115866, May 26, 1992
Filed:
Jan 18, 1991
Appl. No.:
7/642905
Inventors:
Lawrence J. Corte - Lakewood CO
Adrian Brown - Denver CO
Adrian Brown - Denver CO
Assignee:
K N Energy, Inc. - Lakewood CO
International Classification:
E21B 4300
US Classification:
166370
Abstract:
In accordance with this invention a soil vapor well for removing volatile hydrocarbons from the vadose zone is provided. The well comprises a larger diameter first bore hole extending from the surface of the earth for several feet and preferably to the base of the clay layer, an impervious casing having a smaller diameter than the first bore hole is mounted concentrically within the first bore hole and extends from the bottom of the first bore hole to a point above the surface of the earth. Concrete fills the space between the sides of the first bore hole and the casing to provide a substantially air-tight seal from the earth below the first bore to the surface of the earth. A second bore hole, having a diameter smaller than the diameter of the casing extends downwardly from the lower end of the casing to a point located above the water table. Aggregate fills the second bore hole and the casing. Means is connected to the upper end of the casing for drawing a vacuum to extract the volatile hydrocarbons from the surrounding portion of the vadose zone through the aggregate.
President At Adrian Brown Consultants, Inc.
President At Adrian Brown Consultants, Inc.
Position:
President at Adrian Brown Consultants, Inc.
Location:
Greater Denver Area
Industry:
Mining & Metals
Work:
Adrian Brown Consultants, Inc.
-
President
Adrian Brown - Denver, CO
Adrian Brown - Denver, CO
Work:
Temps On Demand
Construction Labor Home Depot - Denver, CO
Lot associate Twin Cities Security - Denver, CO
Security Officer
Construction Labor Home Depot - Denver, CO
Lot associate Twin Cities Security - Denver, CO
Security Officer
Education:
Love Christian Fellowship - Denver, CO
Highschool Diploma in General Studies
Highschool Diploma in General Studies
Mono-Well For Soil Sparging And Soil Vapor Extraction
Mono-Well For Soil Sparging And Soil Vapor Extraction
US Patent:
5398757, Mar 21, 1995
Filed:
Feb 22, 1994
Appl. No.:
8/199527
Inventors:
Lawrence J. Corte - Lakewood CO
Adrian Brown - Denver CO
Adrian Brown - Denver CO
Assignee:
K N Energy, Inc. - Lakewood CO
International Classification:
E21B 4318, E21B 4304, B01D 1900
US Classification:
166278
Abstract:
In accordance with this invention, a well for soil sparging and soil vapor extraction is provided. The well comprises a bore hole extending from the surface of the earth for several feet and preferably to the base of the clay layer. An impervious casing having a larger diameter than the bore hole is mounted concentrically around the bore hole and extends from a point above the surface of the earth to a point below the surface of the earth. The impervious casing is sealed at its top end by a cover plate. An injection tube is inserted into the bore hole wherein the injection tube terminates at a point above the bottom of the bore hole. The bottom most portion of the bore hole is filled with granular material. Above the granular material, the bore hole is filled with packing material that is substantially impervious to liquid and gas. Above the packing material, the remaining space in the bore hole is filled with permeable material which allows passage of gas or liquid.