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Raymond Symens Phones & Addresses

  • Conroe, TX
  • Kennebec, SD
  • Lake City, SD
  • 7515 Sands Terrace Ln, Spring, TX 77389 (281) 351-4920
  • 14 Forge Hill Pl, Spring, TX 77381
  • The Woodlands, TX
  • McMinnville, OR

Work

Company: Tetra technologies, inc. Jan 2011 Position: Senior vice president tetra technologies- retired

Education

Degree: Bachelors, Bachelor of Science School / High School: South Dakota School of Mines and Technology 1969 to 1973 Specialities: Metallurgical Engineering

Skills

Oil/Gas • Energy Industry • Oilfield • Energy • Upstream • Petroleum • Contract Negotiation • Completion • Oil and Gas Industry • Gas • Mergers and Acquisitions • Factory • Manufacturing • Business Development • Start Ups • Subsea Engineering • Onshore • Natural Gas • Procurement • Offshore Drilling • Pipelines • Drilling • Operations Management • Business Planning • Business Process Improvement • Petroleum Engineering • Business Strategy • Fluids • Strategic Financial Planning • Mining • Downstream Oil and Gas • Inspection • Project Engineering • Supervisory Skills • Internal Controls • Petrochemical • Safety Management Systems • Geology • Epc • Business Process • Market Analysis • Root Cause Analysis • Organizational Development • Due Diligence • Occupational Health • Lng • Training • Software Documentation • Coaching • Completions

Industries

Oil & Energy

Resumes

Resumes

Raymond Symens Photo 1

Raymond Symens

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Location:
Houston, TX
Industry:
Oil & Energy
Work:
Tetra Technologies, Inc.
Senior Vice President Tetra Technologies- Retired
Education:
South Dakota School of Mines and Technology 1969 - 1973
Bachelors, Bachelor of Science, Metallurgical Engineering
Britton High School
Skills:
Oil/Gas
Energy Industry
Oilfield
Energy
Upstream
Petroleum
Contract Negotiation
Completion
Oil and Gas Industry
Gas
Mergers and Acquisitions
Factory
Manufacturing
Business Development
Start Ups
Subsea Engineering
Onshore
Natural Gas
Procurement
Offshore Drilling
Pipelines
Drilling
Operations Management
Business Planning
Business Process Improvement
Petroleum Engineering
Business Strategy
Fluids
Strategic Financial Planning
Mining
Downstream Oil and Gas
Inspection
Project Engineering
Supervisory Skills
Internal Controls
Petrochemical
Safety Management Systems
Geology
Epc
Business Process
Market Analysis
Root Cause Analysis
Organizational Development
Due Diligence
Occupational Health
Lng
Training
Software Documentation
Coaching
Completions

Business Records

Name / Title
Company / Classification
Phones & Addresses
Raymond D. Symens
Director
TETRA INTERNATIONAL INCORPORATED
25025 Interstate 45 STE 600, Spring, TX 77380
Raymond D. Symens
Executive Vice-President
MARITECH RESOURCES, LLC
Crude Petroleum/Natural Gas Production · Support Activities For Oil & Gas Operations
25025 Interstate 45 STE 600, Spring, TX 77380
24955 Interstate 45, Spring, TX 77380
(281) 419-5902, (281) 364-4343, (281) 367-6471
Raymond D Symens
Manager
WSH VENTURES, LLC
Business Services
330 Rayford Rd, Spring, TX 77386
7515 Sands Ter Ln, Spring, TX 77389
Raymond D. Symens
Vice President
Tetra Micronutrients, Inc
Nonclassifiable Establishments
24955 I-45 N, Spring, TX 77380
25025 Interstate 45 STE 600, Spring, TX 77380
PO Box 73087, Houston, TX 77273
24955 Interstate 45, Spring, TX 77380

Publications

Us Patents

Method For Regeneration Of Used Halide Fluids

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US Patent:
6730234, May 4, 2004
Filed:
Mar 14, 2002
Appl. No.:
10/097799
Inventors:
Raymond D. Symens - The Woodlands TX
Lyle H. Howard - West Memphis AR
Thomas William Polkinghorn - The Woodlands TX
Surendra Kumar Mishra - The Woodlands TX
Assignee:
Tetra Technologies, Inc. - The Woodlands TX
International Classification:
C01F 1120
US Classification:
210753, 210757, 210758, 210767, 423491
Abstract:
A method for regenerating a used halide fluid comprising a density greater than 9. 0 lbs/gal. and containing both soluble and insoluble impurities. This method comprises the steps of (1) adding acid to the used halide fluid so that the pH is within a range of approximately 0 to 10. 0; (2) contacting the used halide fluid with halogen to increase the density to at least 10. 0 lbs. /gal. , adjust the desired true crystallization temperature of the fluid and oxidize soluble impurities; (3) adding a reducing agent while maintaining the temperature at a minimum of 10Â C. ; (4) contacting the fluid with an alkali to neutralize excess acid; and (5) separating any suspended solid impurities from the fluid.

Method For Producing A Halide Brine

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US Patent:
7087209, Aug 8, 2006
Filed:
Apr 4, 2003
Appl. No.:
10/407417
Inventors:
Raymond D. Symens - Spring TX, US
Lyle H. Howard - West Memphis AK, US
Surendra Kumar Mishra - The Woodlands TX, US
Thomas William Polkinghorn - The Woodlands TX, US
Assignee:
Tetra Technologies, Inc. - The Woodlands TX
International Classification:
C01D 3/04
C01D 3/06
C01D 3/10
US Classification:
423491, 423492, 423493, 423495, 423497, 4234991, 4234993, 4234994
Abstract:
A method for producing halide brine wherein an alkali and a reducing agent are added to an aqueous fluid having a density greater than 8. 30 lb/gal. , (0. 996 kg/L) water, waste water or sea water for example. The resulting fluid is then contacted with a halogen to form a halide brine. The reaction occurs in a conventional reactor such as a mixing tank.

Method For Producing Zinc Bromide

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US Patent:
6036937, Mar 14, 2000
Filed:
Nov 18, 1998
Appl. No.:
9/195761
Inventors:
Weyman H. Dunaway - The Woodlands TX
David J. Hanlon - Magnolia TX
Lyle H. Howard - W. Mephis AZ
Jeffrey S. McKennis - The Woodlands TX
Raymond D. Symens - The Woodlands TX
Assignee:
Tetra Technologies, Inc. - The Woodlands TX
International Classification:
C01B 904
US Classification:
423491
Abstract:
A method for making zinc bromide from metallic zinc and bromine comprising contacting zinc with bromine dissolved in a reaction solvent containing a metal halide salt. During the practice of this method, the reaction temperature is maintained at less than 60. degree. C. The reaction solvent preferably comprises an alkali, alkaline earth or transition metal halide and the halide salt preferably comprises a chloride or a bromide. One preferred method includes the step of recirculating the zinc bromide product stream back to the reaction vessel. The reaction vessel can comprise either a one stage or a multiple stage reactor. The resulting product stream comprises a high density zinc bromide solution.
Raymond D Symens from Conroe, TX, age ~73 Get Report