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Frank Jeane Buerstinghaus

from Houston, TX
Age ~57
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Also known as:
Frank Jeanet Buerstinghaus, Frank Jeanette Buerstinghaus, Frank J Buerstinghaus, Frank Buerstinghause, Frank Burstinghaus, Frank Bueestinghaus, Frank Buerustinghaus, Frank S, Kathy Garcia
Phone and address:
14622 Oak Chase Dr, Houston, TX 77062
(281) 486-1553
Related to:
Alex BuerstinghausDoris Castaneda, 79Jose L Solitaire, 65Noe Garcia, 47Maricelis Garcia, 55Rachel Garcia, 43
Connected to:
Erica A Buesa, 37Luke D Buesch, 44Cheryl A Buescher, 62Corey B Buescher, 39David H Buescher, 41Eric M Buescher, 48Erin D Buescher, 26Jonathan P Buescher, 41Laurel L Buescher, 67Randall Buescher, 70

Frank Buerstinghaus Phones & Addresses

  • 14622 Oak Chase Dr, Houston, TX 77062 (281) 486-1553
  • 13634 Willow Heights Ct, Houston, TX 77059 (281) 486-1553
  • Webster, TX
  • Pittsburgh, PA
  • Kemah, TX
  • 14622 Oak Chase Dr, Houston, TX 77062 (817) 905-6978

Work

Company: Bayer materialscience Jan 2019 Position: Operational excellence expert

Education

School / High School: Rwth Aachen University 1988 to 1995 Specialities: Chemical Engineering

Skills

Process Engineering • Process Optimization • Root Cause Analysis • Process Simulation • Chemical Engineering • Continuous Improvement • Six Sigma • Engineering • Manufacturing • Project Engineering • Polymers • Process Safety • Process Improvement • Process Control • Cross Functional Team Leadership • P&Id • Petrochemical • Reliability Engineering • Capital Projects • Problem Solving • Factory • Change Management • Design of Experiments • Reliability • Hazop • Coatings • Iso • Chemistry • Minitab • Defect Elimination • R&D • Statistics • Chemicals • Lean Manufacturing • Process Development • Rcfa • Rca • Process Design • Plastics • Materials Science • Data Analysis • Kaizen • Project Management • Management • Failure Mode and Effects Analysis • Industry 4.0 • Energy Efficiency • Operational Excellence • Statist

Languages

English • German

Ranks

Certificate: Lean Six Sigma Black Belt

Emails

i***[email protected]

Industries

Chemicals

Resumes

Resumes

Frank Buerstinghaus Photo 1

Operational Excellence Expert

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Location:
Houston, TX
Industry:
Chemicals
Work:
Bayer Materialscience
Operational Excellence Expert
Bayer Materialscience Feb 2016 - Dec 2018
Manager Competence Center Bmi
Bayer Technology Services Jan 2013 - Jan 2016
Group Head Technology Development
Bayer Materialscience Feb 2010 - Dec 2012
Principal Improve Engineer
Bayer Materialscience Sep 2007 - Jan 2010
Lead Investigator, Defect Elimination Program
Education:
Rwth Aachen University 1988 - 1995
Skills:
Process Engineering
Process Optimization
Root Cause Analysis
Process Simulation
Chemical Engineering
Continuous Improvement
Six Sigma
Engineering
Manufacturing
Project Engineering
Polymers
Process Safety
Process Improvement
Process Control
Cross Functional Team Leadership
P&Id
Petrochemical
Reliability Engineering
Capital Projects
Problem Solving
Factory
Change Management
Design of Experiments
Reliability
Hazop
Coatings
Iso
Chemistry
Minitab
Defect Elimination
R&D
Statistics
Chemicals
Lean Manufacturing
Process Development
Rcfa
Rca
Process Design
Plastics
Materials Science
Data Analysis
Kaizen
Project Management
Management
Failure Mode and Effects Analysis
Industry 4.0
Energy Efficiency
Operational Excellence
Statist
Languages:
English
German
Certifications:
Lean Six Sigma Black Belt

Publications

Us Patents

Downcomers For Mass Transfer Column

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US Patent:
20110272830, Nov 10, 2011
Filed:
May 4, 2011
Appl. No.:
13/100507
Inventors:
Frank Buerstinghaus - Houston TX, US
Kevin M. Kelleher - Houston TX, US
David Shaye - Houston TX, US
Assignee:
Bayer MaterialScience LLC - Pittsburgh PA
International Classification:
B01J 19/32
B01D 3/22
B01F 3/04
US Classification:
2611145
Abstract:
The present disclosure is directed to an improved mass-transfer column, the column comprising a plurality of trays and associated downcomers, wherein at least one of the downcomers comprises an upstream and downstream end, as defined by the direction of flow of liquid through the column, the upstream and downstream end each having an opening defined by a plurality of walls, wherein each of the walls extend substantially entirely between the upstream opening and the downstream opening, and wherein at least one of the walls has at least two sections, a first section of the wall forming an angle α with a plane parallel to the associated tray, and a second section of the wall, which forms an angle β with a plane parallel to the associated tray, wherein said second section is downstream from the first section, and α
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Frank Jeane Buerstinghaus from Houston, TX, age ~57 Get Report