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William Ciro Phones & Addresses

  • 5611 Barton Fls, Houston, TX 77041
  • Slc, UT

Work

Company: Cemex Aug 2005 Position: Technical manager, process technology and energy

Education

Degree: Ph. D. School / High School: University of Utah 1999 to 2004 Specialities: Chemical Engineering

Skills

Process Engineering • Cement • Heat Transfer • Combustion • Process Optimization • Manufacturing • Project Management • Environmental Compliance • Sustainability • Environmental Engineering • Autocad • Ansys • Process Design • Matlab • Strategic Planning • Microsoft Office • Environmental Consulting • Alternative Fuels • Computational Fluid Dynamics Cfd • Technical Customer Service • English Spanish • Process Modeling • Co2 • Mercury Control Technologies • Process Control Technologies • Team Leadership • Driving Projects To Completion • Gasification • Sulfur Control • Dioxin and Furans Control • Problem Solving • Interpersonal Skill • Interpersonal Communication Abilities • Energy Reduction • Technology Process Improvement • Total Hydrocarbons Control • Organic Emissions Control • Sorbent Injection Technology • Particulate Matter Emissions Control • Training • Renewable Fuels • Fossil Fuel • Hexavalent Chromium Control • Increased Profitability • Accountability • Ownership • Customer Centric Solutions • Safety • Innovation • Sncr Optimization

Languages

English • Spanish

Interests

Process Design Engineering • Soccer • Heat Transfer • Racquetball • Combustion Technology • Process Modeling • Swimming • Air Pollution Control Engineering

Industries

Building Materials

Professional Records

License Records

William Ciro

Address:
Salt Lake City, UT
License #:
4769372-E202 - Expired
Category:
Engineer/Land Surveyor
Type:
Engineer Exam - Obsolete

Resumes

Resumes

William Ciro Photo 1

Us Technical And Commercial Representative

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Location:
Houston, TX
Industry:
Building Materials
Work:
CEMEX since Aug 2005
Technical Manager, Process Technology and Energy
Education:
University of Utah 1999 - 2004
Ph. D., Chemical Engineering
Universidad de Antioquía 1992 - 1998
B. Sc., Chemical Engineering
Skills:
Process Engineering
Cement
Heat Transfer
Combustion
Process Optimization
Manufacturing
Project Management
Environmental Compliance
Sustainability
Environmental Engineering
Autocad
Ansys
Process Design
Matlab
Strategic Planning
Microsoft Office
Environmental Consulting
Alternative Fuels
Computational Fluid Dynamics Cfd
Technical Customer Service
English Spanish
Process Modeling
Co2
Mercury Control Technologies
Process Control Technologies
Team Leadership
Driving Projects To Completion
Gasification
Sulfur Control
Dioxin and Furans Control
Problem Solving
Interpersonal Skill
Interpersonal Communication Abilities
Energy Reduction
Technology Process Improvement
Total Hydrocarbons Control
Organic Emissions Control
Sorbent Injection Technology
Particulate Matter Emissions Control
Training
Renewable Fuels
Fossil Fuel
Hexavalent Chromium Control
Increased Profitability
Accountability
Ownership
Customer Centric Solutions
Safety
Innovation
Sncr Optimization
Interests:
Process Design Engineering
Soccer
Heat Transfer
Racquetball
Combustion Technology
Process Modeling
Swimming
Air Pollution Control Engineering
Languages:
English
Spanish

Publications

Us Patents

Method For Reducing Violence Of Accidental Explosions In Solid Fuel Rocket Motors And Other Energetic Devices

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US Patent:
20060032562, Feb 16, 2006
Filed:
Jun 13, 2005
Appl. No.:
11/151861
Inventors:
Charles Wight - Salt Lake City UT, US
Eric Eddings - Centerville UT, US
William Ciro - Salt Lake City UT, US
International Classification:
D03D 23/00
US Classification:
149108800
Abstract:
A method and system for reducing the violence of an accidental explosive reaction of an energetic material, the method comprising: (a) obtaining a solid energetic material configured for use within an energetic device, the energetic material comprising at least one void formed therein; and (b) filling at least a portion of the at least one void with an inert, incompressible material configured to mechanically stabilize the energetic material to prevent the void from collapsing and the surface area of the energetic material from increasing in the event of an insult tending to damage the energetic the material. In one exemplary embodiment, the inert, incompressible material is configured to temporarily modify the energetic device, meaning that the inert, incompressible material is configured to be removably inserted or otherwise applied to the energetic device.
William D Ciro from Houston, TX, age ~50 Get Report