Thomas K. Gale Email & Phone Number
CAM, Wet Chemistry Processes @ TRISO-X
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Thomas K. Gale Location
- Moses Lake, WA, US
Thomas K. Gale Work
- CAM, Wet Chemistry Processes @ (March 2026 - Present)
- Manager, Wet Chemistry Manufacturing Processes @ (March 2026 - Present)
- Senior Technical Consultant @ (April 2018 - Present)
- Fluidized Bed Technology Development Manager @ (October 2023 - February 2025)
- Director of Research and Development @ (March 2022 - June 2023)
- Director, Research and Development @ (January 2020 - October 2021)
- President @ (September 2018 - February 2019)
- Director of Technology Development @ Novinda Holdings, Inc. (August 2016 - September 2018)
- Director of Technology Development @ Novinda Corporation (February 2013 - August 2016)
- Catalyst Manager, Power Systems Project Manager @ (April 2012 - February 2013)
- Power Systems Research Manager @ (March 2003 - April 2012)
- Senior Scientist and Engineer @ (August 2001 - December 2006)
- Chemical Engineer, Project Manager and COR @ (June 1994 - August 2001)
- Director of Technology Development @ Novinda Holdings, Inc. (February 2013 - August 2016)
Thomas K. Gale Education
- University of Arizona
Doctor of Philosophy (Chemical Engineering)
1996-2001 - Brigham Young University
Master of Science (Mechanical Engineering)
1991-1994 - Brigham Young University
Bachelor of Science (Mechanical Engineering)
1988-1991
Thomas K. Gale Skills
- Product Development
- Hg control Technologies
- Air Pollution Control Technologies
- SCR Catalysts & Systems
- R&D
- Renewable Energy
- Catalysis
- Engineering
- Carbon Capture Technologies
- Energy
- Process Engineering
- Gasification
- Biomass
- Power Plants
- Project Management
- Development
- Lime
- Market
- Chemical
- Cotton
- Chemistry
- Vendors
- Students
- Copper
- Converting
- Jenkins
- Biomass Conversion
- Cycles
- Cannon
- Cd
- Structure
- Cct
- Pellets
- Retrofit
- Calcium
- Utilities
- Thesis
- Symposium
- SEP IRA
- Construction
- Design of Experiments
- Fire Management
- Treatment
- Aspen HYSYS
- Assessment
- Wet
- Prediction
- Oxidation
- Data Conversion
- Conductivity
- Acid
- Management
- Design
- Diesel
- PC
- Electric Power
- Science
- Recycling
- Funding
- Stabilization
- Patents
- Hp Enterprise Solutions
- Pollution
- High Temperature
- Utah
- MW
- Charlotte
- Nashville
- Stand Alone
- Optics
- Fly Ash
- Technology
- Friendly
- Publications
- Technical Presentations
- Activated Carbon
- Highlands Ranch
- Nitric Oxide
- Simultaneous
- Ash
- Combustion
- Metals
- Green Technology
- Foundation
- System
- Atlanta
- Denmark
- Utilization
- Baltimore
- Cleaning
- Boilers
- Fuel Systems
- Trace
- Removing
- Destruction
- Co2 Capture
- Corporations
- Testing
- Piloting
- Denver
- Powder
- Et. Al
- Training
- Glass
- Burnout
- Printers
- Fgd
- Demonstration
- Environmental Compliance
- Conferences
- Greenhouse Gas
- American
- Research
- Thermal
- Chemists
- Mitigation
- Physical Chemistry
- Commercial Real Estate
- Investigation
- Chicago
- Dry
- Analysis
- Pro*c
- Written
- Chlorine
- London
- Los Angeles
- Steam
- Eagle
- Power Systems
- Mechanisms
- Apartments
- Laboratory
- Concepts
- Heating
- R
- Probe
- Power
- Sulfur
- Gas
- Project Engineering
- Clean Coal
- C
- Composition
- Moving
- Birmingham
- Fuel
- Applications
- Chemical Engineering
- Palo Alto
- Wma
- Reactive
- Emission
- Clay
- Mechanical
- Nox
- Air Quality
- IV
- Modeling
- Pyrolysis
- Aerosol
- Mega
- Operations
- Miller
- Competition
- Research and Development R&d
- Case Studies
- Oxygen
- Petroleum
- Marketing
- Colorado
- Partition
- CMS
- Social Influence
- Testing Services
- Air Pollution
- Waterfalls
- Sarbanes Oxley Act
- Pert
- Adsorption
- Measurements
- Surface
- Plants
- Energy Technology
- Catalyst
- CO2
- Ultra
- Services
- Paper
- Scr Catalysts and Systems
- Presentations
- Poland
- Utility
- Development Testing
- Additives
- Responsibility
- Internal Audit
- Six Sigma
- Injection Molding
- Yellow Belt
- Furnace
- Phoenix
- Pathway
- Ethanol
- International
- Drop
- Comparison
- Coal
- Germany
- Google Groups
- Condensation
- Cor
- Porosity
- Prototype
- Scrubbers
- Kinetics
- Idaho
- Technical Leadership
- Dismissal
- Test Equipment
- Academic
- SCI Clearance
- Parametric
- Scr
- ESP
- Validating
- San Diego
- Bulk
- Technical Writing
- Image Capture
- Arizona
- Mechanical Engineering
- Operant Conditioning
- Subject Areas
- Accompaniment
- Canada
- Rate
- Agents
- Proposal Writing
- Separation
- Blending
- Interest Rates
- Coagulation
- Dsi
- AMOS
- Carbon
- Budgets
- EPA
- Bromine
- Congress
- Management Development
- Scientists
- SAP R/3
- Bioenergy
- Tolerance
- Conceptual Modeling
- Syngas
- Directing
- Nuisance
- Evaluation
- Large Scale Projects
- Mercury
- Resistivity
- Communication
- Laboratory Skills
- Patent preparation
- Inorganic Chemistry
- Product Manufacturing
- Power Generation
- Engineering Management
- Strategic Planning
- Manufacturing
- Business Development
- Leadership
- Analytical Skills
- Stage Gate
- Statistical Process Control
- Product R&d
- Product Engineering
- Start Up Environment
- Flexible Schedule
- Scanning Electron Microscopy
- Summary Reports
- Heterogeneous Catalysis
- Plant Operations
- Materials Science
- Customer Experience
- New Product Ideas
- Research and Development
Thomas K. Gale Summary
- Thomas K. Gale, based in Moses Lake, WA, US, is currently a CAM, Wet Chemistry Processes at TRISO-X. Thomas K. Gale brings experience from previous roles at TRISO-X, Air-Pollution Control Solutions (APCS), REC Silicon and Carbon America. Thomas K. Gale holds a 1996 - 2001 Doctor of Philosophy in Chemical Engineering @ University of Arizona. With a robust skill set that includes Product Development, Hg control Technologies, Air Pollution Control Technologies, SCR Catalysts & Systems, R&D and more. Thomas K. Gale has 1 emails and 1 mobile phone numbers on RocketReach.
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