Thomas Gale Email & Phone Number

Moses Lake, Wa, Us

I am the manager of Fluidized Bed Technology Development, which is a state-of-the-art process for manufacturing ultra-pure silicon with reasonable energy and cost requirements.

Highlands Ranch, Colorado

I developed the Air Pollution Control Solutions LinkedIn Company page directly after Novinda shut down, in April, 2018. Through advertising my consulting services, I have been successful at attracting work and consulting for a number of different companies, including:DTE Energy - For several weeks, I conducted Due Diligence with regard to the potential purchase of the Novinda Assets.Atlas Carbon - I initially offered my technical consulting services, but I was ultimately hired as the Company President for a short duration, where I directed and facilitated the creation and implementation of process controls, protocols, and procedures for Safety, Operations, Purchasing, R&D, Marketing, Construction, Maintenance, IP, and Documents Storage.Environmental Energy Services - I began consulting for EES in June 2019, and succeeded in convincing them to purchase the Novinda Assets by August 2019, becoming a full-time employee and the Director of Research & Development in January 2020. As Director of R&D for EES, I designed and built small manufacturing facilities, laboratory equipment, wrote proposals, conducted research in the lab, in pilot-scale facilities, and in full-scale facilities, wrote reports, and greatly expanded the EES R&D equipment and instrument capabilities.

Arvada, Colorado, United States

In my role as Director of Research & Development at Carbon America, I had many responsibilities, including developing the analytical chemistry capabilities for the company (including acquiring the required analytical instrumentation as well as personnel) managing groups of Engineers designing process models and managing groups of Engineers and Technicians, designing, building, and performing experiments relative to carbon capture technologies, direct hands-on project efforts (an example is a process model I developed to evaluate the potential of a new multi-functional process concept to eliminate all pollutants, even from coal-fired power plants, as well as other industrial facilities, such as cement plants), leading DOE FOA Solicitation submissions, recruiting and hiring, helping Carbon America develop R&D Processes and Protocols for this rapidly expanding and changing company, and participating in the genesis of new project concepts and pushing these concepts rapidly into the commercial project execution phase. An example is using FrostCC (our CC technology) to scrub SO2 and manufacture sulfuric acid. In addition, I worked with patent attorneys to manage the Carbon America patent portfolio and have recently constructed and submitted a new patent application for a new carbon capture and energy storage technology.

Highlands Ranch, Co

Designed, built, and demonstrated a Demo-Quantity facility for manufacturing up to 10 ton quantities of Amended Silicate products.Also directed and participated in many other R&D efforts, including those associated with mitigation of slag and fouling deposition in coal-fired boilers, engineering studies and recommendations to solve mercury emission problems at paper mills, and provided solutions to customers, allowing increased ability for waste incinerators to destroy PFAS and other toxic organics.

Gillette, Wyoming

Developed, Implemented, and Established Organizational structures, Chain of Command, and Personnel Management Protocols for all aspects of the company (including: Operations, Construction Projects, Maintenance, Product Development, Business Development, Intellectual Property, Documents Rules and Storage, Safety, and Research & Development).In addition, greatly improved the Safety of the facility by establishing Safety Officers and working with them to establish all of the documentation and training necessary to fully comply with all OSHA requirements and to develop a strong Safety First culture in the minds of all employees and contractors on site.Developed an intelligent approach for systematically pursuing market research for potential Activated Carbon Markets and began the associated and follow-on marketing and sales needed to move aggressively into those markets.Also worked to developed an Employee Review Process and created the associated documents and established effective recurring employee reviews at all levels of the company, providing both constructive feedback to both supervisors and employees, and establishing meaningful goals to be evaluated in the next review cycle.Also worked with the staff to develop budgets for the following areas:: Business Development, Operations, Maintenance, R&D and Product Development, Safety, Control Systems and IT, and QA/QC Product ManagementAlso, developed a detailed plan for creating targeted products for specific Activated Carbon Markets that were strategically in Atlas Carbon's best interest to pursue. This R&D and Product Development Plan incorporated specific details regarding the methods, chemistries, and testing equipment and procedures to be used to develop these targeted products in the most effective and efficient manner possible.

Golden, Colorado

The position is responsible for the overall technology development for the company, including the oversight of all technology-development efforts, driving forward the improvement of existing and next generation products as well as bringing entirely new products to the marketplace. Specific accomplishments include:-- Developed multiple new and commercially successful chemical products.-- Developed multiple new manufacturing methods for new and existing chemicals.-- Scaled up the manufacturing of new chemical products.-- Worked with multiple organizations to scale up manufacturing of specific chemicals in their existing facilities.-- Demonstrated new chemicals in customer facilities, providing detailed evaluations.

Denver, Co 80222

Accomplishments while the technical leader at Novinda Corporation:1. Led efforts and provided key insights that resulted in the commercialization of AS-HgX-ESP, a next-generation mercury capture product, less than one year after start of employment.2. Developed basic as well as detailed understanding of products and how products worked, an asset previously unheld by the company.3. Through scientific reasoning, experimental testing, kinetics modeling, and the scientific method, developed new formulations with a performance increase of 6 to 10 times that of AS-HgX-ESP, with known potential performance increases of 15 times or more.4. Led internal and external teams to scale-up manufacturing of new formulations and demonstrate successfully their use at full-scale power plants.5. Developed new technology for catalytically destroying dioxins and furans, intended mainly for the European and Asian markets.6. Developed new technology for a scrubber additive that prevents mercury re-emission.7. Supported and directed through testing, modeling, and project management, the improvement of other products and potential products.

Birmingham, Alabama Area

Led a significant expansion of the SCR Catalyst testing services business at Southern Research and the development of a Catalyst Management Services business to provide services such as those shown below for the power industry. Also continued to provide air-pollution control consulting services during this time.Catalyst Management Services: -- Basic SCR Catalyst Management-- Micro-Reactor and Bench-Reactor SCR Testing for deNOx and Conversion-- Chemical and Physical Properties of Catalyst-- Physical Strength Testing of Catalyst-- Tracking Ammonia on Flyash-- Ammonia Slip and SO3 Measurements-- Evaluate and Predict the Effect of Fuel Changes on SCR Operation-- NH3 Injection Tuning-- On-Site Mercury Speciation and Capture Measurements-- Flow Distribution Modeling-- Recommendations whether to Regenerate or Purchase New CatalystConsulting Services -- Air Pollution Control-- Recommendations for Control Technologies-- Independent Evaluation of Technologies-- Assistance with Technology Development-- Lab-, Pilot-, and Full-Scale Demonstrations

Birmingham, Alabama

Dr. Gale managed several million dollars of research a year in the areas of combustion and air-pollution-control technology development, evaluation, and verification. He also managed research in the areas of advanced power system development and evaluation, and catalyst development and testing. Dr. Gale was heavily involved in the technical aspects of the research he managed as well as in the hiring and training of mechanical and chemical engineers, technicians, chemists and other technical personnel needed to accomplish the team mission. Dr. Gale obtained funding for, managed, and directed all aspects of an oxy-fired carbon-dioxide mitigation demonstration project on a 1.1 MW thermal coal-fired pilot facility, yielding a facility that was subsequently used to test carbon-sequestration technologies applicable to oxy-fired systems, which will operate with concentrated (i.e., >90%) carbon-dioxide stack gas, ready for long-term storage.In addition, Dr. Gale managed and directed the development of new and unique technologies for which patents were obtained or are pending. An example is the development of a bromine injection technology that takes benign calcium bromide and converts it into diatomic bromine gas as it is injected into the duct at a power plant to aid in the mitigation of mercury emissions. Another example is the development of a compact syngas cleanup system suitable for use in connecting small distributed biomass gasifiers to high-end use devices, such as gas turbines, fuel cells, and Fischer-Tropsch conversion units.

Birmingham, Alabama Area

Directed several large mercury speciation research projects to define the mechanisms governing mercury speciation in coal-fired power plants. Among other things, Dr. Gale discovered and published the mechanisms whereby mercury transforms into different species within coal-fired power plants and the role calcium from fly ash and additives plays in enhancing mercury capture across ESPs and bag houses.

Gaithersburg Md, Golden Co, Pittsburgh Pa, Livermore Ca, Idaho Falls Id

While with the U.S. Department of Energy Dr. Gale worked with 7 Clean Coal Technology Programs at Fossil Energy Headquarters, performed ASPEN Modeling and assisted with Project Management at PETC (now NETL), performed experiments at Sandia Livermore Laboratories Combustion Research Facility, specifically performing testing in the Multi-Fuel Combustor, and performed project management at the Idaho Operations Office.

Doctor Of Philosophy, Chemical Engineering

The major area of research was the development of high-temperature sorbents for scavenging trace semi-volatile metals from hot incinerator.

Master Of Science, Mechanical Engineering

As a graduate student working on his Masters Degree, Dr. Gale performed work in the area of the impacts of coal pyrolysis on coal-char.

Bachelor Of Science, Mechanical Engineering