Project Director

• Apr 2022 - Present

Vice President of Engineering

• Jun 2021 - Apr 2022

Sr. Consulting Engineer

• Dec 2015 - Jun 2021

Technical Director

• May 2014 - Sep 2015

Vice President of Engineering

• Sep 2009 - Feb 2014

• Lead the company efforts in promoting patented ozone & hydrogen peroxide based multi-pollutant emission control technology (NOx, SOx, HCl, HF, heavy metals including mercury & PM 2.5) • Moved the technology from a power point presentation to commercial ready with significant product improvement to enhance removal efficiencies. • Lead the development of CO2 module for high removal rates (>80%). Process is much more efficient and cost effective than amine based removal systems. • In-charge of Tech Center for client demonstration on coal and natural gas units. Visitors included AEP, Duke, LG&E, Mid-American, GE, Kiewit, EPA, DOE, EPRI, URS, Johns Manville, KY Energy Secretary. • Promoted the benefits of Technology to members of the House and the Senate. Made several visits to The Capitol, Washington, D.C. for this effort. • Overall responsibility for all engineering activities in the company including staffing of engineers, providing support to sales, design and project execution. • Co-authored several papers and presentations at various conferences and sessions. Additionally, served as chairman of several PowerGen sessions. • With over 23 years of experience in the power industry, well known and connected within the power industry.

Project Manager

• Sep 2004 - Aug 2009

Project Manager – For various projects including new installations, modifications, SCR installation, HRSG upgrades, etc. • Managed $65 million dollar project for Progress Energy in North Carolina and a $9 million project in Brazil that involves 1 HRSG behind GE Frame 7EA. • Coordinated manufacturing efforts in several countries – U.S., Korea, China, Thailand, Canada and Mexico. Also managed projects utilizing ElectroCore System for Particulate Reduction and Regenerative Selective Catalytic Reduction System (RSCR) for coal and wood-fired boilers. • Responsible for successful execution of projects in the company’s new product lines that focuses on reducing particulate, NOx and CO emission levels. • Lead a team consisting of a process engineer, project engineer, drafter, scheduler, etc. for project execution. • Assisted in proposal & contract preparation, contract negotiations, etc.

Technical Director

• Jul 1995 - Aug 2004

• Directed performance, sales and economic evaluation of gas turbine power augmentation systems including fogging, chilling, thermal energy storage systems and wet compression. “Hands-on” experience in start-up and performance testing of these systems. • Sales of power augmentation systems require thorough understanding and analysis of gas turbine performance optimization techniques. Experience with performance analysis of GE Frame 5, 6B, 7EA, 7FA, LM 2500, LM6000; Siemens/ Westinghouse 501 D5A, 501 F, V84.3; Alstom 11N, GT 24, 26; P&W FT 4 and FT 8; Solar Centaur, etc. • Developed domestic U.S. market to $31M in revenues and lead international marketing for power augmentation applications. Instrument in company’s business development plan from the start. Helped steer the company towards direct chilling and fogging systems that were not originally offered by Caldwell. • Prepared detailed proposals and provided technical and theoretical support to the engineering and sales departments. • Traveled to India, Middle East and the Caribbean to visit sites and proposed alliances and designs. Helped Caldwell form alliances in India, South Korea, Israel, and Saudi Arabia. • Made several presentations on combustion turbine power augmentation technologies to companies like Siemens-Westinghouse, ABB, GE, Calpine, FP&L, Florida Power, Enron, Southern Companies, TVA, VEPCO, Sargent & Lundy, etc. • Developed the company’s new product line Wet Compression to enhance gas turbine performance using commercially available software.

Senior Development Engineer

• Oct 1989 - Jul 1995

Senior Development Engineer – Heat Recovery Steam Generators • Developed design standards, start-up, and performance testing procedures. • Reviewed firm proposals, design books, and performance testing procedures. • Researched on new products, new materials, and new methods to reduce cost and improve performance. • Redesigned HRSG configuration to make it thermodynamically more efficient and helped reduce its cost by 20%. This concept helped Vogt win the Dow Placamine project worth over $10 million. • Provided technical support to project engineering, field services, and sales. • Trained design engineers and licensees. Development Engineer – Heat Recovery Steam Generators • Developed comprehensive computer programs for designing and rating HRSGs. • Designed HRSGs for up to 180 MW gas turbines. • Modified correlations/equations used in the thermal design of HRSGs to help the company meet guaranteed performance and avoid expensive field repairs.

Research Engineer

• Jan 1989 - Oct 1989

• Developed a numerical model capable of predicting metal deposition efficiency, thickness of metal deposited and temperature distribution in the substrate when aluminum is deposited on thin films by vapor deposition. • Developed a numerical model capable of predicting metal deposition efficiency, thickness of metal deposited and temperature distribution in the substrate when aluminum is deposited on thin films by vapor deposition.