Career & Achievements
Every recommendation Dr. Tannous makes is backed by decades of hands-on experience — not theory. His career is a record of integrity, innovation, and measurable results.
In 37 years at one of the world's most respected chemical engineering firms, Dr. Tannous built his reputation on a single principle: tell the truth, even when it's uncomfortable. At Honeywell UOP, where billions of dollars in technology licensing decisions depended on accurate technical assessments, there was no room for flattery or convenient answers.
That same standard governs his consulting practice. When you engage Dr. Tannous, you receive an honest assessment of your situation — the strengths, the gaps, and the path forward — delivered with the directness of someone who has spent a career being accountable for results, not just recommendations.
Career Timeline
2014 – 2022
Honeywell UOP
Arlington Heights, IL & Middle East
Led R&D collaborations across the Middle East, managing strategic partnerships with petrochemical companies, research institutions, and government entities. Drove open innovation initiatives that bridged Honeywell UOP's global technology portfolio with regional market needs.
2008 – 2014
Honeywell UOP
Des Plaines, IL
Developed and executed strategic growth initiatives for UOP's technology licensing and catalyst businesses. Built business development frameworks that aligned R&D investment with commercial opportunity.
2006 – 2008
Honeywell UOP
Des Plaines, IL
Pioneered UOP's open innovation program, establishing external partnerships with universities, national laboratories, and industry consortia. Created frameworks for technology scouting, IP licensing, and collaborative R&D.
1985 – 2006
UOP LLC
Des Plaines, IL
Spent over two decades as a hands-on researcher and technical leader at UOP, progressing from bench scientist to research manager. During this period, Dr. Tannous earned three US patents in molecular sieve technology — a testament to his scientific contributions to the field.
Intellectual Property
Three granted US patents in molecular sieve technology — representing genuine scientific contributions to the global petrochemical and chemical engineering industries.
A continuous process for synthesizing molecular sieves with precise control over particle size and distribution. Enables manufacturing of high-performance adsorbents for industrial separation and purification processes.
Method for improving the physical and chemical properties of molecular sieve agglomerates through alkali metal silicate treatment. Applications include refrigerant desiccants and industrial gas drying.
Foundational patent for silicate treatment processes that enhance molecular sieve agglomerate performance. Basis for improved industrial adsorbent manufacturing.
Areas of Expertise