The Orlando Section of the American Chemical Society warmly invites you to a special celebration honoring our esteemed 50-, 60-, and 70-year ACS members—trailblazers whose decades of dedication have shaped the field of chemistry. The lunch event will also feature an engaging presentation by Dr. Tyler Maxwell, who will share insights from his work on homemade explosives—a fascinating look at the chemistry behind the TSA.
Join us for an afternoon of recognition, discovery, and connection with fellow chemists in your community!
Saturday June 20th, 2026
11:30AM to 2:00PM
Brewlando (6820 Hoffner Ave, Orlando, FL 32822)
MENU
appetizers, taco bar, and 150-anniversary ACS dessert
Cash bar is available.
The cost will be $25/person. Since the Orlando Section covers part of the meal, tax, and gratuity, the Section will pay the bill with a single check. Please be prepared to pay at the door by check or cash or PayPal—unfortunately we cannot accept credit cards.
Reservation can be made by June 14, 2026 – online at: https://valenciacc.ut1.qualtrics.com/jfe/form/SV_5anp7msv4lIMNAa
The Synthesis and Characterization of Homemade Explosives to Support Test and Evaluation
Tyler Maxwell, Ph.D.
Lead Chemist
Tyndall Reactive Materials Group
Applied Research Associates Inc.
430 West 5th Street, Suite 700
Panama City, FL 32401
The protection of transportation systems and freedom of movement for people and commerce is essential for a nation to function. The United States government is committed to preventing future terrorist attacks such as those that occurred on September 11th 2001. To support this mission, basic and applied research on homemade explosives (HME) is critical for the safety of the traveling public as HMEs have been used in attacks against the US and abroad. The Tyndall Reactive Materials Group (TRMG) has been working on behalf of the US government to synthesize, analyze, and produce large quantities of HME for testing and evaluation since 2005. The process for safely manufacturing and characterizing HMEs at TRMG is described as well as some of the working principles behind contraband detection technologies currently deployed and in development. Blast characterization methods are also described for evaluating the detonability and terminal performance of HMEs.
Come learn some interesting chemistry and socialize with your fellow chemists. We look forward to seeing you all there!





