GEM - International Conference on Global Energy Meet 2027

The Global Energy Meet (GEM) is a recurring academic and industry conference on fossil and renewable energy run by USG United Scientific Group, a non-profit based in Plano, Texas. It brings energy researchers, engineers and business executives together for keynotes, sessions and panels.

GEM - International Conference on Global Energy Meet 2027

GEM - International Conference on Global Energy Meet runs February 17–19, 2027 in Houston, Texas.

What it is

GEM is an academic and industry conference on energy. It is run by USG United Scientific Group, which describes itself as a non-profit organization and is based in Plano, Texas.

The organizer calls it a forum where business, academia and C-level executives meet to share developments in energy, and counts the 2027 meeting as the 11th. The three-day program covers fossil and renewable energy sources and brings together energy experts, academics, business executives and engineers.

The program is built from keynote addresses, educational sessions, interactive panels and networking events. A panel discussion on transportation electrification and the global energy transition is on the 2027 agenda. The scientific topics range from solar, wind, smart grids, hydrogen and fuel cells to enhanced oil recovery, drilling and fracking, carbon capture and storage, and AI-enabled green chemistry.

Registration and abstracts

• Registration is sold by category (academic, industry and student). Each covers access to all sessions, conference materials, posters and networking, and lunch.
• Speakers take part by submitting an abstract through the organizer's site.
• Lodging packages at a special room rate at the conference hotel are available when selected with conference registration. The organizer warns that it does not work with any third parties to arrange accommodation.

Where it has been held

GEM moves between US cities. The organizer lists recent meetings in Boston (2026), Houston (2025), Los Angeles (2024) and Boston (2023).