Securing Florida’s Energy Future
Florida’s continued population and economic growth—particularly in South Florida—are increasing demand for reliable, affordable energy. The Florida Energy Pathway (FEP) is a intrastate natural gas infrastructure project designed to expand transportation capacity, address regional supply constraints, enhance system reliability and extend natural gas infrastructure to serve homes and businesses.
By increasing access to natural gas transportation capacity, the Florida Energy Pathway will help support dependable energy services for communities, businesses and essential services today and into the future.
~1M
Natural Gas customers in FL
25M
projected FL residents by 2030
838
new residents per day
About the Project
A modern energy solution for a growing state
The Florida Energy Pathway is anticipated to be a 24-inch intrastate natural gas pipeline originating in Palm Beach County and terminating in Miami-Dade County. The project will connect existing natural gas systems through new, modern infrastructure to enhance energy supply reliability in South Florida.
The project is being developed by Peninsula Pipeline Company (PPC), Chesapeake Utilities’ intrastate transmission business in Florida, and is designed to:
- Alleviate regional energy supply constraints
- Enhance system reliability and flexibility
- Extend natural gas infrastructure to serve homes and businesses
Project Information
Everything you need to know about
The Florida Energy Pathway
Why the Florida Energy Pathway is Needed
25M
projected FL residents by 2030
838
new residents per day, 2026-2030
78%
of FL electricity from natural gas
South Florida is expected to lead this growth, with Miami-Dade, Broward, and Palm Beach counties accounting for several hundred thousand new residents over the next decade.
The Florida Energy Pathway helps:
- Reduce congestion on existing energy delivery systems
- Improve system flexibility during high-demand periods
- Ensure a stable, dependable energy supply for communities for existing demand and future growth
Project Overview
Key elements of the Florida Energy Pathway
- A 24-inch intrastate natural gas pipeline
- Routing primarily along existing transportation and utility corridors
- Originating in Palm Beach County and terminating in Miami-Dade County
- Anchored by firm commitments totaling nearly 250,000 dekatherms per day from multiple investment-grade shippers
- Upstream capacity supplied by Florida Gas Transmission in conjunction with its Phase IX expansion
~97
miles of infrastructure
$1.2 B
investment
250k
Dekatherm per day
Community and Environmental Considerations
The Florida Energy Pathway is designed with a strong focus on environmental responsibility and community engagement. Project development includes:
- Comprehensive environmental reviews and field studies
- Coordination with federal, state, and local permitting agencies
- Route planning that prioritizes existing rights-of-way to reduce impacts
Environmental data collection and agency coordination are ongoing as part of the permitting process.
Safety and Reliability
Safety is a top priority throughout the design, construction, and operation of the Florida Energy Pathway.
The project will incorporate:
- Advanced monitoring and control systems
- 24/7 system oversight
- Coordination and training support for local emergency responders
These measures are consistent with industry standards and Chesapeake Utilities’ longstanding commitment to safety.
Economic and Community Benefits
The Florida Energy Pathway supports Florida communities by:
- Enhancing access to affordable, dependable energy
- Supporting economic development and job creation
- Strengthening energy reliability for critical services and industries
Reliable energy infrastructure plays a key role in sustaining Florida’s economic resilience and quality of life.
Project Status and Next Steps
The Florida Energy Pathway is currently in the planning and development phase, with design, development and permitting activities commencing this year. Construction will begin following completion of permitting, final approvals and related development activities. The project is anticipated to be in service in 2030, subject to receipt of required authorizations. Upcoming project steps include:
- Detailed engineering and design work
- Environmental studies and agency coordination
- Ongoing evaluation of routing and construction planning
The project will require multiple permits and agency coordination to ensure environmental protection and compliance with applicable regulatory standards.
