Energy Transition
Energy systems are changing in practical, measurable ways. Fuel is produced differently, energy is stored in new forms, and existing infrastructure is being adapted to support lower-carbon operations. Communities and industries are deploying solutions that balance innovation with reliability while using proven systems today and building toward what comes next. This is where the energy transition moves from concept to execution.
Bridging What Works with What's Next
The shift in energy systems raises complex questions about storage, infrastructure, and reliability. Energy leaders need to know:
01
How renewable natural gas turns waste into pipeline-quality fuel
Capturing and upgrading landfill gas and biogas for energy production
02
What makes underground storage viable for hydrogen and carbon
Salt cavern geology, compressed air systems, and subsurface sequestration fundamentals
03
Why geothermal offers reliable baseload power without carbon
Tapping subsurface heat for continuous, low-carbon electricity generation
04
When to prepare natural gas infrastructure for hydrogen blending
Equipment upgrades, pipeline modifications, and fuel transition readiness
05
How to maintain compliance and efficiency during energy transitions
Operational strategies for facilities navigating regulatory and technology changes
Integrated teams. Optimized solutions.
“Energy systems are evolving fast, but reliability still sets the standard. Practical solutions come from understanding what’s underground and what’s above grade, then building a path forward that holds up over time.”
Jai Duhan
Project Engineer
Expertise Shapes Everyday Life
Designing for Impact
Salton Sea Geothermal System
RESPEC Mining & Energy Quarterly Newsletter – December 2025
RESPEC Mining & Energy Quarterly Newsletter – September 2025