01-01 – Introduction and Overview
01-02 – Types of Geothermal
01-03 – Conventional and Next-Generation Approaches to Enhanced Geothermal Systems

02-01 – Factors That Determine Flow Rate
02-02 – Conversion to Electricity

03-01 – Fracturing Modes
03-02 – Faults, Fractures, and Joints
03-03 – Conceptual Models for Stimulation
03-04 – Fracture Morphology
03-05 – Evidence Related to Stimulation Mechanism From FORGE
03-06 – Evidence on Fracture Morphology From Shale

04-01 – Challenges With Conventional Designs
04-02 – Multistage Plug and Perf
04-03 – Proppant Pack Conductivity
04-04 – Fluid Recovery and Well Configuration
04-05 – Proppant Transport

05-01 – Context and Significance
05-02 – Gringarten Solution
05-03 – Economic Optimization
05-04 – Fracture Morphology
05-05 – Potential Role of Thermoelasticity
05-06 – Flow Conformance
05-07 – EGS with CO2

06-01 – FORGE Background
06-02 – Timeline and Key Events
06-03 – Proppantless Stimulations 2022-2023
06-04 – Propped stimulations 2024

07-01 – Company Overview
07-02 – Project Red
07-03 – Project Cape

08-01 – Simulation Setup and Background
08-02 – Results of Sensitivity Analysis Simulations

09-01 – Motivation and Historical Experience
09-02 – Earthquake Physics
09-03 – Induced Seismicity Hazard Analysis
09-04 – Faults vs. Fractures
09-05 – Traffic Light System