Geothermal Engineering Production

MATERI  1. Concepts and Physical Basics

• Thermal structure of the Earth
• Thermodynamic state functions (Gibbs equations, Maxwell relations)
• Energy budget of the Earth
• Thermal regime of the Earth, plate tectonics and geothermal systems

2. Crustal Heat Transport and Relevant Rock Properties

• Heat transport by diffusion (steady state: conduction) and fluid-driven advection
• Thermal conductivity and diffusivity
• Specific heat capacity and thermal capacity
• Radiogenic heat generation rate

3. Borehole and Laboratory Methods for Measuring Geothermal Data

• Temperature and thermal conductivity
• Specific heat capacity
• Radiogenic heat generation rate
• Porosity and density

4. Processing Of Geothermal Data

• Temperature corrections regarding
• Natural steady-state and transient effects
• Calculation of temperature gradient

5. Geothermal Energy (shallow and deep borehole heat exchangers)?

• Definition of geothermal energy
• Types of geothermal resources
• Direct use of geothermal heat
  • Space heating and cooling
  • Commercial and industrial applications
  • Technological and economical aspects of direct use

6. Geothermal Energy (conversion into electric energy)

• Geothermal reservoir development
• Integrating of structural, geological, and geophysical data into a numerical model for simulating
• Flow and heat transport in geothermal reservoirs
• Step-out exploration and field development
• Geothermal power generation: Technological and economical aspects of geothermal power generation
  • Natural steam power plants
  • Binary power plants
  • Power plants for Hot Dry Rock or Enhanced Geothermal Systems
  • Technical, economic and ecological aspects

TRAINING METHOD Presentation Discussion Case Study Evaluation FACILITY Training Kit Handout Certificate Lunch + 2x Coffee Break Souvenir Pick up participants (Yogjakarta Only) PELATIHAN LAINNYA