Shallow and Deep Geothermal Systems - 2012 AGU Fall Meeting
Offered By: AGU via YouTube
Course Description
Overview
Explore cutting-edge research on shallow and deep geothermal systems in this nearly 2-hour conference session from the 2012 AGU Fall Meeting. Delve into experimental insights on multiphase fluid-rock interactions, sustainability enhancements for Enhanced Geothermal Systems (EGS), and innovative approaches to geothermal energy recovery in sedimentary formations. Discover high-performance computing simulations for improving thermal spallation drilling, and examine the relationship between geothermal properties and groundwater flow in late Pleistocene terrace areas. Investigate basin-wide heat transport induced by earthquakes and learn about an integrated geothermal-CO2 storage approach for reducing carbon intensity. Conclude with a modeling study on the sustainability of direct use in low-temperature geothermal systems. Gain valuable knowledge from invited talks and research presentations covering various aspects of geothermal energy exploration, extraction, and utilization.
Syllabus
Fall Meeting 2012: Shallow and Deep Geothermal Systems
Taught by
AGU
Related Courses
Climate Literacy and Action for AllNottingham Trent University via FutureLearn Management of Marginal Lands and Carbon Sequestration estimation through Remote Sensing and GIS
Universitat Politècnica de València via edX Soil Carbon Sequestration: Increasing Carbon Stocks in Deep Soil - Part 6
AGU via YouTube Effects of CO2-Induced Reaction on Transport Properties of Debonded Well Cement-Casing Interfaces
AGU via YouTube Arctic Hydrology and the Role of Feedbacks in the Climate System - Nye Lecture
AGU via YouTube