Concept

Power-to-gas

Related lectures (13)

Explores biomass conversion into power to gas for long-term electricity storage and the reuse of CO2, emphasizing renewable energy sources.

Batteries, fuel cells and electrolysis: Electrolysis

Covers challenges in electricity storage, thermodynamics of electrolysis, different electrolysis technologies, and sustainable fuel production.

Batteries, fuel cells and electrolysis - Introduction

Covers the operating principles and efficiency of fuel cells and their applications.

Power to gas plants: Project description

Focuses on a case study of a Power to Gas plant, including simulation, measurements, reconciliation, and validation processes.

Decarbonization: Energy Transition & Sustainability

Delves into the feasibility of decarbonizing the electricity sector by 2050 using renewable energies, emphasizing economic competitiveness and sustainability.

Thermochemical Conversion: Synthetic Natural Gas

Explores the conversion of biomass into Synthetic Natural Gas through gasification and methanation processes.

Catalysis for Fuel Synthesis

Explores catalytic processes in downstream fuel synthesis, including methanation, gas cleaning, and methanol synthesis.

Electrolyzers and Fuel Cells

Explores the synthesis of nanoparticles for energy applications, emphasizing electrolyzers and fuel cells.

CO2 Sequestration: Transport, Storage, and Utilization

Explores CO2 transport, storage, and utilization methods for carbon capture and storage technologies.

Solar Hydrogen Production

Explores hydrogen's role in renewable energy storage and efficient PV-electrolysis technologies.

Hydrogen Storage and Distribution

Explores hydrogen storage methods, compression techniques, thermodynamics of electrolysis, and its pivotal role in Europe's energy transition.

Energy Storage Technologies

Compares energy storage technologies and emphasizes the need for increased capacity.

Biogas Production: Processes and Technologies

Explores the anaerobic digestion process, biogas components, production factors, and utilization methods.