Bioenergy is rapidly transforming the energy landscape, offering sustainable solutions to pressing environmental challenges. With increasing demand for clean energy, professionals skilled in bioenergy are highly sought after. Our Bioenergy course provides you with the essential knowledge to navigate this dynamic field. You’ll explore the fundamentals of biomass, delve into cutting-edge technologies and applications, and assess the economic viability of bioenergy projects. Discover the potential of biofuels and renewable gases, and learn how to implement energy recovery projects from waste. This course equips you with the skills to contribute to a greener future, opening doors to numerous career opportunities in a sector poised for significant growth. Embrace the chance to be at the forefront of the bioenergy revolution and make a meaningful impact on the world.
Bioenergy
The Bioenergy course is aimed at professionals and graduates in the energy sector eager to enhance or update their knowledge. It covers topics such as biomass technologies, biofuel production, and energy recovery from waste, focusing on technological growth, cost analysis, and renewable gases, making it ideal for those looking to explore innovative bioenergy solutions.
40 hours
Energy
Course objectives
The main objective of the bioenergy course is to analyze the main existing sources of bioenergy (biomass, biogas, syngas and biofuel), as well as the main technological conversion processes to which it may be subjected, interpreting both economic-financial and technical aspects through the analysis and discussion of business models of different sample projects
What does it prepare you for?
The Bioenergy course equips you to analyze and evaluate various bioenergy sources, such as biomass and biofuels, focusing on the technological processes for conversion. You will gain skills in assessing economic and technical aspects, enabling you to interpret and discuss business models effectively. By the end of the course, you will be able to plan and implement bioenergy projects, considering cost analysis and technological evolution in renewable gases and waste energy recovery.
Teaching units
UNIT 1. BIOMASS
Introduction
Technologies and applications
Perspectives of technological growth
Cost analysis
Phases for the implementation of a biomass Project
UNIT 2. BIOFUEL
Introduction
Raw materials for the production of biofuels
Production processes and use of biofuels
Research and development: second generation biofuels
Regulatory framework
UNIT 3. WASTE INTRODUCTION AND LEGISLATION REGARDING ENERGY RECOVERY FROM WASTE
Technologies to produce energy from waste
Perspective on the technological evolution and cost analysis of energy recovery of waste
Implementation of energy recovery projects from waste
UNIT 4. RENEWABLE GASES
Renewable gases