The New Biomass Fuel Technologies and Challenges for Heat and Power

6th Edition
Format Online/Live
Area Energy
Data October 31st, November 3rd, 7th & 8th 2023
Upcoming Courses Ask for a proposal for this training customised to your company
480
Introduction
Biomass energy is the most abundant form of renewable energy worldwide. According to the IEA statistics, energy production from biomass and wastes is nearly four times that of hydro. It is also not dependent upon climate as it is for solar and wind. However, biomass potential is largely underutilized for several reasons and challenges: there are many different types of biomass products, i.e. woody biomass, agricultural wastes, manure, sewage sludge, food wastes etc., and there are as many different technologies for their conversion into intermediate solid, liquid and/or gaseous fuels. These fuels may then be used in more conventional processes through various routes for heat and power production. All of this makes it quite complex and difficult to select the most appropriate energy system in each situation and it requires specific skills and experience.
TOPO
Objectives

Upon completion of the course, the participants should be able to:

  • Describe the various technologies available for the conversion of specific types of biomass into heat and/or power, together with their advantages and drawbacks;
  • Analyse a situation of energy production from biomass;
  • Chose and recommend the technology options for energy conversion based on given criteria (availability, price, performance, profitability, environmental impact etc.);
  • Evaluate the technical and economic feasibility of the project with the help of Retscreen Expert software.
TOPO
Program
Theoretical contributions by presentations, examples and short exercises:
  • Types of biomass and conversion pathways:  thermal, biological, physicochemical.
  • Pre-treatment Technologies: drying, torrefaction, hydrothermal conversion, grinding and shaping, associated ISO standards.
  • Technologies for heat and/or electricity conversion combustion, pyrolysis, gasification, anaerobic digestion, cogeneration. State of the art and promising new processes.
Case studies:
  • Hands-on short training on Retscreen expert (www.retscreen.net ).
  • Feasibility analysis examples.
TOPO
Is of interest to
  • Engineers;
  • Team leaders;
  • Mechanical and electrical Engineers;
  • R&D specialists;
  • Project managers;
  • Consultants;
  • Economists;
  • Teachers;
  • Everybody interested in this topic.
TOPO
Training methods
  • Theoretical contributions by powerpoint presentations, examples (some with video), Q&A with participants;
  • Short exercises with corrections;
  • Hands-on short training on Retscreen expert (www.retscreen.net);
  • Case studies on feasibility analysis projects for the various bioenergy technologies;
  • Participants will be provided with a training licence for the latest version of RETScreen Expert Clean Energy Management softw.
TOPO
Date and schedule

 

This training, with a duration of 16 hours, will run on the following days:

October 31st, November 3rd, 7th & 8th 2023 | Course Language: English
08:30 – 12:30 GMT | Break: 10:30 – 11:00
09:30 – 13:30 CET | Break: 11:30 – 12:00

 

TOPO