BIOFUELS COURSE:
BIOETHANOL, BIODIESEL AND BIOGAS
Throughout the course, it is discussed the biofuels of first, second
and third generation and processes of biogas production for energy
purposes. It deepens engineering aspects for plant design, in the key
processes of production of biofuels such as biodiesel refining and
liquefaction and saccharification in the bioethanol. It also deepens
different technologies production logistics, plants operation and the
possibilities of production development in the future.
Next
edition:
Location: Madrid
Date:
November 24 -
November 25, 2011
Course
fee: 495 € + 18% VAT
Courses in company:
This
course can be done anytime at the customer premises. Check prices and
conditions by calling 91 126 37 66 or sending an email to
info@renovetec.com
Distance learning course:
This
course can be done any time from a distance. Check prices and
conditions by calling 91 126 37 66 or sending an email to
info@renovetec.com
Special condition for unemployed
people and recent graduates |
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COURSE DETAILS
Type of Course: On
site classes, based on a presentation developed with the help of
programs like
Power Point
Duration: Between
13 and 16 hours
Course Level:
Basic, previous knowledge is not required
Material: Colour
Book 17 x 24 Paperback.
Practices: Not
performed
Course Director: Santiago
García Garrido, Bachelor in Chemistry and Technical Director RENOVETEC.
Author of numerous books on industrial maintenance and electrical
generation.
Usual Speakers: Maria
del Pino Pérez and Santiago León
COURSE CONTENT
INTRODUCTION
- Climate change and International
Legal Framework
- Types
of Biomass
- Solid
biomass
- Forest
residues
- Agricultural
waste
- Energy
cultivation
- Biomass
calorific value: comparative
- Liquid
Biomass
- Biodiesel
- Bioethanol
- Gaseous
biomass
- Biogas
- Anaerobic
digestion
- Second-generation
biomass
BIOFUELS. INTRODUCTION. BIOFUELS PRODUCTION. HISTORY AND
GENERALITIES
- Interesting
aspects: economic, environmental and legal aspects
PRODUCTION PLANTS PROCESSES. BIODIESEL AND BIOETHANOL, ENERGY
INTEGRATION AND THERMAL USE
- Energy
integration with cogeneration plants, steam turbines, etc
- Pinch
Point en Methodology in energy optimization
- Design
materials for the main equipment and heat exchangers
BIOETHANOL
- Introduction
- Bioethanol
production processes
- Plants
operation and maintenance
- Regulation
related to ethanol. State and perspectives. Bioethanol taxation
BIODIESEL
- Technology
and Design
- Fundamentals of oil Refining and
biodiesel production
- Vegetable oils refining processes
and technology. Selection criteria
- Biodiesel processes and
technology. Selection criteria.
- Lay-out fundamentals of a
biodiesel plant
- Raw material for biodiesel
production. Specifications and procedures
- Byproducts. Specifications and
applications
- Operation
- Biodiesel plant organization.
Organization chart
- Common operational problems
- Analysis of a standard incomes
account of a biodiesel plant
- Product
- Biodiesel quality specifications
- Problems detected in field and
new demands
- Biodiesel post-treatment Systems
face to the new specifications
- Methyl ester different
applications from its use as biofuel
- Ethyl ester as a biofuel
- Energy
Integration and thermal use
- Analysis of energy consumers in
the plants for biodiesel
- Integration and energy efficiency
in a biodiesel plant
- Pinch-Point methodology
application to a biodiesel plant
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