Jyväskylä Paviljonki Fair and Congress Center Jyväskylä, Finland

Transcription

Jyväskylä Paviljonki
Fair and Congress Center
Jyväskylä, Finland
Welcome To Bioenergy 2009
The strong policy for increasing renewables and especially bioenergy continues in the
European Union. The Communication COM(2006)848 presents a renewable energy
roadmap for the year 2020, proposing a mandatory target of 20% renewable energy in gross
inland energy consumption, and a mandatory target of 10% transportation biofuels, to be
coupled with national action plans. It also includes a reduction in carbon dioxide emissions
(from their 1990 level) by 20% in 2020 and a 20% reduction in energy use by 2020. The
climate change and numerous environmental aspects and reasons are backgrounds for the
decisions. Not only ecological points, but also political and economical reasons will carry
these plans and targets forward. The Union’s common target 20 % is very challenge and
there is set mandatory targets for the member countries. Finland’s target is to increase the
use of renewables by 9,5 % units to totally 38 %. A remarkable portion of the target will be
reached by forest fuels. Environmentally friendly, safe and secure bioenergy together with
modern bioenergy technologies and know-how are the driving forces for increasing the
utilisation.
The 4th International Bioenergy 2009 Conference will take place in Jyväskylä, in the
heart of bioenergy - in Finland and in Central Finland. Finland is one of today’s top users
of bioenergy among all industrial states. Biomass use accounts for over 25 % of the total
primary energy consumption and 20 % of the electricity requirements are met by using
bioenergy (the highest in the EU). The share of bioenergy is in Central Finland over 50 %
and the target is 70 % 2015.One of the worlds biggest Biopower plant is under construction
with a fuel input capacity of 500 MW. Here you can see more bioenergy harvesting systems
and different scale of power and heating plants in a day than in a week somewhere else. The
Conference will focus on the factors affecting the future of the bioenergy, biopower, biofuels
in transport and biobased modern technologies and products, including logistic systems,
management, total procurement chains, the effects of the energy market, the influence of
green marketing and other trends affecting forestry, agriculture, industry and climate.
In the Conference and on the Study Tours you will get updated and concrete knowledge
about the modern biomass-based power, heating and CHP plants and technologies from
farm scale up to the world’s biggest construction. Practical fuel procurement systems,
energy technologies, logistics, know-how and experiences, international training possibilities,
combustion and harvesting systems and R&D results are presented.
The International Conference is not only an excellent highway and opportunity into the
modern sustainable bioenergy business in Finland. Also tens of oral presentations from all
over the Europe and modern forest machine fleets are presented.
I wish you warmly welcome to the Conference in the end of next August and beginning
of September!
Professor Dan Asplund
Chairman of the Conference
Organizing Committee
 Professor Dan Asplund, Chairman
 Professor Charles Banks, UK
S.C Bhattaachrya, India
Professor Rolf Björheden, Sweden
CEO Matti Hilli, Vapo Oy, Finland
 Mr. Heinz Köpetz, President, Austrian Biomass
Association ja AEBIOM, Austria
Kyriakos Maniatis, European Commission, Belgium
Markku Nurmi, Central America EEP, Finland
 Mr. Jim Richardson, Secretary of Canadian Bioenergy
Association, J. Richardson Consulting, Canada
Thomas Siegmund, BBE, Germany
Mr. John Swaan, Executive Director- Wood Pellet
Association of Canada.
National Committee
 Professor Dan Asplund, Chairman
 Ms. Eija Alakangas, Senior Research Scientist, VTT
 Mr. Pekka-Juhani Kuitto, Executive Director, FINBIO ry
 Ms. Marika Ryytty, Marketing, MW Biopower Ltd
 Ms. Mia Savolainen, Communication Manager, FINBIO ry
 Mr. Stefan Sundman, Energy and Environmental Policy
Manager, Finnish Forest Industries
 Dr.Sc (Tech) Arto Timperi, Vice President, Metso
Minerals
 Mr. Reijo Vatanen, Communication Director, Vapo Oy
 Mr. Seppo Vihersaari, Trade Commissioner, Embassy of
Canada
The Conference will focus on the factors affecting
the future of the bioenergy and biobased modern
technologies and business solutions, including logistic
systems, management, total procurement chains,
the effects of the energy markets, the influence of
green marketing and other trends affecting forestry,
agriculture, industry and climate.
The conference 2003 with large scope attended
with over 600 participants. The Bioenergy in Wood
industry 2005 conference attended with over 300
participants and Bioenergy 2007 conference there was
over 500 participants all over the world.
Conference with plenary sessions, oral
presentations and poster viewing
 Technical tours and visits to practical bioenergy
targets
 International Bioenergy 2009 Exhibition
 Social and cultural programme
 Language: English
The Main Program
31st of August Pre-Tour, at the evening Get
together, Registration begins
 1st to 2nd of September Conference
 3rd of September Technical tours/Exhibition
 4th of September Post-Conferennce tour/Exhibition
For whom?
 Bioenergy Business People
Bioenergy Users and Producers
Entrepreneurs
International, National and Local Authorities
Policy Makers
Scientists
Technology Developers
Designers
Training Officers, Teachers
Financiers
Manufactures
Service
Wood, Pulp and Paper Industry
Agriculture and Food Industry
Heat and Power producers
Power Plant and Heating Plant Producers
Consumers and Public Organisations
Biofuel Prodecers and Developers
Topics
Papers are invited on the following topics:
1. Strategies, Politics, Legislation Tools and
Implementation Issues: possibilities to support the
EU-targets, Kyoto Protocol, national targets and
free energy markets and green values, sustainable
development and security of energy supply
2. Climate Change: Sustainable use of bioenergy,
sustainability criteria of biofuels, LCA on green
house gas reduction, carbon dioxide capture,
3. Bioenergy Markets and Business: national and
international bioenergy markets, financial and
market instruments, certificates, feed in tariff,
emission trading, fuel quality assurances and
standards, price competitiveness, management
systems
4. Biomass Resources: potentials, quantities,
measurements methods, qualities and properties
for feedstock from forestry, agriculture, peatlands,
municipals and processing industry
5. Fuel production, logistics and technologies:
production, pre-treatment, procurement, transport
and logistics
6. Combustion and boiler systems: combustion and
boiler technologies and systems for industries,
district heating, house blocks, small houses and
agriculture nets
7. Combined Heat and Power Production (CHP):
power plant, district heating and small scale
technologies and systems for CHP production
8. Chemical Conversion Technologies: gasification,
pyrolysis, biological conversion and liquid fuels
production (biodiesel, ethanol, direct/indirect
liquefaction)
9. Pellets: different raw materials, production, use
10. Biogas: raw materials, production, upgrading and
different use sectors
11. Biomas to liquids (BTL): production, upgrading and
use
12. Sustainable peat: production, handling ,combustion
and processing to transport fuels
13. National and Areal Demonstration and Market
Implementations of Bioenergy Production and Use
in different Bioenergy Sectors
14. Environmental Issues: flue gas cleaning, ash
handling and recycling, sustainable development
15. Applications of information and communication
technologies: internet, mobile phone technology,
electronic documentations, remote management
tools, internet marketing and information
dissemination.
The different topics cover R&D results, demonstration,
cases, equipments and good practises.
Welcome to Finland
- The Bioenergy Country
Finland
Finland is one of the world
leaders in the utilisation
of wood based bioenergy
and the development
of biomass combustion
technologies and efficient
fuel supply chains. The
expertise extends from
the forest to heating and
power plants, from root
to soot.
Finland is a top bioenergy
country among the
Western Countries.
Almost 30 % of
total primary energy
consumption and 20 %
of electricity is met by
bioenergy (including peat).
 Finland is the world leader
in the development of
biomass combustion
technology and the
manufacture of fluidised
bed boilers that are
suitable for burning
different kinds of biomass
(wood fuels, peat, REFs
etc.). The advantages
offered by fluidised
bed technology include
high efficiency and low
emissions.
In Finland, you can see
in concrete the modern
bioenergy power and
heating plants and
technologies from farm
size up to the world’s
biggest construction.
Practical know-how and
experiences, energy
technologies, logistics,
various fuel procurement
systems, international
training possibilities,
combustion and harvesting
systems and R&D results
are presented.
And Central Finland is the
Centre of Bioenergy!
Finland is one of the world’s leading countries in utilising renewable energy
sources. About 26 % of Finland’s consumption of primary energy is produced by
bioenergy. With this share bioenergy is the biggest resource of energy in Finland.
The share of bioelectricity, which is 20 % today, is the highest in the European
Union.
Energy technology has become a significant field of exports in the recent
decades. This progress is closely related to the development of Finland’s energy
supply system and energy intensive industries. This development has been
boosted by the needs of the domestic market, the challenge being rigorous
climate and an abundant supply of biomass. Technology development target
is to have well structured technology programm in the Bioenergy field. Many
universities, institutes, schools and private companies provide education and
training in forestry and energy technology, from the practical knowledge courses
to the level of highest scientific research.
Our energy industry is of great significance in Finland’s industrial structure,
being closely intertwined with our traditional branches, forest and metal industries
but also the electronics industry. These ties have produced, for example,
expertise in different technological areas. Finland is a leading country in the
development of biomass combustion technologies combined heat and power
production and efficient fuel supply systems. The expertise extends from forests,
peatlands, urban and industrial waste to heating and power plants. Bioenergy
in wood industry is of importance both producing forest fuels, pellets and in
producing heat and power. Finland is also the world leader in the manufacture of
fluidised bed boilers that are suitable for burning all kinds of biomass. In Finland
you can see in practice modern plants and technologies from a farm size up to
the world´s biggest biomass power plant, 220 MW electricity.
The use of bioenergy grows rapidly everywhere. and is a global business.
Bioenergy has many positive effects also when battling against the climate change.
Also Finland has set challenging targets for to increase further the use of biomass.
The Renewable target for 2020 on a 38, % share .This means an increase by
8,5 % unit from today. The main source will still be bioenergy. There will be
increase in electricity and heat production but also for traffic purposes. The target
is challenge but will be reached by effective implementation tools. Today the new
Energy and Climate Strategy to reached the
2020 target is in the hands of the Parliament
members.
In Finland, the role of additional financial
incentives has been confirmed to be crucial
for the development, demonstration and
deployment of new technologies. The
implementation of high-efficiency, sophisticated
technology has been shown to be the best
guarantee for increasing the use of bioenergy.
Warmly Welcome to Finland!
Mr. Mauri Pekkarinen
Minister of Economic Affairs
Greetings from
the Mayor of Jyväskylä
Jyväskylä is one of Finland’s five most important centres of growth. From
beginning of 2009 three municipalities merged to a city with 130 000 inhabitants.
In recent years the population of our area has grown at record speed compared
to the country as a whole. Jyväskylä is in fact the second most popular place in
Finland to move to. Finns have also ranked Jyväskylä as offering the country’s best
environment in which to live and bring up children.
The Jyväskylä region is widely known for strong networked cooperation
which involves ten municipalities and numerous organisations, enterprises and
other bodies. Through broad-ranging collaboration we are intent on reinforcing
the region’s success. The goal is also to produce more and more services across
municipal boundaries.
The key characteristic of this youthful and vital region is international topquality education and expertise. A second characteristic is multi-actor operating
environments in research and development activity. In practice this means that
within the same operating environment enterprises, research establishments as
well as training and development organisations are all to be found.
Traditionally the Jyväskylä region has relied on the forest and metal industries
and more recently on information and communication technology. The focuses
of attention in the region’s primary branches are the production and use of
bioenergy, forest industry processes and the international forest industry, as well
as areas of emphasis in environmental technology such as biogas technology.
The heart of bioenergy is Central Finland, where bioenergy accounts for
50 % of consumption. In Central Finland it is possible to see more biofuel
production systems and different scale power and heating plants in a day than in
a week elsewhere. Wood fuel is used in combined heat and power plants and
district heating plants in municipalities and in the paper and wood industries.
The province has set an ambitious target to reach independence in fuels used
in power and heat production until 2015. The target can be met by increasing
annual production of bioenergy in the region by four terawatt hours. It means
also that Central Finland will reach almost maximal level in bioenergy utilization,
and hence represents a kind of ideal of a bioenergy market. The Regional Council
of Central Finland has launched a bioenergy cluster programme called Dynamic
Bioenergy to work for the target. The programme is managed by the JAMK
University of Applied Sciences. The city-owned development company Jyväskylä
Innovation participates in the national energy technology cluster with our special
regional focus on bioenergy. The region is home to various bioenergy education
and R&D institutes such as the University of Jyväskylä, JAMK University of Applied
Sciences with it’s Bioenergy Development Centre, VTT with its big bioenergy
group, the BENET Bioenergy Network, and FINBIO – the Bioenergy Association
of Finland. Large biofuel production companies and forest industry players
such as Vapo, Biowatti, Metso, UPM Kymmene and M-Real as well as energy
companies and bioenergy marketing companies of different sizes also conduct
national and international business from bases in Central Finland. Furthermore,
the local energy company owned by the city of Jyväskylä is currently constructing
the world’s biggest municipal biofuel power plant. The fuel capacity of the
new wood, agrobiomass and peat based power plant will be 500 MW and the
electricity output 150 MW.
Welcome to Jyväskylä, home of the world famous architect Alvar Aalto, world
champions in various sporting disciplines, and the world’s best organised WRC
rally, Neste Oil Rally Finland. We sincerely hope you find this human-sized city
and the unspoilt lake and forest scenery that surrounds it to your liking.
Mr. Markku Andersson
Mayor
Conference and Travel Information
Conference Venue
The full fees include
- Attendance at all Oral Sessions and Poster
Presentations
- Invitation to all coffee breaks and lunches
- Admittance to the Bioenergy 2009 and
Wood and Bioenergy 2009 Exhibitions
- Conference bag and proceedings
- Reception by the City of Jyväskylä
- Exhibitions opening night
The complete address is:
Jyväskylä Paviljonki, Messukatu 10,
FI-40100 Jyväskylä, Finland
www.jklpaviljonki.fi
Registration
The International Bioenergy Conference will take
place in the Jyväskylä Paviljonki – International
Congress and Trade Fair Centre. Jyväskylä Paviljonki is
truly a most versatile congress and trade fair centre in
the heart of Finland, in the centre of the city. Paviljonki
stands close to the train and bus station, and is well
connected to the highways.
The airport is only 20 kilometres away.
If you wish to attend the Conference, please
complete the Registration Form in this Brochure and
send it by mail to
FINBIO ry, Vapaudenkatu 12,
FI-40100 Jyväskylä, Finland
by fax to +358–207 639 609 or
by e-mail to bioenergy @finbio.fi.
It is also possible to fill the registration form on the
website, www.finbioenergy.fi/bioenergy2009.
Please, complete one form per participant.
Fees
Registration and payment before June 30
For members of the FINBIO 450 €
For non-members 520 €
Registration and payment after June 30
For members of the FINBIO 520 €
For non-members 600 €
Payment options
Please note: after June 30, payments of lower
fees will not be accepted.
Conference Dinner 65 €
Technical Tours
on Monday, August 31 st
Pre-conference Tour 100 €
on Thursday, September 3 rd
in Central Finland
 New Technologies for Large Scale Production
of Forest Fuels for CHP 130
Energy crops and biogas
130
Harvesting and use of small-diameter energy
wood and recycling of wood-based ash 130
Education, Training and Practical Experiences
over Bioenergy in Central Finland 60
€
€
€
€
The payment for Registration must be made in euro.
Your registration will be confirmed upon the receipt
of the registration fee. Admittance to the Conference
without full registration including the payment of the
registration fee cannot be granted. The following
options for advanced payment are available:
 By bank transfer
Bank: Kiuruveden Osuuspankki
Account holder: FINBIO – Suomen Bioenergiayhdistys ry
Account number: 478300-111943
SWIFT/BIC code: HELSFIHH
IBAN: FI3847830010011943
By credit card
Visa/Mastercard/Eurocard/ accepted.
Registration Desk
All participants must register on arrival at the
Conference. The Registration Desk will be open
during the following hours:
Monday, August 31st, 2009,
Tuesday, September 1 sh, 2009,
Wednesday, September 2 nd, 2009,
14:00 – 19:00
8:00 – 18:00
8:00 – 16.30
With the registration, you will be given detailed
information about the conference, conference bag
and an identification badge that should be worn at all
times. If you loose your badge or find a badge, please
report to the Registration Desk.
Social Programme
Cancellation
If you cancel your registration before July 31 st, 2009,
50 % of your registration fee will be refunded.
There will be no refunds for cancellations made after
the July 31st, 2009.
Conference language
The conference language will be English.
Reception by the City of Jyväskylä
On Monday evening, August 31 st, there will be
a reception hosted by the City of Jyväskylä for
Bioenergy 2009 participants.
The reception will begin at 20:00. An invitation will
be included in your conference bag.
Conference Dinner
Lunch and coffee breaks
Lunch and coffee will be served during the breaks as
indicated in the Conference Programme.
The Conference Dinner will take place on Thusday
evening, September 1st.
Dinner will cost 65 €.
Dinner speech: Vapo Oy.
Information Centre
Exhibitions Opening Night
During the conference, information and help may be
obtained at the Registration Desk. The information
board are situated near the desk.The Programme
Board displays the Conference Programme for the
entire week, with all last-minute changes.
Insurance
The organizer cannot be held responsible for injury
to conference attendees or for damage to, or loss
of their personal belongings, regardless of the cause.
Attendees are advised to make their own insurance
arrangements.
Visa
Participants requiring a visa entry in Finland are
strongly advised to make their application in their
home countries as early as possible before the
intended date of arrival.
Travel Information
Travel to Jyväskylä and how to reach Jyväskylä Paviljonki
– International Congress and Trade Fair Centre
By air:
Several flights daily from Helsinki (flight time 35 min).
www.finnair.fi
By rail:
Several trains daily from Helsinki (3 to 4 hrs).
www.vr.fi
By road:
Jyväskylä is situated in central Finland at the crossroads
of four highways. Jyväskylä is just over three hours
from Helsinki and only four hours from Oulu. All
the highways come direct to the intersection of the
Exhibition Centre (please follow Paviljonki signs).
The pedestrian bridge from the city centre leads
directly to Paviljonki.
On Wednesday evening, September 2 nd Jyväskylä
Fair Centre will arrange an Exhibitions opening night
for participants for Bioenergy 2009 and exhibitors
for Wood and Bioenergy 2009.
Opening ceremony at 18:00 – 19:00 and Customer
get-to-gether at 19:00 – 21:00.
An invitation will be included in your conference
bag.
Accommondation
The organizers have made preliminary reservations
from a number of hotels. Special rates have been
negotiated for the conference participants for
reservations made through Jyväskylä Booking, our
local accommodation office.
If you wish to receive more detailed
accommodation information please contact Jyväskylä
Booking by tel. +358 20748 1830 or by e-mail:
[email protected].
Hotel Cumulus Jyväskylä
Hotel Scandic Jyväskylä
www.restel.fi
- situated in Jyväskylä town center
- 202 rooms, 2 restaurants, 2 saunas, 5 conference
premises
- 20 km to the airport
50 m to the railway station
50 m to the bus station
200 m to the Jyväskylä Paviljonki
www.scandic-hotels.com
- situated in Jyväskylä town center
- 150 rooms, 2 restaurants, 1 sauna, 5 conference
premises
Price: Single 155 € / room / night
Double 180 € / room / night
Finlandia Hotel Alba
Sokos Hotel Alexandra
www.hotellialba.fi
- situated 1 km from the Jyväskylä town center by
the lake
- 126 rooms, 1 restaurant, 1 sauna, 2 conference
premises
1 km to the railway station
1 km to the bus station
1 km to the Jyväskylä Paviljonki
Price:
Single 92 € / Economy room / night
Double 114 € / double room for single use/ night
Twin 114 € / twin room for single use/ night
Twin 114 € / room / night
Hotel Rantasipi Laajavuori
www.restel.fi
- situated 4 km from the Jyväskylä town center close
to nature
premises
4 km to the railway station
4 km to the bus station
4 km to the Jyväskylä Paviljonki
www.sokoshotels.fi
- Situated in Jyväskylä town center
premises
Sokos Hotel Jyväshovi
www.sokoshotels.fi
- situated in Jyväskylä town center by a pedestrian
street
premises
Price:
Single 139 € / standard room / night
Single 164 € / superior room / night
Double 184 € / superior room / night
Business to Business -event September 2
In connection to Bioenergy 2009 conference and
exhibition we offers companies an additional channel
of marketing your business and establishing new
personal contacts through pre-scheduled meetings
with companies and organisations from many different
countries.
The pre-booked meetings last 25 minutes
each and will take place in a purpose built meeting
environment at the fair on September 1 st and 2nd.
The business to business meetings are exclusively
addressed to companies, research institutes,
municipalities and financial institutes that are actively
engaged within the field of bioenergy.
The objective of the business to business event
is to actively stimulate and support the commercial
dissemination of innovation and transactional
technology transfer within the bioenergy companies
and organsations by organising a qualified face-to-face
forum.
The business to business event greatly assists
and encourages participants to identify, approach
and develop new business opportunities in existing
and new market sectors with other international
companies in a cost and time efficient way.
Why take part in Business to Business event?
 You can increase your cost and time efficiency
as you are presented with another channel of
establishing personal contacts through timetabled
face-to-face meetings with a pre-determined
agenda over some days
 You have the opportunity to, before the conferenc
and fair starts, pre book meetings with companies/
organisations which you have chosen to meet
yourself, or which have requested to meet you
nd
 It offers participants an exceptional chance to
profile themselves and meet with interesting
international companies, technology providers,
research institutes and those with in-licensing
needs
 The latest insights and information from leading
technology providers and service suppliers within
the international bioenergy sectors
The Fees are


Conference delegates
Other delegates
200 € (incl. VAT 22 %)
300 € (incl. VAT 22 %)
The Deadlines are
 Registration and submission of profiles: July 31 st
2009
 Requesting and confirming meetings: August 15 th
2009
 Receive schedules for individual meetings: August
25th 2009
Registration
If you wish to attend the Business to Business -evant,
please fill up the registration form on our website
 www.finbioenergy.fi/bioenergy2009 or
complete the registration form in this brochure and
send it
 by fax to +358–207 639 609 or
 by e-mail to [email protected].
 by mail to FINBIO ry, Vapaudenkatu 12, FI-40100
Please, complete one form per participant.
Conference Programme September 1
st
9:00
Coffee
Opening Session
9:30
Welcome
Professor Dan Asplund, Chairman of the Bioenergy 2009 Conference
Finnish Bioenergy Policy
Minister Mauri Pekkarinen, Ministry of Employment and the Economy, Finland
EU Bioenergy Strategies
Kyriakos Maniatis, European Commission
Bioenergy in Europe: Past Developments and Future Perspectives
President Heinz Kopetz, Aebiom, Austria
Bioenergy within the National Renewable Action Plans
Jean-Marc Jossart, Aebiom, Belgium
Canadian Bioeconomy, Future Product Value Streams and Technologies Required
Dr Ian de la Roche, FP Innovations, Canada
Legislative Barriers to Bioenergy
Co-Chair Bruce McCallum, CanBio, Canada
4Biomass – Fostering the Sustainable Usage of Renewable Energy Sources in Central
Europe – Putting Biomass into Action
Kerstin Schilcher and Johannes Schmidl, Austrian Energy Agency, Austria, & Hanna Burczy,
Instytut Energetyki, Poland
12:10 Lunch and Poster session
Areal and National Bioenergy Strategies
13:30
Strategies for Bioenergy Development in Baltic See Region
CEO Matti Hilli, Vapo Oy, Finland
German Targets in Heat, Electricity and Transport Fuels
Thomas Siegmund, BBE, Germany
Evaluation of Possibilities to Reach 2020 Targets in Finland
Professor Dan Asplund, Benet Ltd., Finland
Dynamic Bioenergy 2007 – 2015, Renewable Energy Cluster Programme of Central
Finland
Markku Paananen, JAMK University of Applied Sciences, School of Technology, Finland
Regional Strategy throughout Sectional Bioenergy of Castilla y León (PBCyL)
Rafael Ayuste, Santiago Diez, María Muñoz, Yolanda Crespo, Ricardo González and Mª Puy
Domínguez, Ente Regional de la Energía de Castilla y León (EREN), Spain
15:10 Coffee break
Global business strategies
15:40 Energy and Environment Partnership with Central America EEP and its Replications
on other Regional Parnerships
Dr. Markku Nurmi, Director General, Ministry of the Environment, Finland
Solutions for Renewable Energy Production
Forestry Bio Energy Business Manager Marica Kilponen, John Deere Forestry, Finland
Innovative Utilization of Renewable Energy Sources to Combat Climate Change
Managing Director Tomas Harju-Jeanty, Foster Wheeler Energia Oy, Finland
Enhancing the Use of Renewable Energy Sources - Challenge for a Consulting
Company
CEO Markku Moilanen, Ramboll Finland Oy, Finland
Global Demand for Wood Pellets - Beyond 10 Million Tons on to 100 Million
Executive Director John Swaan, Wood Pellet Association of Canada, Canada
The Global Future of Bioenergy
Global Business Line Manager, Biomass to Energy Petri Väisänen, Pöyry Energy Oy, Finland
Biomass Resources and Development
President Douglas Bradley, CanBio, Canada
18:00 End of the Day
Biogas
Transport Fuels
13:30 Best Available Techniques (BAT) in Biogas
Production
Markus Latvala, Bionova Engineering Oy, Finland
Optimising the Use of Biogas Technology for
Renewable Energy Production and Material Flow
Management in Regional Scale – Case Central Finland
V-H. Vänttinen, H. Tähti, M. Seppälä, A. Lensu and J.
Rintala, University of Jyväskylä, Finland
Online Measurement and Removal of Biogas Trace
Compounds
Mona Arnold, VTT Technical Research Centre of Finland,
Finland
Biogas Upgraded by Chemical Reaction. Study of
CO2 Absorption in a Packed Column
Joaquín Reina Hernández, Energy & Waste Technologies
(E&WTech), Spain
Quantification of Methane Loss during Pressure
Swing Adsorption Biogas Upgrading
Urs Baier and Sebastian Baum, ZHAW Zurich University
of Applied Sciences, IBT Institute of Biotechnology &
Serge Biollaz and Johannes Judex, PSI Paul Schaerer
Institute, Switzerland
13:30Lignocellulosic Ethanol Progress
President Vincent Chornet, Enerkem, Canada
Waste Based Ethanol Concept
Managing Director Mika Aho, St1 Biofuels Oy, Finland
Oil Palm Waste for the Production of Bio-Ethanol
K. Ling Chin and P. San H’ng, Faculty of Forestry & T. Ti
Tey, Faculty of Engineering & M. Tahir Paridah, Institute
of Tropical Forestry and Forest Product, University Putra
Malaysia, Malaysia
Bio-Butanol Production from Lignocellulosic Biomass
Claudia Daza and Herman den Uil, Energy research
Centre of the Netherlands (ECN), The Netherlands
Biodiesel, the Egyptian Experience
Ebtisam K. Heikal and I. K. Abdou, Egyptian Petroleum
Research Institute, Egypt
15:10 Coffee break
15:10 Coffee break
15.40Biomethane as a Second Generation Vehicle Biofuel
Annimari Lehtomäki, Jyväskylä Innovations Ltd., Finland
The Centralized Utilization of the Biomethane
Production in Decentralized Distribution Area in the
City of Jyväskylä
Heikki Kutinlahti, Protech AD Services Oy & Jussi-Pekka
Aittola, Ramboll Finland Oy & Dan Asplund, Benet Ltd.,
Finland
Novel Small Scale Upgrading System for Biogas to
Transport Fuel?
Erkki Kalmari, Metener Oy, Finland
Potential of Biohydrogen Production Derived from
Bioglycerol as By-Product of Transesterification Process: The case of State of São Paulo - Brazil Antonio Carlos
Caetano de Souza, Sao Paulo State University (UNESP),
Brazil
GlidArc-Assisted Processing of Biogas
Albin Czernichowski and Krystyna Wesolowska, ECP,
France
Experiences of Modern Business Models and
Technologies in Biogas Market in Germany
Matti Malkamäki, Greenvironment Ltd., Finland
Biogas Development in Germany
Thomas Siegmund, BBE, Germany
18:00End of the Day
15.40 Jatropha: A Perfect feedstock for Biodiesel
Ohene Kwadwo Akoto, Jatropha Africa, Ghana
Development of Biomass Syngastechnology for BTL
Jukka Konttinen, University of Jyväskylä, Finland
Reactor and Process for Syngas-to-Wax Conversion
Using High-Temperature Iron Catalyst
Albin Czernichowski and Mieczyslaw Czernichowski, ECP,
France & Piotr Czernichowski, Ceramatec Inc., USA
Commercial Scale BTL Production on the Verge of
Becoming Reality. The CHOREN Beta-Plant and
Future Developments
CFO, Dr. Jochen Petersen, CHOREN Industries GmbH,
Germany
Development of BTL Technology for Woody Biomass
Veikko Jokela and Tiina Räsänen, Stora Enso Oyj and
Hannu Kaikkonen, Neste Oil Oy, Finland
UPM:S Concept for Wood Biodiesel Development
Director Petri Kukkonen, UPM-Kymmene, Finland
Development of Vapoil
Dr. Mikko Kara, Vapo Oy, Finland
Integrated Heat, Electricity and Bio Oil Production
Dr. Jani Lehto, Metso Power Oy, Finland
BioOil for Pulp and Paper
President Andrew Kingston, Dynamotive Energy Systems
Corporation, Canada
18:40End of the Day
Changes in programme are possible.
Conference Programme September 2
nd
Environmental issues
8:10
9:50
Dynamic Modeling for Predicting Thermal Behaviors of Aqueous
Ammonia in a CO2 Absorption Process
Muhammad Asif, Sung-Min Shim and Woo-Seung Kim, Hanyang
University & Sang-Jin Lee, STX Heavy Industries Co, Korea
The Climate Markets – Business, Compliance and Investments
Tomas Otterström, GreenStream Network Plc., Finland
Climate Change and Forest Products, Going Carbon Neutral by
2015
President Avrim Lazar, Forest Products Association of Canada, Canada
Forest Based Industry Offering Climate and Bio Solutions
Senior Vice President Stefan Sundman, The Finnish Forest Industries
Federation, Finland
Is Peat Better than Fossil Fuels, or Not? - Possibilities to Reduce
GHG Impacts of Peat Production in Finland
Kari Minkkinen and Kari Mutka, Vapo Oy & Jukka Laine, Finnish Forest
Research Institute, Finland
Coffee
Pellets
10:20 Potential of Wood Pellets Utilization for Electricity
Production: A Case Study in Atikokan, Canada
Cassia Sanzida Baten and Reino Pulkki, Lakehead University,
Canada
The Usability of Different Types of Pellets
Pekka Sirén and Leena Siltaloppi, Vapo Oy, Finland
Novel Pellet Burner for Fireplaces and Ovens
Anneli Korpelainen, Tulipiippu Oy, Finland
Effect of Operation Conditions on Emissions from a Modern
Small Scale Pellet Boiler
Heikki Lamberg and Olli Sippula, University of Kuopio & Jorma
Jokiniemi, University of Kuopio and VTT, Finland
Ash Behaviour in Combustion of Pellets
Jukka Konttinen, Jussi Maunuksela, Arjo Heinsola and Timo
Ålander, University of Jyväskylä & Martti Aho, VTT, Finland
Fuel Production
8:30
International Experience of E
Managing Director Tommi Lahti,
Rinne, Zellwatt Ltd., Germany
Enterprice Resource Planning
Operators
Managing Director Seppo Huuri
Swedish Developments of Fo
Professor Rolf Björnheden, Swe
Economic-Ecological Optimis
Bio-SNG Conversion Plants
Christian Pätz, Michael Seiffert a
- German Biomass Research Cen
9:50
Coffee
10:20
Supply Systems of Forest Ch
Kalle Kärhä, Metsäteho Oy, Finla
Stump Wood Harvesting Tech
Christer Backlund, UPM-Kymme
Setting Up a Large Scale Bio
Asko Ojaniemi, Benet Ltd. and J
Centre of Finland, Finland
Canadian Forest Residue Sup
Group Leader, Silviculture Oper
FPInnovations, Canada
Harvesting Potential and Pro
in Sweden
Dimitris Athanassiadis, Ylva Mel
Lundström, Swedish University
12:00Lunch and Poster Session
13:30 By-product Potentials and Qualities for Pellet Production,
Eforwood Case Study
Margereta Wihersaari and Arto Usenius, VTT Technical Research
Centre of Finland, Finland
Emissions of Hexanal and Terpenes during Storage of Wood
Sawdust and Pellets
Dr. Karin Granström, Karlstad University, Sweden
Fire and Fire Extinguishment in Silos
Henry Persson and Per Blomqvist, SP Technical Research Institute
of Sweden, Sweden
Prefabricated Boiler Room Unit Saves Time, Money and Nerves
Tytti Laitinen, Jyväskylän Innovation Ltd., Finland
13:30 Energy Wood Resources in N
Karjalainen Timo and Gerasimov
Finland
Integrated Production of For
Heikki Karppimaa, Turveruukki O
Excellent Agrofuel - Reed Ca
Mia Suominen and Olli Reinikain
Willow (Salix) Biomass Produ
Dr Stig Larsson, Lantmännen Ag
15:00Coffee
15:00Coffee
15:30
16:30
Closing Session
Minister Paula Lehtomäki, Ministry of the Environment, Finland
Closing Remarks
End of the Conference
Combustion and Combined Heat and Power Production (CHP)
8:10
Effective Mobile Chipper
, LHM Hakkuri Oy, Finland and Markku
g Service Entity for Bioenergy
inainen, MHG Systems Ltd., Finland
orest Fuel Technology
edish Forest, Sweden
sation of the Biomass Logistics for
and Franziska Müller-Langer, DBFZ
ntre gGmbH, Germany
hip Production in Finland
and
hnology
ene, Finland
omass Supply Chain
Jyrki Raitila, VTT Technical Research
pply Chains
rations and Bioenergy Mark Ryans,
ocurement Costs of Logging Residues
9:50
Coffee
10:20
Small Scale Chp – Production - Experiences and Future
Jouni Mäkelä, MW Biopower Oy, Finland
Cambridgeshire Bioenergy Project
Nigel Dent, Renewables East, United Kingdom
Spent Grain As Fuel For Biopower 5
Juha Huotari, MW Biopower Oy, Finland
Foster Wheeler Experience with Biomass and Other CO 2-Neutral
Fuels in Large CFBs
Edgardo Coda Zabetta, Kari Kauppinen and Markus Slotte, Foster
Wheeler Power Group Europe, Finland
Co-firing lignin and coal in Värtan CHP plant
Eva-Katrin Lindman, AB Fortum Värme samägt med Stockholm stad,
Sweden
lin, Tomas Nordfjell and Anders
Of Agricultural Sciences, Sweden
Northwest Russia
v Yuri, Finnish Forest Research Institute,
rest and Peat Fuels
Oy, Finland
anary Grass (RCG)
nen, Vapo Oy, Finland
uction on Farmland
groenergi AB, Sweden
Biomass – How to Use Biomass in an Efficient Way
Werner Granig, Windhager Zentralheizung GmbH, Austria
Demonstration Of Sustainable Domestic & Tertiary Heating
Systems Using Agro/Forest/Wood Residues – Domoheat
Margarita Salve, Escan S.A., Spain
Improvement of the Competitiveness of Biofuels by Developing
Combustion Technologies – New Research Facilities to Saarijärvi
Markku Orjala, VTT Technical Research Centre of Finland, Finland
Power Production from Biomass and from Co-Combustion of
Biomass with Other Fuels
Jouni Kinni and Tero Luomaharju, Metso Power Oy, Finland & Stephane
Guenroc, Dalkia, France & Hannu Turunen, Pori Energia Oy, Finland
Demonstration of New Technology for Improved Utilisation and
Conversion of Bioenergy for Small and Medium Sized Sawmills
and Timber Industry
Tor-Martin Tveit, Arne Høeg and Trond-Atle Asphjell, Single-Phase Power
AS and Henning Horn, Norwegian Institute of Wood Technology, Norway
13:30
Increasing the Use of Wood Fuels at a Peat Fired Big CHP-Plant
Jukka Jalovaara, et al, Ramboll Finland Oy, Finland
Experience of Co-Combustion of Different Biomass and RPF
Ari Frantsi, Stora Enso Oyj, Finland
Modern Bib CHP-Plant and its Fuel Procurement
Tapo Lehtoranta, Jyväskylän Energia Oy, Finland
Integrated Gasification Fuel Cell: The Enea Project at the Trisaia
Research Centre
Giuseppe Fiorenza, ENEA Research Centre of Trisaia & Alessandro Blasi
and Antonio Molino, ENEA Research Centre of Trisaia and University of
Calabria, Italy
15:00Coffee
Changes in programme are possible.
Poster Presentations
1. Strategies, Politics, Legislation Tools and
Implementation Issues
1.1 Are the Finnish Targets for Wood Based Energy
Achievable? Megan McCormick, Maarit Kallio, Perttu Anttila and Antti
Asikainen, Finnish Forest Research Institute, Finland
2.6 Numerical Study on Design Parameters of Packed
Column for Maximizing CO2 Absorption Rate Into
MEA by Using a Dynamic Rate-Based Model
Abdul Basat, Sung-Min Shim and Woo-Seung Kim,
Hanyang University & Sang-Jin Lee, STX Heavy Industries
Co, Korea
1.2 Bioenergy Education and Applied R&D Supporting
Regional Cluster Development: Case Bioenergy
Development Centre BDC
Pekka Äänismaa, JAMK University of Applied Sciences,
Finland
2.7 Sustainability Indicator Paradigms for Bioenergy in
Brazil and India
Subhashree Das, Christina Kölking and Heike Köckler,
Center for Environmental Systems Resarch – CESR,
Germany
1.3 Design of a regional woody biomass energy system by
the problem structuring method: the case of Geisei
agricultural village, Japan
Yoshinori Nakagawa,Yasushi Mabuchi and Seigo Nasu,
Department of Management, Kochi University of
Technology & Masao NAGANO, Research Center for Social
Management, Kochi University of Technology, Japan
3. Bioenergy Markets and Business
1.4 Implementing Bioenergy in a Context of Affluent
Energy: Instruments and Development in Norway
Magnar Forbord and Jostein Vik, University Centre
Dragvoll & Bengt Gunnar Hillring, Hedmark University
College, Norway
1.5 Legislation concerning the energetic reuse of sludge
from waste water treatment plants in the region of
Republic of Slovenia
Vesna Mislej, JP Vodovod- Kanalizacija d.o.o. & Viktor
Grilc, Chemical Institute, Slovenia
1.6 Regional Energy Balance as a Guideline for Future
Energy Strategies
Antti Karhunen, Mika Laihanen and Tapio Ranta,
Lappeenranta University of Technology, Finland
1.7 Security of Biomass Energy Supply: New Approaches
Pertaining to Retrospective & Prospective
Developments
Professor Jari Ojala, Senior researcher Esa Ruuskanen and
Associate Professor Margareta Wihersaari, University of
2 Climate change
2.1 Are industrial N fertilizers so guilty? A case study of 7
ligno-cellulosic biomass crops in the Northern Italy
Enrico Ceotto and Mario Di Candilo, CRA-CIN Research
Center for Industrial Crops, Bologna, Italy
2.2 Energy Efficiency and CO2 - Eq Emissions of Forest
Chip Supply Chains in Finland 2020
Arto Kariniemi, Metsäteho Oy, Finland
2.3 Innovation Based on Woody Biomass Byproducts: A
New Hope for the Wood Products Industry in Virginia
Henry J. Quesada-Pineda, Virginia Tech Blacksburg & Isaac
Slaven, Ivy Tech Community College, Usa
2.4 Life Cycle Modeling and Optimization of Waste Energy
Utilization
Eero Jäppinen and Tapio Ranta, Lappeenranta University
of Technology, Finland
2.5 Modeling the Development of Sustainable Forest
Biofuels Value Chain in US Northeast Region
Anthony Halog and Shashi Dhungel, University Of Maine,
Usa
3.1 Biofuels and Food Insecurity in Tanzania
Nazia Habib-Mintz, University of Cambridge, United
Kingdom
3.2 Biorefineries-Future Business Opportunity for
Forest Cluster - Diffusion of Forest Biorefineries in
Scandinavia, North America and South America
Annukka Näyhä, UC Berkeley, Usa & Sari Hämäläinen and
Hanna-Leena Pesonen, University of Jyväskylä,
3.3 Capital Effectiveness in Capital Intensive Project - The
Case of Bio-Refineries
Patricia Griffith, IPA Europe, The Netherlands
3.4 Global Forest Energy Resources, Certification of Supply
and Markets for Energy Technology
Timo Karjalainen, Finnish Forest Research Institute & Arvo
Leinonen, VTT Technical Research Centre Of Finland &
Lassi Linnanen, Lappeenranta University Of Technology,
Finland
3.5 The Business Approach for Biofuels as a Future in
Aviation
Peter Gichuki Githae, Adeel Rafique, Hazariah Mohd
Noh and Sujith Krishnan S. Nair, Eumas, Escuela Técnica
Superior De Ingenieros Aeronáuticos, Spain
4. Biomass Resources
4.1 Advances in Forestry Geo-Information Systems
Enabling New Approaches in
the Bioenergy Sector
Arno Buecken, Juergen Rossmann and Michael Schluse,
RWTH Aachen University, Germany
4.2 Alternative Treatment Methods, Incineration,
AD-treatment, Composting, for Chicken Litter.
Environmental Performance Improvement as a Target
Mikko Muoniovaara, et. al., Ramboll Finland Oy, Finland
4.3 Assessment of the Availability of Agricultural and
Forestry Residues for Bioenergy in Romania
Nicolae Scarlat, Viorel Blujdea and Jean-Francois
Dallemand, Joint Research Centre, European Commission,
Italy
4.4 Bioenergy Potential of Forest Industry Side Streams
– Sludges and Rejects in Focus
Tiina Pursula, Jari Hiltunen and Urpo Huuskonen, Gaia
Consulting Oy, Finland
4.5 Biomass of Maize and Hemp from Different Growth
Phons
Merrit Noormets, Ruth Lauk and Maarika Alaru, Estonian
University of Life Sciences, Estonia
4.6 Bush Encroachment – The Challenging Biofuel
Resource for Power Generation in Namibia
Markku Orjala and Arvo Leinonen, VTT Technical Research
Centre of Finland, Finland & Risto Seppälä, Chemitec
Oy, Finland & Dagmar Honsbein, National Planning
Commission, Namibia & C. Hartz, Consulting Service
Africa, Namibia & J. Hailwa, Ministry of Agriculture,
Water And Forestry, Namibia
4.7 Effect of Clone, Harvesting Interval and Row Spacing
on Yield and Biomass Quality of Poplar
Grown as SRC in Northern Italy
Mario Di Candilo and Enrico Ceotto, CRA-CIN Research
Center for Industrial Crops, Italy
4.8 ENCROP - Promoting the Production and Utilisation of
Energy Crops at European Level
Peter Rechberger, European Biomass Association
(AEBIOM), Belgium
4.9 Energy Ratio and Net Energy in Finnish Plant Production
Hannu J. Mikkola and Jukka Ahokas, University of
Helsinki, Finland
4.10Evaluation of Pinus Palustris Potential for Energy
Generation
Rosilani Trianoski & Clarice De Andrade & Dimas Agostinho
Da Silva, Jorge Luis Monteiro De Matos and Nelson Carlos
Rosot, Universidade Federal do Paraná, Brazil
4.11Forest Energy Potential of Small Trees from Young
Stands in Finland
Perttu Anttila, Kari T. Korhonen and Antti Asikainen,
Finnish Forest Research Institute, Finland
4.12Many Prospects in After-Use of Cut-Away Peatlands
Olli Reinikainen and Veijo Klemetti, Vapo Oy, Finland
4.13Mass Flow Analysis of Biogenic Goods in Switzerland in
2006
Urs Baier and Sebastian Baum, ZHAW Zurich University
of Applied Sciences, Switzerland
4.14Modelling of Forest Biomass in Estonian Conditions
Peeter Muiste, Allar Padari, Risto Mitt and Linnar Pärn,
Estonian University Of Life Sciences, Estonia
4.15Operative Method for Quantitative and Qualitative
Estimation of Forest Residuals After Harvesting Logging
Operations as Biomass for Bioenergy
Sergey Karpachev, Moscow State Forest University, Russia
4.16Reserves of Ligneous Material in Mires of Northern
Ostrobothnia
Harry Uosukainen, Turveruukki Oy & Jorma Keskitalo,
University of Oulu, Finland
4.17Sphagnum Biomass Production as an After-Use
Alternative − A New Field
Niko Silvan, Finnish Forest Research Institute, Finland
4.18Sustainable Utilisation of Biomass
Margereta Wihersaari, University of Jyväskylä, Finland
4.19The “Developing Forest Energy” Project
Laurila, J., Tasanen, T. & Sauvula, T., Seinäjoki University
of Applied Sciences, Finland
4.20The Economics and Procurement of Wood Biomass for
Energy Production in Northwestern Ontario
Bedarul Alam and Reino Pulkki , Lakehead University,
Canada
4.21Value Chain of Small-Sized Energy Wood
Kalle Karttunen and Tapio Ranta, Lappeenranta University
of Technology & Lauri Valsta, University of Helsinki,
Finland
4.22Wood-Based Fuels in 2020 in Finland
Juha Elo, Perttu Lahtinen and Pentti Leino, Pöyry Energy
Oy & Kalle Kärhä, Tapio Räsänen & Heikki Pajuoja,
Metsäteho Oy, Finland
4.23Wood Fuel Usage. Future through Present Experience
Dagnija Blumberga, Francesco Romagnoli, Claudio Rochas
and Jelena Pubule, Riga Technical University, Latvia
5. Fuel production, logistics and
technologies
5.1 Availability of Local Forest Fuel, Peat and Energy Crop
Sources in Southeastern Finland
Olli-Jussi Korpinen and Tapio Ranta, Lappeenranta
University of Technology, Finland
5.2 Biomass Transport Intensity Evaluation to Potential
Biorefinery Sites in Eastern Finland
Tapio Ranta, Olli-Jussi Korpinen and Kalle Karttunen,
Lappeenranta University Of Technology, Finland
5.3 Economic aspects of the logistics for medium-scaled
straw-based energy conversion plants in Germany
Michael Junold, Michael Seiffert and Christian Pätz, DBFZ
- German Biomass Research Centre GmbH, Germany
5.4 Effect of Raw Wood Supply System on the Economy of
Integrated Chemical Pulp and Energy Production
Professor Olli Dahl, Department of Forest Products
Technology, Helsinki University of Technology – TKK &
Paula Jylhä and Juha Laitila, Finnish Forest Research
Institute & Kalle Kärhä, Metsäteho Oy, Finland
5.5 From Mobilization to a Customer-Fitted Procurement
– Comprehensive Cost Calculations for the Supply of
Wood Chips for Energetic Purposes
Benjamin Engler and Gero Becker, Albert-LudwigsUniversity & Jörg Kaffenberger, University of Applied Forest
Sciences Rottenburg
5.6 Integrated energy wood and pulpwood harvesting in
thinning stands
Kalle Kärhä and Heikki Pajuoja, Metsäteho Oy & Tore
Högnäs, Metsähallitus & Arto Mutikainen, TTS research,
Finland
5.7 Need for Machinery and Labour Force in Forest Chip
Production in 2020 in Finland
Kalle Kärhä and Markus Strandström, Metsäteho Oy,
Finland
5.8 New Harvesting Technology in Forest Fuel Procurement
Jyrki Raitila, VTT Technical Research Centre of Finland &
Kalle Kärhä, Metsäteho Oy & Paula Jylhä, Finnish Forest
Research Institute & Juha Laitila, Finnish Forest Research
Institute, Finland
5.9 Opening New Markets for the Bioenergy Sector by
Integrating Robotics Technologies with Advanced
Forestry Geo-Information Systems
Arno Buecken, Juergen Rossmann, Michael Schluse and
Petra Krahwinkler, RWTH Aachen University, Germany
5.10Partial Debarking and Covering to Promote Drying of
Roundwood for Energy in Finland, Scotland and Italy
Dominik Röser, Robert Prinz, Blas Mola, Beatrice Emer,
Yrjö Nuutinen, Sam Groome, Andrew Nicol, Angus
Robertson, Fiona Strachan and Juha Korhonen Finnish
Forest Research Institute & Lauri Sikanen, University of
Joensuu & Ari Erkkilä and Kari Hillebrant, VTT Technical
Research Centre of Finland, Finland
5.11Partial Debarking and Scarifying Patterns as Accelerants
of Natural Drying of Birch and Pine Energywood Stems
Ari Erkkilä, Kari Hillebrant, Antti Heikkinen, Heikki
Kaipainen, Ismo Tiihonen and Heikki Oravainen, VTT
Technical Research Centre of Finland & Lauri Sikanen,
University of Joensuu & Dominik Röser, Finnish Forest
Research Institute, Finland
5.12Productivity of the System Based on Whole-Tree
Bundling
Juha Laitila and Paula Jylhä, Finnish Forest Research
Institute & Kalle Kärhä, Metsäteho Oy, Finland
5.13Promotion Energy Crops at European Level - ENCROP
Margarita Salve, Escan, S.A., Spain
5.14Stump Wood Harvesting for Energy in Finland
Kalle Kärhä, Metsäteho Oy & Arto Mutikainen, TTS
Research, Finland
7.3 The Potential Biomas Power Plant From Waste of Palm
Oil in Sei Mangkei –Nord Sumatra –Indonesia
Prof. DR.Ir. Didik Notosudjono Msc, University Bogor,
Indonesia
8. Chemical Conversion Technologies
8.1 Biofuel gasifier feedstock reactivity – Explaining the
differences and creating prediction models
Jukka Konttinen, University of Jyväskylä & Antero
Moilanen, VTT Technical Research Centre of Finland
& Nikolai DeMartini and Mikko Hupa, Åbo Akademi
University, Finland
8.2 Biowastes-to-SNG via Gasification. A Complete
Economic, Environmental and Efficiency Evaluation.
A.Sues, H.J.Veringa and K.J.Ptasinski, TU/e Eindhoven
University of Technology – Faculty of Chemical Engineering
& Chemistry, The Netherlands
8.3 Dark Anaerobic Fermentation from Organic Wastes in
a Pilot Scale Reactor for Hydrogen Production
Alexia Boulanger, Fabio Sagnelli, Barbara La Licata and
Paola Zitella, Environment Park S.p.A., Italy
5.15The Development of Production and Use of Reed
Canary Grass in Finland
Teuvo Paappanen, Tuulikki Lindh, Janne Kärki, Risto
Impola, Raili Taipale and Timo Leino, VTT Technical
Research Centre Of Finland & Samuli Rinne, YtyKonsultointi & Timo Lötjönen, MTT Agrifood Research
Finland & Anna-Maija Kirkkari, TTS Work Efficiency
Institute, Finland
8.4 Development of Multifunctional Additives for New
Generation Bio-Fuels
Ádám Beck, Márton Krár, György Pölczmann and Jenő
Hancsók, University of Pannonia, Hungary
5.16Work Safety of Farms and Heating Plant in the
Bioenergy Business
Risto Lauhanen, Heli Räty, Juhani Suojaranta and Jaana
Petäinen, Seinäjoki University of Applied Sciences, Finland
8.6 Fluid Bed Gasification Pilot Plant Fuel Feeding System
Evaluation
William A. Campbell, Terry Fonstad and Todd
Pugsley, University of Saskatchewan & Zhiguo Wang,
Saskatchewan Research Council, Canada
5.17Quality wood – better firewood to the markets
Markku Kallio, Jyrki Raitila, Eija Alakangas, Heikki
Oravainen, Kari Hillebrand and Arvo Leinonen, VTT
Technical Research Centre Of Finland, Finland
6. Combustion and Boiler Systems
6.1 Comprehensive Measurement of Solid Biofuel
Properties - The Future Challenge
Timo Järvinen, VTT Technical Research Centre of Finland,
Finland
6.2 Power Production from Biomass and From CoCombustion of Biomass with Other Fuels
Jouni Kinni and Tero Luomaharju, Metso Power, Finland &
Stephane Guenroc, Dalkia, France & Hannu Turunen, Pori
Energia, Finland
6.3 The Effect of Control Parameters to the Quality of
Small-Scale Wood Pellet Combustion
Mika Ruusunen, University of Oulu & Timo Korpela,
Tampere University of Technology, Finland
6.4 The Molecular Sieves for Gas Separating Membranes
Denissov Roman, Chernyshev Andrey, Yakushev Sergeim
Estonia
7. Combined Heat and Power Production (CHP)
7.1 Biomass/Wood Pelletisation Power Plant: Solution to
Epileptic Power Supply in Nigeria
Bamigbola, J.O.A, Elect/Elect Engineering Department,
University of Lbaden, Nigeria
7.2 Microturbine CHP Plant for Solid Biofuels
Lasse Koskelainen, Ekogen Oy & Juha Kaikko,
Lappeenranta University of Technology, Finland
8.5 Enzymatic Transesterification of Used Frying Oils
Sándor Kovács and Jenő Hancsók, University of Pannonia,
Hungary
8.7 Hydrotreating of Trygliceride Containing Gasoils
Márton Krár, Tamás Kasza, Csaba Tóth and Jenő
Hancsók, University of Pannonia, Hungary
8.8 OMAG® Heat Energy Production in Exothermal
Process of Biomass Utilization Including Sewage
Sediments®
Krzysztof Świechowicz, Poland
8.9 Pyrolysis Modeling With Emphasis on Thermal
Properties of Wood
Ville Hankalin and Risto Raiko, Tampere University of
Technology, Finland
9. Pellets
9.1 Development of R&D Services in the Biomass FuelPellet Sector
Margareta Wihersaari and David Agar, University of
Jyväskylä & Ari Erkkilä, Heikki Oravainen and Markku
Kallio, VTT Technical Research Centre of Finland, Finland
9.2 Integration of Industrial Residues in Wood Pellets
MEC Ferreira, MCLG Vilarinho, FAP Castro, PT Ferreira
and JCF Teixeira, University of Minho, Portugal
9.3 Processing and Utilizing Reed Canary Grass Briquettes
Mika Laihanen and Tapio Ranta, Lappeenranta University
Of Technology, Finland
9.4 Self-heating of Wood Pellets and Possibilities for its
Control
Seppo Järvinen, Jaakko Lehtovaara and Pekka Sirén, Vapo
Oy & Hannu Pakkanen, Marja Salo and Raimo Alén,
University of Jyväskylä, Finland
9.5 The Reuse of Spent Mushroom Compost and Coal
Tailings for Energy Recovery
Karen N Finney, Vida N Sharifi and Jim Swithenbank,
University Of Sheffield
10.Biogas
10.1Biogas: Raw Materials, Production, Upgrading and
Different Use Sectors.
Prafulla S.Shirke, India
10.2Co-digestion of biowaste and sewage sludge under
meso- and thermophilic conditions – Comparison of
process behavior, biogas formation and composition
Maritta Kymäläinen, Kirsi Lähde and Helena Kautola,
HAMK University of Applied Sciences, Degree Programme
in Biotechnology and Food Engineering & Mona Arnold,
VTT, Emission Control & Jukka Kurola and Martin
Romantschuk, University of Helsinki, Department of
Ecological and Environmental Sciences
10.3Recycling of Organic Residues from Agricultural and
Municipal Origin in China (University of Applied
Sciences Trier Research Group) - A Joint Sino-German
Transfer Project Supported by the German Federal
Ministry of Education and Research
Katrin Mueller-Hansen and Marc Wartenphul, University
of Applied Sciences Trier, Germany
10.4Thermophilic Anaerobic Bioprocesses for Production
of Alternative Energy Carriers (Methane, Hydrogen,
Ethanol, Electricity) From Pulp and Paper Industry
Process Waters And By-Products
J.Rintala, H. Tähti, S. Bayr and P. Kaparaju, University Of
Jyväskylä & M. Nissilä and J. Puhakka, Tampere University
Of Technology, Finland
11. Biomass to liquids (BTL):
11.1Biofuels Technologies
Mohan R. and Dr.Ganapathy Arumugam, Enhanced
Biofuels and Technologies India P Ltd, India
11.2Improving the Stability of Bioethanol/Gas Oil Emulsions
by a New Additive
Jenő Hancsók, Gábor Marsi and Gábor Nagy, University of
Pannonia, Hungary
11.3Influence of pyrolysis temperature on co-pyrolysis of
lignite and Euphorbia rigida
Özlem Onay and Ö. Mete Koçkar, Anadolu University,
Turkey
11.4Oil Palm Waste for the Production oOf Bio-Ethanol
K. Ling Chin and P. San H’ng, T. Ti Tey and M. Tahir
Paridah, Universiti Putra Malaysia, Malaysia
11.5Production of Fuel Ethanol from Coffee Processing
Waste Pulp in Ethiopia
Hirko Dibaba, Jimma University College of Agriculture
11.6Use of Sugarcane Bagasse for Poultry Feed
Manufacturing
PL. Chellappan, Sulochnana Somasundaram and
M.Sivanandham, Sri Venkateswara College of Engineering,
India
12. Sustainable peat
12.1Groundwater and Quaternary Geological Studies of
Potential Production Areas – Useful Tool for Sustainable
Peat Production
Dr. Samu Valpola & M.Sc. Miikka Paalijärvi, Geological
Survey of Finland, Finland
12.2Increasing the use of wood fuels at a peat fired big
CHP-plant
Jukka Jalovaara, et al., Ramboll Finland Oy, Finland
13. National and Areal Demonstration and
Market Implementations of Bioenergy
Production and Use in different
Bioenergy Sectors
13.1Ensuring Skilful Labour Force for the Growing
Bioenergy Markets; a Case from Central Finland
Varpu Savolainen, JAMK University of Applied Sciences &
Margareta Wihersaari, University of Jyväskylä & Maija
Lehtonen, Vocational Education Institute of Northern
Central Finland (POKE) , Finland
13.2Services for Every Phase in Biomass Project by Benet
Network
Asko Ojaniemi, Benet Oy, Finland
13.3Solutions for biomass fuel market barriers and raw
material availability – EUBioNET
Eija Alakangas, VTT Technical Research Centre of Finland,
Finland
13.4Study of biomass plant in Kostamuksha city
Dr. Arvo Leinonen, Jyrki Raitila and Martti Flyktman, VTT
Technical Research Centre of Finland & Dr. Yuri Gerasimov
and prof. Timo Karjalainen, Finnish Forest Research
Institute, Finland
13.5Substitution of Fossil Fuel with Wood Biomass in
Mountain Tourist Centres in Serbia Mountain Goč
Example
Bsc Mladen Furtula, Dr Gradimir Danon and Dr Vojislav
Bajić, University of Belgrade, Faculty of Forestry, Serbia
13.6Utilization of Wood Biomass Energy in Japanese
Agricultural Industry: an Example of Greenhouse
Horticulture in Geisei Village
Yoshinori Nakagawa, Yasushi Mabuchi and Seigo Nasu,
Department of Management, Kochi University of
Technology & Masao Nagano, Research Center for Social
Management, Kochi University of Technology,
14. Environmental Issues
14.1Impacts of peat mining on water quality
Mari Pekkala and Tuija Hilli, Pöyry Environment Oy,
Finland
14.2Increasing Overall Energy Impact of Biogas Concepts
through Processing Digestates to Valuable Products
Teija Paavola and Sari Luostarinen, MTT Agrifood Research
Finland & Prasad Kaparaju and Jussi Läntelä, University of
Jyväskylä & Jukka Rintala, MTT Agrifood Research Finland
and University of Jyväskylä, Finland
15. Applications of information and
communication technologies
15.1Bioenergy Training of Specialists at Saint Petersburg
State Technological University of Plant Polymers (Spb
Stupp)
Alexander Ivanov, Sergey Smorodin and Nadezhda
Khodyreva, Saint Petersburg State Technological University
of Plant Polymers & Alexey Afanasiev, OOO Energobalans
& Vladimir Sendetskiy, 3Advent RF Llc., Russia
15.2Heating Tool – Calculator of CO2 Emissions and
Heating Costs of Single-Family Houses
Pekka Äänismaa, JAMK University of Applied Sciences,
Bioenergy Development Centre BDC, Finland
Technical Tours August 31 , September 3
st
Pre-Tour August 31st
From City of Helsinki at 11.30 am via Helsinki Airport
to Conference city Jyväskylä at 19 pm, travel 320 km.
Neste Oil NextBtl plant
The first stop will be Company Neste Oil´s
production plants near city Porvoo, 40 km. Total oil
production capacity is 11 million tonnes per year and
biodiesel capacity 170 000 t/a. This new plant started
up in summer 2007.
Synthetic NExBTL biodiesel will be the world’s
first second-generation biodiesel to be launched
commercially. Company has decided to build a second
plant to produce premium-quality biodiesel, scheduled
to begin production towards the end of 2008. The
second plant will have the same capacity as the first
one. In addition to the oil and biodiesel refinery, the
Porvoo refinery comprises a large container area,
harbour and technology centre.
Lahden Energia biomass gasifier plant
The Kymijärvi power plant is a traditional pulverised
coal fired power plant. The electricity production
capacity is 200 MW and district heat capacity 250
MW.
Power plant concept consisting of a gasifier
coupled to a coal fired boiler offers an attractive way
to use biomass in Europe.
In the Kymijärvi concept, an atmospheric CFB
-gasifier is connected to the existing coal fired boiler.
In the gasification reactor the fuel is converted to a gas
with air. A cyclone separates circulating bed material
back to the gasification zone. The produced gas is
used in gas burners located in the main boiler. The
used gas accounts to 350 GWh. The coal represents
rd
and 4th
1700 GWh. In addition, 150 GWh natural gas is used.
The biomass gasifier accounts for 15-20 % of the
fuel input. The fuels for the gasifier are different kinds
of wood based fuels and SRF (Solid Recovered Fuel,
Municipal waste derived fuel).
MHG system demonstration in Forest
Management of forest fuel chains by MHG Bio energy
ERP. How to use ultramodern Internet, mobile, GIS,
and satellite information technologies linked into the
easy-to-use service developed by MHG Systems
Ltd, in management of forest fuel supply chains. The
superior features of the service include transparency
throughout the delivery chain, managing the moisture
content of biomaterials, reporting CO_2 emissions,
the amount of energy, i.e. megawatt hours, costs
and profits of procurement of biomaterials in supply
chains, and invoicing of various user-groups.
Rauhanlahti CHP Plant
The Rauhalahti Plant, commissioned in 1986 and
retrofitted in 1995, represents the state of art
technology with respect to the use of indigenous fuels,
peat, wood and wood wastes. It is also internationally
known for its high availability and environmentally
reliable systems.
The Rauhalahti Plant is the main supplier of heat
in the district heating net in the city of Jyväskylä and
surrounding areas. The output for district heat is
140 MWth. Electricity output to the national net is
87 MWe. The plant also supplies the nearby “urban
paper mill” the necessary process steam, annually
about 350 GW (max steam output 65 MWth). In
addition the cogeneration of heat and electricity
enables the energy contained in the fuel to be used
to full advantage, and the plant efficiency is thus high.
The boiler in this unit is a bubbling fluidized bed
boiler that was the world´s largest of its type, using
biofuels, when erected in 1995. In the study tour
we concentrate on the fuel reception and quality
questions and also fuel crushing and handling in the
plant.
Tour 1 September 3rd
New Technologies for Large Scale Production
of Forest Fuels for CHP
From 8 am to 17 pm.
Tour is mainly organized by UPM-Kymmene
Company. UPM is one of the biggest paper producer
in the world and it uses a lot of different kind of
biofuels. Finnish forest machine manufacturers have
developed many actual methods and logistic systems
for large and medium scale forest energy procurement
(for logging residues, stumps and small trees).
Tour will concentrate on the latest developments
concerning all these forest energy sources and
procurement technologies.
Forest sites
The following large scale production methods are
presented at the forest sites:
Final felling site
Pulp- and sawlog harvesting, forest residue bundling
and transportation, stump lifting and transportation,
and large-scale chipping at the roadside.
Thinning site
Mechanized multi tree handling with felling heads,
combined undelimbed pulp- and energywood
harvesting and transportation to the roadside.
Rauhanlahti CHP Plant
reliable systems.
about 350 GW (max steam output 65 MWth). In
The boiler in this unit is a bubbling fluidized bed
plant.
Tour 2
Energy crops and biogas
From 9.00 am to 5.00 pm, travel 110 km
The “Energy crops and biogas” study tour is coorganized by the IEE-project ENCROP (Jyväskylä
Innovation Ltd). We will visit a large-scale CHP plant
combusting energy crops, a farm cultivating energy
crops and a farm-sized biogas plant with biogas
upgrading.
Jyväskylä Energy Ltd, Rauhalahti large-scale
multi-fuel CHP plant in Jyväskylä
Jyväskylän Energiantuotanto Oy, the subsidiary
company of Jyväskylä Energy Ltd, has tested the
combustion of reed canary grass at the Rauhalahti
CHP plant since 2006. The reed canary grass is
always combusted as a fuel-mixture with peat or
wood chips in the large scale combined heat and
power (CHP) systems. The reed canary grass is
transported as bales to the Rauhalahti plant by local
suppliers. The bales are chopped at the site and
mixed to the main fuel. At the plant yard we will learn
more about the bale transportation, chopping and fuel
mixing systems.
The Rauhalahti CHP plant produces 85 MWel
electricity, 140 MWth district heat and 65 MW steam.
During the testing years the energy production of
reed canary grass has been about 5 GWh. In the
future the aim is to increase the share of reed canary
grass as a biofuel. Annually, Rauhalahti CHP plant uses
2TWh different kind of fuels, mainly local fuels.
Vapo Ltd and Tankonen farm
The production of reed canary grass (RCG) for energy
purpose has increased rapidly in Finland in the past
decade. An official target for cultivating reed canary
grass in Finland is 100 000 hectares. Vapo’s aim is 40
000 hectares by 2015. This year, Vapo has 15 000
hectares (own and contract farmers’ fields) under
cultivation.
The owner of the Tankonen farm is Mr. Reijo
Vatanen (Vapo’s Communication Director), who has
Tour 3
Harvesting and use of smalldiameter energy wood and
recycling of wood-based ash
From 8.00 am to 6.00 pm, travel 270 km
The “Harvesting and use of small-diameter energy
wood and recycling of wood-based ash” study tour is
co-organized by the IEE-project ENCROP (Jyväskylä
Innovation Ltd). We will visit a brand-new district
heating plant with the research environment, smalldiameter energy wood harvesting site and the ash
granulation plant.
cultivated the fields part time since 1989, when he
bought the farm (15 hectares fields + 9 hectares
rented, 55 hectares forest). Since 2006 he has
cultivated reed canary grass because of the small
labour requirements, no investments needed in
machinery, driers etc., possibility to outsource machine work and moderate distance to the power plant
(50 km). At the farm we will learn more about the
technologies in cultivating and harvesting reed canary
grass, short and long distance transpor-tation and
storing.
Kalmari biogas farm in Laukaa
Kalmari farm is one of the pioneer farms for producing
biogas in Finland, and an exceptional ex-ample of a
diverse use of biogas technology. The farm is selfsufficient in electricity, heat and ve-hicle fuel. Excess
electricity is sold to grid, and biogas upgraded to
vehicle fuel quality is sold to customers. Biogas plant
was built and CHP production started in 1998, and
biogas has been up-graded to vehicle fuel since
2002. Biogas production increased significantly in the
beginning of 2009, as a new biogas reactor of 1000
m3 capacity was started up. The farm can currently
produce bio-methane to cover the need of about
200 gas vehicles. In the biogas plant cow manure,
industrial bio-waste and energy crops are digested. At
the moment e.g. energy corn is cultivated at the farm.
At the farm you will see the whole production chain
from energy crops into high quality energy products,
heat, electricity and vehicle fuel.
University of Jyväskylä
Department of Biological and Environmental Science,
University of Jyväskylä is a multi-disciplinary researchled institute with over 20 years of experience in
anaerobic/biogas processes. Current research topics
include widely the production of biogas from energy
crops and waste materials and utilisation of process
end products, biogas and fertiliser. We will visit the
laboratory of the University of Jyväskylä in Vaajakoski,
and learn more about the on-going biogas research.
L&T Biowatti Ltd., supplier of small-diameter
energy wood in industrial scale
The intense demand of the small-diameter energy
wood speeds up the wood trade. L &T Biowatti Ltd.
supplies energy wood and wood residues (branches,
tops, stumps) directly from the local forest owners
and sells the biomass to the heating and power plants,
nationwide. At the forest site you will see the Finnish
forest machine fleets and manufacturers who are
specialised in mechanised forest thinnings. In practise
you will see a harvester with a multi-tree handling
harvester head that enables efficient energy wood
harvesting. Additionally, you will see the forwarder
with the load scale which weights automatically the
energy wood or harvesting residues loads.
Safety! Note the safety distances at the forest site
when the machines are working! Follow exactly the
advices and instructions informed by the hosts. It is all
for your best and safety.
FA Forest Ltd., Recycling of wood-based ash
FA Forest Ltd. produces turn-key services in forest
fertilizing by wood ash and chemical fertilizers. The
company consults the customer in the sector of forest
management as well as energy produc-ers in the use
of ash as fertilizer. The company also provides efficient
logistics for ash from power plant to granulation,
and from there to the forests including planning,
transport and spreading facili-ties. In addition to the
ash-fertilizer, the company produces ash-fertilizer
with chemically balanced micronutrient content and
composts for silvicultural and agricultural use. During
the visit, visitors can familiarize on ash granulating
process in Viitasaari and get more detailed info on the
company.
Saarijärven Kaukolämpö Ltd., a brand-new
district heating plant in Saarijärvi
The brand-new district heating plant will start its
operation during the summer 2009. The owner of
the heating plant is Saarijärven Kaukolämpö Ltd. The
output capacity of the fluidised bed boiler is 4 MW.
”The future multi-fuel boiler” –research
environment in Saarijärvi offers an unique possibility
to de-velop solutions for the complete biofuel
chain, from the production of the fuel to the fuel
handling and the combustion process. The research
environment consists of an additional fuel silo and its
weighing systems, a frequency converter operated
belt conveyor system, which can be equipped with
different on-line measuring devices e.g. for impurities,
the furnace temperature and gas profile measuring
couplings, heat transport measuring devices, and
online-monitoring methods for meas-uring data in
VTT’s office. The research environment offers also
other abilities, e.g. the analysis of the total biofuel
supply chain and new concept demonstration,
as well as training possibilities for both domestic
and international customers of Finnish equipment
suppliers.
During the tour you will visit the brand-new
district heating plant and learn more about the
research environment.
Tour 4
R&D&D: New biomass production and
combustion technologies, research and
demonstrations, R&D for Renewables
From 8.30 am to 16 pm, travel 20 km
Bioenergy development in Central Finland,
BENET - Bioenergy Network
In this tour we will meet the real bioenergy
developers and promoters. Central Finland region
is the highest developed bioenergy market area
in Finland. It has long traditions of industrial and
municipal use of biofuels in electricity and heat
production. Today, the utilization rate is 70% of the
energy production (traffic excl.). Central Finland
is in the top of Finland with 50 % of biomass in
the energy balance. Market breakthrough of wood
chips was made over ten years ago by intensive
development work and co-operation between
market actors and authorities. Today the target is
to convert nearly all fossil oil by renewables until
2015. In Central Finland there are plenty of worldwide-known bioenergy players. The co-operation is
organized through the BENET - Bioenergy Network.
FINBIO – The Bioenergy Association of
Finland
FINBIO is the main association in bioenergy field in
Finland and represents all bioenergy sector (woodbased fuels, recovered biofuels, peat, agrofuels, biogas
and bioliquers). FINBIO effects on energy policy and
promotes the commercial use of bioenergy. It has
over 100 member organisations from energy and
forest industry companies to manufacturers and R&Dhouses.
University of Jyväskylä, Science campus
Special features of the faculty of Mathematics
and Sciences include two new study and
research programs: nanosciences and renewable
energy program. Both have their own research
environments, the former state of art nanolaboratories
including clean room space, the latter the
experimental laboratory at Vaajakoski a site for
solar heat and micro-scale CHP research. Also
presentation of the laboratory for anaerobic biogas
production research at the department of biology and
environmental sciences may be organized. Site visits
may be organized according to the interest of the
participants.
Rauhalahti CHP Plant
reliable systems.
about 350 GW (max steam output 65 MW th). In
The boiler in this unit is a bubbling fluidised bed
plant.
Vapo Group
Vapo Local Fuels meets the growing demand for
local biofuels. It is the largest supplier of biofuels
in the Baltic Sea area and the world’s largest peat
producer. Vapo Pellets is the leading pellet supplier
in Europe. It is the market leader in the Nordic
consumer market and a significant basic supplier
to European power plants. Vapo Heat and Power
offers its customers heat and power produced with
local biofuels in Finland and in the Baltic Sea region.
Vapo Environment provides its customers with
solutions for environmental challenges with highstandard environmental peat, soil products and waste
treatment services.
The sub-groups are Vapo Timber Oy, which
ranks among the largest sawmill industry companies
in Europe. Kekkilä Oyj offers its customers growing
media for home, garden and landscape and supplies
greenhouse cultivators with high-quality products.
The study tour will visit Vapo´s head office in
Jyväskylä. It gives an extraordinary possibility to meet
some persons behind the company today and hear
about Vapo´s bioenergy business and also visions for
the future.
VTT
VTT Processes is one of the largest and best-known
European research and development units in the
field of bioenergy, especially in forest biomass-based
expertise, and developing also distributed energy
concepts. VTT´s activities cover the whole bioenergy
chain from harvesting and handling of biomass-based
fuels to energy production technologies and enduse. VTT with its expertise on bioenergy is in a key
position in the development of new technology
needed to achieve this goal in co-operation with
industry and other stakeholders. Finnish bioenergy
technology is well-known globally especially for
recovery and utility boilers utilised in forest industry.
Advanced combined heat and power production and
residential heating are areas of extensive growth.
The VTT bioenergy facilities close to Rauhalahti CHP
plant give the visitor an outlook to the use of modern
technology in developing the renewable energy
systems.
Post-Conference Tour 4th September
From Conference City Jyväskylä at 9.00 am to Helsinki
via Helsinki Airport, travel 320 km.
Vapo Oy Vilppula Powerplant
Biokraft Oy has one CHP unit producing 2,9 MW
electricity and 13,5 MW heat. In addition there is 9
MW hotwater boiler. Together this plant annual output
is 22 GWh electricity and 132 GWh thermal energy.
The electricity output will cover about 70 % of the
nearby sawmill needs. The heat is used for lumber
drying at the sawmill as well as heating the nearby
town Vilppula (about 5000 inhabitants). The fuel is
bark from the sawmill, annual consumption is about
180GWh, which is about 60 % of the bark volume
coming from sawmill processing about 1,35 million m 3
spruce annually.
The plant with two different boilers will enable
that the CHP unit capacity is fully utilised and the heat
consumption variation is adjusted by the hotwater
boiler. Enti
Vapo Oy Vilppula Pellet plant
Vapo is Europe’s leading supplier of biofuel pellets.
It supplies wood, peat and mixed fuel pellets. Vapo
has 14 pellet factories in Finland, Sweden, Denmark
and Poland. Vapo supplies pellets predominantly for
heating purposes in Finland, Sweden and Denmark,
where boilers either heat individual buildings or
district heating networks; pellets are also supplied for
power generation in Central European power plants.
Total deliveries by Vapo Pellets in 2008 amounted to
588 000 tonnes.
The Vilppula pellet factory is one of the newest
pellet factories and the yearly production capacity
is 100 000 tonnes wood pellets (0,48 TWh). The
factory uses as a raw material Finnish sawdust about
650 000 m3. The amount of personnel at the factory
is 12 and the factory manager. The factory operates in
continuous three shift operation around the year.
The pellets are delivered to Finnish customer as
loose with pellet trucks. The pellets for export are
delivered to harbors by train or trucks. Of the factory
production 65 % is for export and 35 % for Finnish
consumption.
Metso Power Oy
Metso Power part of Metso company with over
29,000 employees is a forerunner in fluidized bed
boilers to power plants for combustion of biomass,
coal and other fuels, and it offers a wide range of
boilers for different needs, from small units to giant
tailor-made boilers. Over 170 bubbling fluidized bed
(BFB) boilers and boiler conversions as well as over
70 circulating fluidized bed (CFB) boilers in operation
testify to company’s expertise in fluidized bed
technology and in handling demanding fuels.
The company is an expert in bubbling fluidized
bed (BFB) boilers for environmentally friendly
power generation from biomass and recovered fuel
with a wide range of moisture content and with
steam capacity ranging from 10 to 300 MW. The
development of bubbling fluidized bed combustion
began in the early 1970’s.
Metso Power is also one of the leading suppliers
of circulating fluidized bed (CFB) boilers for coal,
biomass and recovered fuel with steam capacity
ranging from 50 to 600 MW. Its CYMIC boilers using
CFB technology combine high-efficiency combustion
of high calorific value fuels with low emissions even
when burning various fuels at the same time. The key
element of the circulating fluidized bed boiler is the
cyclone for returning the solid material to lower part
of the furnace.
Registration Form
Last name:______________________________________________________________________________________________________
First name:_____________________________________________________________________________________________________
Organisation:____________________________________________________________________________________________________
Address:_ ______________________________________________________________________________________________________
Postal code:_____________________________________________ City: _ _________________________________________________
Country:_ ______________________________________________________________________________________________________
Phone:__________________________________________________Fax: _ _________________________________________________
E-mail:_________________________________________________________________________________________________________
Registration and payment For members of FINBIO
For non-members Conference Dinner Pre-conference Tour
Technical Tour 1
Technical Tour 2
Technical Tour 3
Technical Tour 4
Post-conference Tour
Business to Business Event, conference participant
Business to Business Event, others
All Prices including VAT 22 %.
Before
June 30
450 €
520 €
65 €
100 €
130 €
130 €
130 €
65 €
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After
Payment
June 30 520 € ___________
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Payment
transferred to FINBIO, Bank: Kiuruveden Osuuspankki
Account number: 478300-111943, SWIFT/BIC code: HELSFIHH, IBAN: FI3847830010011943
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by credit card Visa
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Return this form
• by fax +358-207 639 609
• by mail FINBIO, Vapaudenkatu 12, FI-40100 Jyväskylä, Finland
• by e-mail [email protected]
• by internet www.finbioenergy.fi/bioenergy2009
Conference Programme
Conference Information
Prof. Dan Asplund, Vice-President of Aebiom
Tel. +358 - 207 639 603
Fax +358 - 207 639 609
e-mail: [email protected]
Ms. Mia Savolainen, Communication Manager
Tel. +358 - 207 639 602
Fax +358 - 207 639 609
Mr. Pekka-Juhani Kuitto, Executive Director of FINBIO
Tel. +358 - 207 639 601
Fax +358 - 207 639 609
Ms. Jonna Heinänen, Conference secretary
Tel. +358 - 207 639 600
Fax +358 - 207 639 609
Organised
Exhibition Information
Jyväskylä Fair Ltd is the official organizer of
the Exhibition of Bioenergy 2009.
The exhibition will be held in the Jyväskylä Fair Centre
– Jyväskylä Paviljonki.
Project Manager Jyri Siekkinen
tel. +358-14-334 0022,
[email protected]
Project secretary Tiina Lampinen
tel. +358-14-334 0031,
[email protected]
FINBIO - The Bioenergy Association of Finland
Vapaudenkatu 12, FI-40100 Jyväskylä, Finland
Tel. +358 - 207 639 600
Fax +358 - 207 639 609
Main Sponsor
Sponsor’s
Other Sponsor’s
ENERGY TECHNOLOGY
CLUSTER PROGRAMME
Supporting Partner’s
www.finbioenergy.fi/bioenergy2009

Jyväskylä Paviljonki Fair and Congress Center Jyväskylä, Finland

Transcription

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