Transcript AGRO-ENERGETIC SYSTEMS FOR SYNERGISTIC EFFECT IN

Agro-energetic Systems for Synergistic Effect in Production and Energy Use in Agricultural Farms
Agro-energetic Systems For Synergistic Effect in
Energy Production and Use Agricultural Farms
Andrzej Myczko
Krystian Butlewski
Jerzy Karłowski
ITP Branch Poznań, Poland
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Zielona Góra, 15 September 2010
Agro-energetic Systems for Synergistic Effect in Production and Energy Use in Agricultural Farms
The utilitarian objectives
The objective is to produce electric energy, heat,
liquid and gas fuels in the way of assuring the
reduction of CO2 emission and to generate additional
value in economic and society spheres and allowing
the synergistic effect to appear in the agricultural
farms.
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Zielona Góra, 15 September 2010
Agro-energetic Systems for Synergistic Effect in Production and Energy Use in Agricultural Farms
Presentation plan
• The objectives of our researches
• Conditions for achieving goals
• Systems of receiving, storing and using energy tested so
far in the Institute of Technology and Life Sciences
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Solar collectors on the roof
Tubular heat exchanger under the floor
Liquid collectors systems connected with the ground bore-holes
New technologies of bio-fuels production
Investigations of biogas techniques
Standard test of methane fermentation
Testing biogas for tractor supplying
Testing RAMseS vehicle for farmers
• Future activities
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Zielona Góra, 15 September 2010
Agro-energetic Systems for Synergistic Effect in Production and Energy Use in Agricultural Farms
Conditions for achieving goals
The energy sources must be:
• Selected according to possibilities and needs of the agricultural
farms.
• Meet local government regulation and society needs.
• Pro-ecologic with possible technical solution and economic
efficiency.
• Provide the maximum energy efficiency and organizing system which
will use the most efficiency local agricultural raw products, after
production wastes, side products and wastes from agro-food
industry.
• Selection of biomass substrates and co-substrates must refer to
the limits and requirements of the low regulations regarding the
waste control.
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Zielona Góra, 15 September 2010
Agro-energetic Systems for Synergistic Effect in Production and Energy Use in Agricultural Farms
Systems of receiving, storing and using energy tested so far
in the Institute of Technology and Life Sciences
Heat generated in farm buildings both inside the production buildings
for animals as well as on the roof surface where the natural conditions
exist for installation of liquid or air collector in which the solar energy is
transformed.
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Zielona Góra, 15 September 2010
Agro-energetic Systems for Synergistic Effect in Production and Energy Use in Agricultural Farms
Economical efficiency of liquid solar collectors
on the roof
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Koszt włoż. Energii elektr. PLN
Wartość energii odzyskanej PLN
Rok
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PLN
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Razem koszty roczne PLN
Wartość skumulowana PLN
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Zielona Góra, 15 September 2010
Agro-energetic Systems for Synergistic Effect in Production and Energy Use in Agricultural Farms
Assembling tubular heat exchanger under the floor
in the piggery
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Zielona Góra, 15 September 2010
Agro-energetic Systems for Synergistic Effect in Production and Energy Use in Agricultural Farms
Testing different systems of heat storage
Installation for liquid collectors systems connected with the
ground bore-holes in the close – loop water system
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Zielona Góra, 15 September 2010
Agro-energetic Systems for Synergistic Effect in Production and Energy Use in Agricultural Farms
Testing bio-fuels in cooperation with John Deer
In a cooperation with tractors manufacturer company John
Deer Werke from Munich a technology for obtaining the
raw rape oil with a low rate of contamination has been
developed.
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Zielona Góra, 15 September 2010
Agro-energetic Systems for Synergistic Effect in Production and Energy Use in Agricultural Farms
Testing of new technologies of bio-fuels production
Testing technology for producing liquid bio-fuels for farmers
needs using different aliphatic raw materials and side
products
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Zielona Góra, 15 September 2010
Agro-energetic Systems for Synergistic Effect in Production and Energy Use in Agricultural Farms
Developing the biogas production
Investigations of biogas techniques in order to develop the
methane fermentation process by using different
components.
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Zielona Góra, 15 September 2010
Agro-energetic Systems for Synergistic Effect in Production and Energy Use in Agricultural Farms
Standard test of methane fermentation
According to standard
PB-01/LBMPZ 2008/FM and DIN 38 414 t.8:
1985.
Assessment: biogas capacity, speed of the process
and chemical parameters or inhibition, degree of
decomposition of substrates and increasing
capacity.
Result: Nl/kg DOM of substrate
content % CH4
and pollutants
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Zielona Góra, 15 September 2010
Agro-energetic Systems for Synergistic Effect in Production and Energy Use in Agricultural Farms
Testing biogas for tractor supplying
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Zielona Góra, 15 September 2010
Agro-energetic Systems for Synergistic Effect in Production and Energy Use in Agricultural Farms
Testing RAMseS vehicle for farmers
The agricultural vehicle driven by the electric motor with the solar
system for charging the car batteries has been designed and
investigated together with 11 European partners and from Arabic
countries in European Project Renewable Energy Agricultural
Multipurpose System for Farmers (RAMseS).
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Zielona Góra, 15 September 2010
Agro-energetic Systems for Synergistic Effect in Production and Energy Use in Agricultural Farms
Generation and usage of renewable energy
in agricultural farms
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Zielona Góra, 15 September 2010
Agro-energetic Systems for Synergistic Effect in Production and Energy Use in Agricultural Farms
A general outline of agro-energetic system
and the work program
The research work has been carried out on separate bio-energetic
systems and it is a base for designing the utilizable installation. The
results of these works should be used for creating a complex self
complementary systems each time adopted to specific conditions of a
given farm and its specific needs and demands including economic
calculation. Only under these conditions it will be possible to prove
both synergistic as well as scale effects related to relatively small with
respect to area a small farm. This installation can be complex as shown
on the figure or just some of the items can be included in the
installation. In the ITP research work it has been planned to expand the
installation shown on previous slide by adding a tractor driven by the
crude oil as well as by esters. It is planned to build the installation for
producing oil and esters as well as small wind turbine of the power of
3-6kW in the ITP experimental farm.
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Zielona Góra, 15 September 2010
Agro-energetic Systems for Synergistic Effect in Production and Energy Use in Agricultural Farms
The diagram of future activities and projects
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Agro-energetic system for
agricultural plant
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Analysis of climatic
and environmental
conditions
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Analysis of the energy
demand, analysis of the
raw materials and
economic and logistic
analysis
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Proposal for agroenergetic systems
solutions for
agricultural plants
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Innovation investigation –
industrial consortium
for prototype design
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Integration, commercialization and
promotion of the research results
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Agro-energetic Systems for Synergistic Effect in Production and Energy Use in Agricultural Farms
Thank you for your attention
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