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Ludger Frerichs, June 7, 2007
1
Agricultural Engineering
and Technologies
Information Workshop
Dr. Ludger Frerichs
Brussels
June 7, 2007
Agricultural Engineering
and Technologies
Ludger Frerichs, June 7, 2007
2
Agricultural Engineering
and Technologies
Agenda
10:00h – 11:00h
The agricultural engineering sector in the European Research Area
� The AET Working Group – Towards an implementation strategy
Dr Ludger Frerichs, Claas Harsewinkel, AET Working Group
� Innovating European agricultural engineering – Views of the
European Commission
Dr Christian Patermann, European Commission
Director DG Research „Biotechnology, Agriculture and Food“
Ludger Frerichs, June 7, 2007
3
Agricultural Engineering
and Technologies
Agenda
11:00h – 12:00h
Requests and Requirements to RTD topics in the Agricultural
Engineering and Technology sector from Thematic Areas in FP 7
� Theme 4: “Nanosciences, Nanotechnologies, Materials and New
Production Technologies”
Dr Andrea Gentili, European Commission, DG Research “Industrial Technologies – New Generation Products”
� Theme 5: “Energy”
Dr Karl Kellner, European Commission, DG TREN „Energy & Transport -
New and renewable resources of energy/Energy efficiency“
� Theme 3: “ICT”, Theme 6: “Environment”, Theme 7: “Transport”
Frank Knecht, VDMA European Office, Adviser RTD, MANUFUTURE-EU
12:00h – 12:30h
Discussion
Ludger Frerichs, June 7, 2007
4
Agricultural Engineering
and Technologies
Agenda
12:30h – 13:30h
Lunch
13:30h – 14:30h
Introduction of Technology Platforms relevant for collaboration with
the AET sector, common research areas and activities
� TP “Food for Life”
Prof Gerhard Schiefer, University of Bonn, Chair for Business Management, Organization and Information Management
� TP “Plants for the future”
Prof Ulrich Schurr, Research Center Jülich; Research area Earth and Environment, Institute of Chemistry and Dynamics of the Geosphere
� TP “Biofuels”
Dr Jeroen Schuppers , European Commission, DG Research New and Renewable Energy Sources
Ludger Frerichs, June 7, 2007
5
Agricultural Engineering
and Technologies
Agenda
14:30h – 16:50h
Introduction and discussion of 4 thematic sectors within the
Agricultural Engineering and Technologies
� Quality and Product Security
Prof Stefan Böttinger, University of Hohenheim, Institute of Agricultural Engineering
� Sustainable Animal Production
Prof Aad Jongebreur, Wageningen University
� Sustainable Plant Production
Alexander Sassenberg, John Deere, AMS Europe, Zweibrücken
� Bioenergy and Renewable Materials
Manfred Wörgetter, HBLFA Francisco Josephinum Wieselburg, Research Agricultural Engineering
16:50h – 17:00h
Conclusions
Ludger Frerichs, June 7, 2007
6
Agricultural Engineering
and Technologies
The AET Working Group – Towards an
implementation strategyor:
„If you want harvest you need to seed“
Objectives of the workshop:
Continues information on MANUFUTURE AET state
Keeping awareness in the European AET sector and
in the Commission
Getting input for the next steps of implementation in FP7
from - AET sector - other ETP‘s - the Commission
Ludger Frerichs, June 7, 2007
7
Agricultural Engineering
and Technologies
AET in Brief
Mission:
Maintaining the European leadership in Agricultural Engineering and
Technologies (AET)
Targets:
Informing decision-takers at European level so that FP 7 call topics truly
reflect the needs of the European industry; providing a European platform
that initiates collaborative RTD activities in the AET sector
Strategy:
Formulating a strategic vision, identifying research fields, and defining a
roadmap of RTD topics by the AET industry and research community under
the umbrella of a European Technology Platform
Ludger Frerichs, June 7, 2007
8
Agricultural Engineering
and Technologies
Milestones
2003 2004 2005
2003
Attempt to find a call for an AET project in FP6 - without success
-> Initiative kick-off
May 2004
A national workshop identifies focal points
and contents of future research
April 2005
1st paper on Agricultural Technology in FP 7
December 2005
Letter to the Commissioners Fischer Boel
and Potočnik, signed by many European
companies and associations
Ludger Frerichs, June 7, 2007
9
Agricultural Engineering
and Technologies
Milestones
2006 2007
March 2006
Start of the AET Working Group under the
umbrella of the ETP MANUFUTURE
January 2006
1st European workshop in Brussels
AET
October 2006
Release of paper
„Vision 2020 - Strategic Research Agenda - First Implementation Plan“
January 2007
Release of paper „Excerpt of FP 7 Working
Programme 2007 - Calls with relations to AET“
June 2007
2nd European AET Information Workshop in Brussels
Ludger Frerichs, June 7, 2007
10
Agricultural Engineering
and Technologies
Milestones
2008 2013
2007
Enhancement of the Implementation Plan for the whole FP 7 duration
„Call by Call“
Analysing FP 7 Calls on AET related topics and inform AET sector
Yearly
Review of Implementation Plan with DG Research
Ludger Frerichs, June 7, 2007
11
Agricultural Engineering
and Technologies
Project
ProposalProject
ProposalProject
ProposalProject
Proposal
The ProcessDefinition of Strategy and Agenda
Vision
SRA
Priorities
GENERATION
VALIDATION
Inform the sector
about calls, paper...
Information
Advertising
Encouragement
Relationship
Definition of
Implementation Plan
Projects
Timing
Resources
Information Implementation
RECONFIGURATION
Review Process
Monitoring
Assessment
Enhancement
Ludger Frerichs, June 7, 2007
12
Agricultural Engineering
and Technologies
Available Documents
www.manufuture.org
Ludger Frerichs, June 7, 2007
13
Agricultural Engineering
and Technologies
Agricultural Technology is the
Essential Basis for Production of:
Ludger Frerichs, June 7, 2007
14
Agricultural Engineering
and Technologies
Agricultural Technology is
Enabling Technology
It enables
production of healthy food and feed and of renewable resources
of required quality
reduction of human workload in all fields of agriculture processes
high efficiency in agricultural machines and processes
appropriate animal husbandry
sustainable handling of natural resources
maintenance of the landscape and biodiversity
How to provide 8 Bn. people in 2020 with enough healthy food
and sufficient bio energy - affordable and under preserving
of nature and landscape - without advanced agricultural technology?
Ludger Frerichs, June 7, 2007
15
Agricultural Engineering
and Technologies
Sector of Agricultural Machinery 2005
19 Bn.
Euro
EU 15:
4500 businesses
135 000 employees
plus 125 000 in trade etc.
Only 4 businesses with
turnover
> 1 Bn. Euro
and only 8 with
> 0.5 Bn. Euro
Global production:
Ludger Frerichs, June 7, 2007
16
Agricultural Engineering
and Technologies
VISION 2020General Highlights
12
Global Economy:
e.g. Tractor production already 2005:
Total World: 870 000
India, China, Korea: 360 000
Ludger Frerichs, June 7, 2007
17
Agricultural Engineering
and Technologies
VISION 2020Agricultural Change
Knowledge-Based Bio-Economy is reality!
Sustainability and reliability in all production chains are mandatory!
Nothing else:
High quality and
healthy food
Structural change continues;
in some EU regions
stabilized at high farm size 1980 2000 2020
No. Farms
Precision crop and livestock
farming is prevalent
Renewable energy and
energy efficiency is of
major importance
Ludger Frerichs, June 7, 2007
18
Agricultural Engineering
and Technologies
VISION 2020Technology Highlights
Novel machine concepts for
advanced farming systems
� Less soil impact
� High fuel efficiency
� High performance
e.g. crop production
Diverse technology
for food chain monitoring
Robotics and
extensive
automation
� ICT Ag-Standards
� Web Services
� Telematics in maintenance
and machine control
Ludger Frerichs, June 7, 2007
19
Agricultural Engineering
and Technologies
AET Strategic Research AgendaSummary
The intended knowledge-based economy (EU Lisbon Strategy) requires
significant advances in the technologies to manage food and renewable
production.
The European engineering industry for this sector is internationally
leading and competitive, and has recognised the importance of a
coordinated approach to the identification of research priorities, and the
translation as innovations into practice.
Major changes are expected in the shape of agriculture and the
importance of new technologies as well as new ways of communicating
information and making decisions.
Research themes are explained and prioritised under four topic areas:
Quality and Product Security
Sustainable Plant Production
Sustainable Animal Production
Bioenergy and Renewable Materials.
Ludger Frerichs, June 7, 2007
20
Agricultural Engineering
and Technologies
AET Fields of ResearchSystems, methods and sensors
for quality assessmentTopic 1: Quality and Product Security
� Standards for quality measurement
� Sensors for residues
� Materials and surfaces
� Logistics and origin certification
� Special consumer food
� Reduction of mycotoxins
� Avoiding spread of pests
� Life cycle analysis
� In-field processing
� Waste treatment
Rugged ingredient and residue sensors
Mycotoxin
detection and
crop handling
Production Chain
ICT Architectures
Logistic solution Traceability RFID
Networks
Ludger Frerichs, June 7, 2007
21
Agricultural Engineering
and Technologies
AET Fields of Research
Topic 2: Sustainable Plant Production
� Energy-efficient crop management
� Preserving soil quality
� Robotics for crop management
� Man machine interface
� Agricultural systems and networks
� Sensors to target inputs
� Model-based control
� Optimised harvesting systems
� Systems models
� Water resource management
� Crop design
Novel efficient
drive line
technology and
management;
new materials etc.
Field robots
Advanced irrigation
technology
Sensors for
process design
Web based
services
Ludger Frerichs, June 7, 2007
22
Agricultural Engineering
and Technologies
AET Fields of Research
Topic 3: Sustainable animal production
� Standards for animal health, welfare and
sustainable animal production
� Development of desease prevention strategies
� Business models of future livestock farming
� Improvement of environmental conditions
according to labour, human health, ergonomics
� Working conditions, reduction of risks and
accidents
� Improved process und product quality
Health monitoring Integration of Environmental Aspects
into European Standardisation
Livestock housing with
„natural“ conditions
Production process
control networks
Ludger Frerichs, June 7, 2007
23
Agricultural Engineering
and Technologies
AET Fields of Research
Topic 4: Bioenergy and renewable material
� Technologies and logistics for production,
preservation and storage
� Optimization and standardisation of bio fuels
� New bio-materials and definition of quality
criteria of intermediate and end products
� World wide development of cost-effective bio
energy and bio materials
� Bio refinery concepts of whole crops in
sustainable production processes
� Improving the cost-effectiveness of bio fuels
and bio materials
� Plant breeding and cultivation
New
bio-materialStandardisation
Biomass Production
Storage
Logistic solutions
Ludger Frerichs, June 7, 2007
24
Agricultural Engineering
and Technologies
Agenda
10:00h – 11:00h The agricultural engineering sector in the European Research Area
11:00h – 12:00h Requests and Requirements to RTD topics in the Agricultural Engineering and Technology sector from Thematic Areas in FP 7
12:00h – 12:30h Discussion
12:30h – 13:30h Lunch
13:30h – 14:30h Introduction of Technology Platforms relevant for collaboration with the AET sector, common research areas and activities
14:30h – 16:50h Introduction and discussion of 4 thematic sectors
(15.30h – 15.50h within the Agricultural Engineering and Technologies
Coffee break)
16:50h – 17:00h Conclusions