EUBCE Programme

Opening Plenary Session / Panel
Is Carbon the enemy?
What would the EU do without it?

Political Opening
Moderated Policy Panel

Break

AP.1

Sustainable biomass resources with improved soils

CBE JU: advancing competitive circular bio-based industries in Europe

Break

1AO.1

Spatial analysis for sustainable biomass resources

4AO.2

Piloting of novel gasification-to-power pathways and supporting research

6AO.3

Biomass pre-treatment processes

IAO.1

Low ILUC Biofuels

2AV.1

Socio-economic and public acceptance in the bioeconomy and bioenergy

5AV.2

Oil-based and renewable hydrocarbon biofuels from a variety of starting feedstocks and using an array of conversion processes, bio-alcohols from sugar, starch and lignocellulosic biomass

Responsible sourcing and Biofuel Supply Chains

Break

1AO.4

Spatial analysis and mapping for sustainable biomass resources

4AO.5

Recent developments in dual FB-gasification and fuel characteristics

6AO.6

Production of high added-value biobased compounds

IAO.2

European climate and energy legislation: Tower of Babel or a strategic approach? The view of the industry

2AV.3

Environmental impacts of biomass and biofuels

1AV.4

Broadening the knowledge on Crops for Bioenergy, Biofuels and Bioproducts Feedstock Production (I)

Biomass-based Technologies and Practices for Carbon Dioxide Removal

Break

1AO.7

Biomass resources and potentials

4AO.8

Recent developments in gasification for synthesis gas production

6AO.9

Processes for biofuels and biobased chemicals

IAO.3

Beyond Annex IX

2AV.5

GHG performance of biomass value-chains

6AV.6

Biomass conversion to bio-based products and chemicals (I)

1BO.1

Innovative strategies to produce dedicated biomass for bioenergy, biofuels and bio-based products

5BO.2

Oil-based and renewable hydrocarbon biofuels

3BO.3

Integrated Biorefineries

IBO.1

Profiling the carbon footprint of biomass systems and fibers

4BV.1

Recent developments in dual FB-gasification and fuel characteristics

6BV.2

Biomass conversion to bio-based products and chemicals (II)

Bioenergy Solutions for decarbonization of Energy Intensive Industries

Break

BP.1

Socio-economic aspects in circular economy

Break

Bioenergy and renewable fuels projects for the revamping of the SET Plan

5BO.4

Applied Pyrolysis and Product Utilisation

6BO.5

Production of biobased chemicals

3BO.6

Biorefining concepts

IBO.2

Exploiting lignocellulosic biomasses to develop innovative and more sustainable high-added value biobased products and materials

1BV.3

Broadening the knowledge on Crops for Bioenergy, Biofuels and Bioproducts Feedstock Production (II)

5BV.4

Synthetic fuels from biomass and hydrogen (I)

Break

BP.2

Bioenergy and biobased products

Focus nazionale bioeconomia e bioenergie: stato dell’arte, traiettorie, barriere e strumenti di implementazione

Break

1BO.7

Improving energy crops cultivation in contaminated land - selected case studies

6BO.8

New products from biomass

3BO.9

Biogas and Power to Gas

IBO.3

Fit for 2030? Challenges and Opportunities under a renewed EU regulatory framework in securing the needed investments to boost advanced biofuels - views from the industry

4BV.5

Gasification-to-power research and development progress

5BV.6

Synthetic fuels from biomass and hydrogen (II)

Break

1BO.10

Lessons learned from the cultivation of energy crops in contaminated land

6BO.11

Nutrient cycles

3BO.12

Biomass Contribution to Regional Energy Transition

IBO.4

Renewable gases and derivatives in a circular bioeconomy

2BV.7

Biomass strategies and policies

5BV.8

Fundamental Pyrolysis and Laboratory Investigation

High efficiency and low emissions CHP technologies from biogenic residues

Break

1BO.13

Algae and aquatic biomass: reactors and remediation

5BO.14

Valorisation of renewable and recycled carbon through the use of hydrogen

3BO.15

Acceleration of implementation by valorisation of bioresources

IBO.5

Bioproducts for Aviation, Shipping and Chemical Industry

2BV.9

Resource efficiency in bioeconomy

5BV.10

Pyrolysis Product Upgrade and Pyrolysis Application

1CO.1

Supply of biomass and biomass by-products and residues from agriculture and forestry

2CO.2

Sustainable monitoring of bioenergy and the bioeconomy

4CO.3

Novel methods for emission reduction and ash utilisation

ICO.1

Thermochemical conversion of biomass: Status and R&D needs

5CV.1

Advancement in hydrothermal processing of wet biomass (I)

1CV.2

Energy carriers and fuels production from biowaste

Delivering on REPowerEU: bringing research and industry closer to accelerate innovation and uptake of biomethane

Agrivoltaico e contesti territoriali: idee a confronto

Break

CP.1

Biomass conversion to bioenergy

Break

1CO.4

Biomethane and biofertilizer produced from treated biowaste

2CO.5

Socio-economic assessment and public acceptance in bioeconomy and bioenergy

6CO.6

Co-production of biofuels and biochemicals

ICO.2

Biofuels in Africa

4CV.3

New approaches regarding combustion technology, emission reduction and new fuels

3CV.4

Biogas, Regional Energy Transition and Renewable Heat

Break

CP.2

Bumpy Road Ahead: Preparing for the Updated Renewable Energy Directive

Break

5CO.7

Valorisation of Pyrolysis Products

2CO.8

Resource efficiency in bioeconomy

4CO.9

Innovative combustion concepts and novel modelling approaches

ICO.3

Setting up the scene for the biomethane market in Europe

4CV.5

Biogas research and innovation (I)

3CV.6

Biorefineries and their concepts

Sustainability certification of bio-based products

La filiera Bosco-legno-energia

Break

5CO.10

Fundamental Pyrolysis

2CO.11

Environmental and biodiversity impacts of bioenergy

4CO.12

Suitability of various feedstock as solid biofuels

ICO.4

Biomass in Africa

6CV.7

Biorefinery platforms for bio-based chemicals and polymers

3CV.8

Technologies and assessment of the valorisation of bioresources

Break

5CO.13

Synthetically produced fuels from biomass

2CO.14

Environmental impact of bioenergy

4CO.15

Development of pretreatments, especially torrefaction, via process combination, pilot scale experiments and kinetic modelling

ICO.5

SAF development in Africa - The case of Ethiopia

6CV.9

Co-production of biofuels and biochemicals

4CV.10

Biogas research and innovation (II)

Conference Dinner

4DO.1

Biogas Developments and innovative solutions

2DO.2

European biomass production to support the EU bioeconomy

5DO.3

Hydrogen produced from biomass

IDO.1

The development of the bio-economy and the establishment of a stable and reliable supply chain for fuels, materials and chemical in China

1DV.1

Agro-industrial feedstocks and side streams

5DV.2

Advancement in hydrothermal processing of wet biomass (II)

Harnessing CO2 for sustainable CCUS value chains: The CooCE concept

Valorization of by-products from vegetable oil refining in sustainable bio-based products

Break

DP.1

Biomass conversion to intermediate bioenergy carriers and sustainable biofuels

Break

4DO.4

Innovative Biogas applications

2DO.5

Supporting biomass for transport fuels, chemicals and industry in the EU

5DO.6

Fundamentals and applications of HTL

IDO.2

Indian Bioeconomy initiatives - Supply chain challenges - opportunities for mainstreaming sustainable fuel, chemical and material and Indo-EU cooperation

1DV.3

Microalgae, macroalgae, and aquatic systems: production to end use

1DV.4

Biomass resources and potential (I)

Upscaling the production of low ILUC risk biomass feedstock for the bioeconomy

Break

4DO.7

Biogas innovations and research

2DO.8

LCA-based consideration for determine the carbon sink potential of bio-based value-chains

5DO.9

Supercritical water gasification

IDO.3

Thermochemical Biomass Conversion for Energy Applications

1DV.5

Biomass resources and potential (II)

4DV.6

Densification, torrefaction and other innovative pretreatments: experimental studies at different scales and numerical modelling

Break

Introduction to the Closing Session
Highlights of the Conference
Industry Track
Ceremony of Students Awards
Ceremony of Poster Awards
Farewell