The Future Bioeconomy - IEEPminisites.ieep.eu/assets/2373/Bioeconomy_-_CBowyer.pdf · 2018. 12....

10
www.ieep.eu @IEEP_eu The Future Bioeconomy Delivering climate sensitive and sustainable alternatives to meet the needs of society Catherine Bowyer, Senior Policy Analyst Agriculture and Land Management Programme, IEEP

Transcript of The Future Bioeconomy - IEEPminisites.ieep.eu/assets/2373/Bioeconomy_-_CBowyer.pdf · 2018. 12....

Page 1: The Future Bioeconomy - IEEPminisites.ieep.eu/assets/2373/Bioeconomy_-_CBowyer.pdf · 2018. 12. 14. · –956 MT / year agriculture –510 MT / year forestry –(avg figures) •

www.ieep.eu @IEEP_eu

The Future BioeconomyDelivering climate sensitive and sustainable alternatives to meet the needs of society

Catherine Bowyer, Senior Policy Analyst

Agriculture and Land Management Programme, IEEP

Page 2: The Future Bioeconomy - IEEPminisites.ieep.eu/assets/2373/Bioeconomy_-_CBowyer.pdf · 2018. 12. 14. · –956 MT / year agriculture –510 MT / year forestry –(avg figures) •

www.ieep.eu @IEEP_eu

Given the historic and ongoing use of biomass

in the economy the question is - Why the

emphasis now on creating or

transitioning to a bioeconomy?

• Innovation - promote and respond to advances in scientific knowledge

• Added value - alternative opportunities for creating value from biomass

• Environment and social justice - opportunity for the bioeconomy to drive sustainable development

Page 3: The Future Bioeconomy - IEEPminisites.ieep.eu/assets/2373/Bioeconomy_-_CBowyer.pdf · 2018. 12. 14. · –956 MT / year agriculture –510 MT / year forestry –(avg figures) •

www.ieep.eu @IEEP_eu

Adaptation to climate change

Carbon sequestration

Use and reuse of biowaste

Circular Economy – economy wide, intrinsic feedback

loops, adding value to waste

Bioeconomy– primary

production, resource efficiency,

bio-alternatives

Avoiding single

use plastic Beyond a

Fossil Economy

GHG emission reduction

Resource efficiency

Green Growth

Sustainable development

Rural futures

Ecosystem services

A Circular, Bioeconomy – Delivering Multiple Goals

Page 4: The Future Bioeconomy - IEEPminisites.ieep.eu/assets/2373/Bioeconomy_-_CBowyer.pdf · 2018. 12. 14. · –956 MT / year agriculture –510 MT / year forestry –(avg figures) •

www.ieep.eu @IEEP_eu

Glo

bal

Inte

rest

in t

he

B

ioe

con

om

y

Page 5: The Future Bioeconomy - IEEPminisites.ieep.eu/assets/2373/Bioeconomy_-_CBowyer.pdf · 2018. 12. 14. · –956 MT / year agriculture –510 MT / year forestry –(avg figures) •

Integrated Goals for Sustainable Development and Climate Action

• The production of renewable (sustainable), biological products and resources – scale is important

• Primary production relies on inputs – can be both linear and circular

• Relies on a common resource streams

• Can deliver efficiency but needs to be considered collectively - best and most efficient use of resource

1. Ensuring food security;

2. Managing natural resources sustainably;

3. Reducing dependence on non-renewable sources;

4. Mitigating and adapting to climate change;

5. Creating jobs and maintaining competitiveness.

Page 6: The Future Bioeconomy - IEEPminisites.ieep.eu/assets/2373/Bioeconomy_-_CBowyer.pdf · 2018. 12. 14. · –956 MT / year agriculture –510 MT / year forestry –(avg figures) •

A Question of Scale

• Biomass produced = 1,466 MT / year – 956 MT / year agriculture

– 510 MT / year forestry

– (avg figures)

• Harvested and used = 805 MT/year– 578 MT / year agriculture

– 227 MT / year Forestry

– (2013 figures)

Driving a circular, resource efficient economy

Sources:Eurostat (env_ac_mfa) and (demo_gind);JRC (2018) Biomass production,supply, uses and flows in theEuropean Union. First results froman integrated assessment.doi:10.2760/539520

Total produced 1,466 MT/yr

Material consumption - 6,666 MT/yr

Harvested and used = 805 MT/yr

22%

12%

100 %

Page 7: The Future Bioeconomy - IEEPminisites.ieep.eu/assets/2373/Bioeconomy_-_CBowyer.pdf · 2018. 12. 14. · –956 MT / year agriculture –510 MT / year forestry –(avg figures) •

www.ieep.eu @IEEP_eu

Reduced consumption

Circular resource efficient economy

Substitution in other sectors -

energy, materials, medicinal products

Increase removals -land use change, sequestration in soils, increasing

vegetation/forestry

Reduce emissions -efficiency;

reduction changes in outputs

Page 8: The Future Bioeconomy - IEEPminisites.ieep.eu/assets/2373/Bioeconomy_-_CBowyer.pdf · 2018. 12. 14. · –956 MT / year agriculture –510 MT / year forestry –(avg figures) •

www.ieep.eu @IEEP_eu

Reduced consumption

Circular resource efficient economy

Substitution in other sectors -

energy, materials, medicinal products

Increase removals -land use change, sequestration in soils, increasing

vegetation/forestry

Reduce emissions -efficiency;

reduction changes in outputs Bioeconomy has a

role in a resource efficient, economy

that delivers on climate action

Bioeconomy is only part of the change

needed, it has to be accompanied by

wider societal change

Page 9: The Future Bioeconomy - IEEPminisites.ieep.eu/assets/2373/Bioeconomy_-_CBowyer.pdf · 2018. 12. 14. · –956 MT / year agriculture –510 MT / year forestry –(avg figures) •

Limits of a Circular Economy

• Respect established environmental limits and thresholds

• Real resource savings must be measured as absolute, rather than just relative

• Europe is a leader for environmental policy but per capita consumption and waste production remains very high

• Does not automatically integrate concepts of social and environmental justice - future development models

A Sustainable Circular Bioeconomy – that delivers Climate Action

• Policy coherence - sustainable trajectory for the circular bio-economy

• Policy interventions to deliver reduction of environmental pressures along the entire value chain

• Necessity socio-economic and institutional innovations - reconceptualising what value means in the bio-economy, not just production

• Changes in consumption and behaviour

• Sustainability criteria - to ensure the bio-economy stays within natural limits and to promote circularity

• A new way of considering bio-resources and their role in society

Page 10: The Future Bioeconomy - IEEPminisites.ieep.eu/assets/2373/Bioeconomy_-_CBowyer.pdf · 2018. 12. 14. · –956 MT / year agriculture –510 MT / year forestry –(avg figures) •

www.ieep.eu @IEEP_eu

Catherine Bowyer

Institute for European Environmental Policy

Agriculture and Land Management Team

[email protected] / +44 (0)7855 981028