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Table 5 Major identified risk perceptions for sustainability in different BE value chains based on the expert survey

From: Strengths and gaps of the EU frameworks for the sustainability assessment of bio-based products and bioenergy

Bioeconomy sector

Final product(s)/main technology pathway(s)

Main feedstock or feedstock group

Main sustainability risk(s)

Risk level / significance

Bioenergy

Biofuels (focus on biodiesel, bioethanol and biomethane)

Oilseed crops

LUC and ILUC

higha

Starch and sugar crops

Deforestation

Food price increase

Biodiversity loss (by expanding cultivation area and by intensification)

Water quality (leaching of nutrients)

Lignocellulosic energy crops

Deforestation

higha

Biodiversity loss (by expanding crop cultivation areas)

Wastes and residues

Creation of competing uses due to the introduction of strong policy incentives.

low

Heat & power

Lignocellulosic energy crops

Deforestation

medium to high

Heat (small scale units)

Lignocellulosic energy crops

Biodiversity loss (by expanding cultivation areas)

Air quality

Forestry

Buildings and industrial applications

Timber

Illegal logging causing deforestation

high

Biodiversity loss

Negative impacts on local communities (imported wood)

Paper and board

Labour conditions in producing countries

Construction

Construction materials, fibreboards, thermal insulation

Timber

Illegal logging causing deforestation

low to mediumb

Biodiversity loss

Non-certified import from other countries or poor certification processes

Negative impacts on local communities (at least on imported wood)

Fibre crops (hemp, flax)

Competition with food/feed production

low

Food & Feed

Plant-based food & feed

Grains Rice

Biodiversity loss

high

Soil erosion

Decrease in soil and water quality (nutrients leaching)

Impact of fertilisers and pesticides

  

Oilseed crops

LUC and ILUC causing deforestation

low to high

Sugar crops

Land use rights

 

Higher food prices

Textiles

Garments, fabric, carpets, geotextiles, etc.

Cotton

High input of energy, water and agrochemicals

high

LUC and ILUC (cultivation)

Labour conditions in producing countries

Chemicals use and leakage (production)

Fibre crops (flax, hemp)

Competition with food/feed production

low

Wool

Competition with food/feed production

low

Labour conditions in producing countries

Chemicals and Plastics

Bioplastics, packaging materials, bottles, bags, mulch film, biolubricants, biopolymers

Starch and sugar crops

End of life & reuse

high

Oilseed crops

Same as bioenergy

same as bioenergy

Pharmacy

Medicine applications & pharmaceuticals

Plants

Chemical use and leakage (production)

medium

 

Algae

  

Materials/ Products

Cardboard, filters, cords

Fibre crops (hemp, flax)

Competition with food/feed production

low

Biocomposites

Lignocellulosic crops

Same as bioenergy

same as bioenergy

  1. EoL end of life, LUC land use change, ILUC indirect land use change
  2. aDepending on the cultivation region
  3. bIt is low to medium, because of the amount of feedstock used at the moment, but pressure on raw material will grow when demand for bio-construction products grow