Biodiesel / Biodiesel
Open Access
Volume 26, 2019
Biodiesel / Biodiesel
Numéro d'article 45
Nombre de pages 5
Section Economy - Development
Publié en ligne 13 novembre 2019

© P. Dusser, Published by EDP Sciences, 2019

Licence Creative Commons
This is an Open Access article distributed under the terms of the Creative Commons Attribution License (, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.

1 RED II’s GHG thresholds guarantee a minimum level of GHG reduction from eligible biofuels

Biofuels have to meet a minimum GHG reduction threshold to be eligible and be accounted for in the energy blending mandates fixed by the Renewable Energy Directive (RED I and RED II) as well as toward the 6% GHG reduction target in fuels fixed for 2020 by the Fuel Quality Directive (FQD) (Fuel Quality Directive, 2009). The reduction is calculated by comparing the GHG emissions linked to the production of the biofuel (from the field to the pump), to a reference for a fossil fuel.

GHG reduction thresholds are part of the “sustainability criteria” required from biofuels along with other environmental criteria (no feedstock coming from grassland, forest land or highly biodiverse land).

The GHG reduction threshold has been raised from an initial 35% in 2010, up to 50% for investments done before 2015, and 60% for those after 2015; it is fixed at 65% for the investments that will be done after 2021 (Tab. 1).

Table 1

Greenhouse gas savings thresholds in RED II.

2 The German “GHG quota” system – A national biofuel support system based on GHG reduction

In 2015, the German Government introduced a new “GHG quota” support system for the renewable energy in transport by which fuel retailers have an obligation to decarbonize the fuel they put on the market.

This “GHG quota” system had been previously scheduled by a 2006 national legislation and planned to replace a blending obligation of 6.25% “energy quota” in 2015 (German Green-house Gas Quota, 2006). As planned, the German green-house gas reduction commitment (on fuel suppliers) started in 2015 at a 3.5%, increased to 4% in 2017; it will be set at 6% from 2020 on.

This change created a certain disruption in the European biofuels market context, where all other countries had maintained the previous support system based on volume or energy blending obligation – as in France the so called “TGAP system”.

As a matter of fact, EU’s incentives to GHG savings in transport biofuels during the period 2010–2020, are based on 2 different, although harmonized, Directives:

  • the RED I (Renewable Energy Directive) which sets an obligation on Member States to incorporate 10% of renewables into transport, with a minimum GHG saving eligibility threshold;

  • the FQD (Fuel Quality Directive), which requires fuel retailers to reduce the carbon footprint of fuels by 6% by 2020 (Fuel Quality Directive, 2009).

In choosing to change their national support system, the German authorities expected its EU-wide generalization after 2020 in the framework of the recast of the EU renewable policy for the next 2020–2030 decade. But as most other countries kept their own national blending obligation system, the EU Commission didn’t reconduct the FQD (Fuel Quality Directive, 2009) for the post 2020. The Commission proposed a recast of the sole Renewable Energy Directive with higher blending obligations (14% instead of 10% – but a 7% cap on crop-based biofuels), higher GHG savings eligibility thresholds, and incentives to move toward low-emission biofuels, while for the FQD side Member States are only required not to back from the 6% GHG reduction in fuel due for 2020.

Nevertheless, RED II offers the flexibility to Member States to choose the system by which they support the renewable energy in transport. Hence the German “GHG quota system” will continue after 2020, but in addition to the national German GHG Quota, German fuel retailers will be required to meet the 14% RED II blending obligation of Renewable energy in transport.

Consequences of the introduction of the German “GHG quota”:

  • a segmentation of the EU biofuels market;

  • a decrease of crop-based biofuels consumption in Germany due to their lower GHG emission reductions compared to biofuels made from waste and residues;

  • the development of a trans-border trade of biofuels… and paper certificates.

As all other countries were keeping an energy volume blending system of support, the German “GHG Quota system” has introduced a segmentation in the biofuels market and fueled trans-border movements whereby the different feedstocks are traded and directed wherever they get the higher reward from their respective characteristics – energy content or GHG savings – (Fig. 1).

Therefore, in Germany, crop-based biofuels consumption decreased dramatically (Fig. 2) replaced by waste and residues (UCOME) with much higher GHG savings (around 90%) than crop-based biodiesel (around 65%). This situation leads to surprising prices differences between feedstock where waste (Used Cooking oil) is priced at a premium over crude vegetable oil.

As Germany imports and concentrates the low GHG biofuels availabilities like UCO, higher GHG biofuels are directed to other countries (like France). These exchanges are being made easier by the “mass balance” system whereby there is no need of actual physical movements which may be replaced by exchanges of paper certificates.

thumbnail Fig. 1 UCOME: used cooking oil methyl ester; HVO: hydrotreated vegetable oil (generally from Palm oil); *PME: palm with “methane capture”; SFME: sunflower methyl ester; SME: soybean methyl ester; RME: rapeseed methyl ester.

Nota: The fossil comparator will change from 83.9 to 94 g CO2eq in 2020 with RED II implementation.

thumbnail Fig. 2 Feedstocks use in biodiesel.

From UFOP_Report_on_Global_Market_Supply_18-19.

3 The “Effort Sharing Reduction”: global GHG reduction targets involving the transport sector could support an increased crop-biofuel demand for the future

Member States in October 2014 agreed to set a binding economy-wide domestic emission reductions target of at least 40% by 2030 compared to 1990. This target has been split between a reduction for sectors (mainly industry) included in the Emission Trading System (ETS) and the non-ETS sectors amounting to 43% and 30% respectively by 2030 compared to 2005.

The Transport sector together with others like Buildings and Agriculture is part of the non-ETS sectors which in total account for almost 60% of total domestic EU emissions (Fig. 3).

The “Effort Sharing Regulation” (ESR) adopted in May 2018 translates this commitment into binding annual greenhouse gas emission reduction targets for each Member State for the period 2021–2030. The countries national 2030 targets range from 0% (Bulgaria) to 40% (Luxemburg – Sweden) compared to 2005 levels depending on their respective GDP and other considerations.

As the transport sector makes up to one third of the non-ETS sectors, it may be questioned whether RED II obligations will ensure enough GHG saving to meet the global ESR target.

As the RED II provides “multipliers” to support the profitability of second and third generation biofuels (e.g. Waste and residues counting double; on-road electricity counting 4 times), the RED II objectives may be reached with “theoretical GHG savings” much lower than the actual ones. This is not the case for the ESR obligations, where only actual GHG savings are accounted for. As ESR sectors others than Agriculture and Transport have their own difficulties to reach their obligations, crop-biofuels could prove to be the only solution to fulfill the ESR’s 30% GHG reduction in 2030, and the pressure could happen soon enough as the trajectory of the annual reduction will be linear.

thumbnail Fig. 3

GHG emissions by sector.

4 Other GHG regulations: post-2020 GHG reduction targets for vehicles1

4.1 GHG standards for cars and vans

Agreed in December 2018 and published in April 2019, this regulation requires (CO2 standards for cars and vans, 2019):

  • 37.5% GHG emission reduction target for new cars by 2030 and;

  • 31% GHG reduction for new vans;

  • an interim target of 15% GHG reduction for both in 2025.

For Heavy Duty Vehicles a similar agreement was reached in April 2019 requiring (CO2 standards for heavy duty vehicles, 2019):

  • 30% reduction from 2019 baseline in 2030;

  • 15% reduction by 2025.

5 EU 2050 strategy for decarbonization of the European economy “A Clean Planet for All” (A Clean Planet for All, 2018)

This Communication from the Commission answering a request by the Heads of State in March 2018 was published in November 2018. It gives a vision on the long-term strategy to meet the Paris Agreement’s goal which would require for the EU to achieve a carbon-neutral economy by 2050.

It doesn’t set any specific targets, but affirms a vision and explore options for all sectors,

The power sector will become a central element for the transformation of other economic sectors. All pathways converge on one central element: power generation should be fully decarbonised by 2050. More than 80% of the EU’s electricity would be produced by renewable energy sources.

For the transport sector the communication recognizes that it will continue to rely on fossil fuels, and that efforts must be made under an integrated approach (vehicle efficiency, use of zero emission fuels, changes in mobility modes).



It must be noted nevertheless that these objectives related to the vehicles constitute incentives for the electrification and not for biofuels. As the emissions targeted in this case are those observed at the exhaust pipe, and that combustion of a biofuel is similar as a that of a fossil fuel.

Cite this article as: Dusser P. 2019. The green-house gas (GHG) emission’s reduction mechanisms for biofuels in the European legislation. OCL 26: 45.

All Tables

Table 1

Greenhouse gas savings thresholds in RED II.

All Figures

thumbnail Fig. 1 UCOME: used cooking oil methyl ester; HVO: hydrotreated vegetable oil (generally from Palm oil); *PME: palm with “methane capture”; SFME: sunflower methyl ester; SME: soybean methyl ester; RME: rapeseed methyl ester.

Nota: The fossil comparator will change from 83.9 to 94 g CO2eq in 2020 with RED II implementation.

In the text
thumbnail Fig. 3

GHG emissions by sector.

In the text

Les statistiques affichées correspondent au cumul d'une part des vues des résumés de l'article et d'autre part des vues et téléchargements de l'article plein-texte (PDF, Full-HTML, ePub... selon les formats disponibles) sur la platefome Vision4Press.

Les statistiques sont disponibles avec un délai de 48 à 96 heures et sont mises à jour quotidiennement en semaine.

Le chargement des statistiques peut être long.