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A number of the sectors which are fundamental to the implementation of the EU Bioeconomy strategy, represented by the European Bioeconomy Alliance (EUBA), are identified as being subject to the risk of carbon leakage under the Commission’s proposal for the ETS post 2020. These are: starch, oilseeds and protein meals, pulp and paper and sugar. The EUBA supports this approach because there is indeed a real risk that these sectors may relocate their operations outside the EU in the absence of a global level playing field on energy cost.
However the EUBA is also aware of the so-called tiered approach towards carbon leakage put forward by the French and British governments. Under this proposed approach some of the sectors being exposed to carbon leakage would receive more compensation than others. In practise this would mean that fossil-based industries, who are intrinsically most carbon-intensive, would receive 100% free allocation, to the detriment of the sectors which are contributing to the bioeconomy and thus reducing the EU’s fossil fuel dependence (who would receive from 0% to a maximum of 80% free allocation). This would create a competition distortion, undermining efforts to develop renewable bio-based materials to replace fossil fuel based ones.
The objective of the EU Emission Trading System is to combat climate change and reduce greenhouse gas emissions. The objective of the European Commission’s bioeconomy strategy, endorsed by both the Council of the EU and the European Parliament, is that fossil fuels should be replaced with “sustainable renewable alternatives as part of the shift to a post-petroleum society”. The objectives are and must remain complementary and consistent.
According to OECD, “the full climate change mitigation potential of biotechnology processes and bio-based products ranges from between 1 billion and 2.5 billion tons CO2 equivalent per year by 20301”.
Both the EU ETS and the EU bioeconomy strategy are fundamental to the European Union's policy to reduce industrial greenhouse gas emissions cost effectively. The EUBA therefore congratulates the European Commission for being consistent and strongly warns against any attempts by Member State governments to undermine that consistency.
The European Standard EN 643, European list of standard grades of paper and board for recycling, is the basic document to be used by industry professionals in the buying and selling of paper for recycling. Interested parties should order the EN 643 from their respective national standardisation body . The standard was revised in 2013. It defines what the different grades of paper for recycling can and cannot contain as well as defining prohibited materials and unwanted materials. It also sets maximum tolerance levels by grade for unwanted materials.
Specific agreements between buyer and supplier for grades with special specifications might still be necessary to meet individual requirements. However, general recommendations are needed to facilitate a common understanding of the standard.
To achieve greater harmonisation, to improve the implementation of the EN 643 Standard and to facilitate commercial relationships between paper mills and paper for recycling suppliers, these guidelines contain recommendations regarding paper for recycling quality controls for paper for recycling suppliers and paper mills.
The publication is now available in French
The Confederation of European Paper Industries (CEPI) has revised its guidelines on Paper for Recycling quality control, with recommendations for Paper for Recycling suppliers and paper mills. The objective of the guidelines publication is to achieve greater harmonisation, to improve the implementation of the EN 643 Standard and to facilitate commercial relationships between paper mills and paper for recycling suppliers.
The revised guidelines put a strong emphasis on the inspection procedure for quality control at the paper mill and explain what controllers should consider during an inspection in order to decide if a load should be accepted, conditionally accepted or refused. After a general control, further important parameters for quality control are named, i.e. bale conditions, moisture control and control of unwanted materials. The control procedure recommended is described in detail and illustrated by a decision tree at the end of the document.
The guidelines give furthermore recommendations on the level of information for suppliers, documentation and staff education.
CEPI will organise a free webinar in the weeks to come, to present the revised guidelines and to answer any questions that may arise.
You can download the publication at: http://bit.ly/1ouOkFm
For more information, please contact: Ulrich Leberle, Raw Materials Director at CEPI: firstname.lastname@example.org, +32 2 627 49 23.
Joint declaration by a group of industry associations “2016, time to deliver… an ambitious power market reform”
The signatories of this declaration gather leading associations and industry groups with a clear stake in Europe’s energy policy. We share the conviction that only a flexible and dynamic energy system, making the best use of innovative and distributed supply and demand options, can ensure a cost-efficient and sustainable transition towards a decarbonised energy system.
We strongly believe that a market-driven environment is the best means to provide long-term investment signals while meeting all system needs and accommodating the growing share of renewable energy in the energy mix. The completion of the Internal Energy Market will improve system adequacy and efficiency, increase security of supply, support the competitiveness of European industry, and help deliver the energy and climate goals stemming from the COP 21 agreement and EU’s post 2020 objectives on emissions reductions, energy efficiency and renewables.
However, we see many constraints persisting in the energy sector that affect investment decisions, in particular: 1) depressed wholesale market prices due to overcapacity; 2) fading EU-coordination of energy policies with a tendency towards renationalisation; and 3) an antiquated set of market rules.
Market rules have been tailored to centralised production within national boundaries for too long. Not only have they failed to adapt to developments in energy technologies and evolution of demand patterns both at industry and end-consumer level, but some of them hamper the deployment of renewables, storage and demand-side flexibility. These new technologies can today provide valuable services including balancing energy offering significant flexibility to the system.
The energy system is now more complex to plan, control and balance. It needs enhanced flexibility that could be provided by a mix of options, but this would require significant changes in the relevant legislation. In this respect, we consider the upcoming legislative package on market design as a unique chance to provide the energy sector with a predictable investment framework, fairer market conditions, and ultimately seize new opportunities arising from decentralised energy production and demand side participation.
In particular, we deem essential that any ambitious reform of the energy market addresses the following issues:
1. Providing adequate price signals and further integration of short-term markets across borders
2. Ensuring a balanced approach to system adequacy that fully takes into account the contribution from renewable energy supply and demand sources
3. Implementing a level playing field for all flexibility providers to foster the pan-European trading ofelectricity and grid support services.
1. Providing adequate price signals and further integration of short-markets across borders
In a well-functioning electricity market, unhindered price-formation drives operational choices and investment decisions. Transparent and undistorted market prices must be in place in all time horizons, and allowed to move freely without caps. Wholesale electricity prices reflecting scarcity would signal the need for investments in new capacity. Therefore, price spikes should be treated as a positive sign of an efficient and cost-effective energy system where market participants are free to choose the level of hedging they prefer to contract, revealing the true value of flexibility and energy at all times.
Market rules also need to be adapted so as to enhance clean and flexible energy providers to trade power over broader geographical areas and as close as possible to the time of delivery. In this context, the opening and cross-border integration of intraday market is essential, especially for energy producers whose output is variable. A as long as separate procurement of balancing capacity and energy is guaranteed, another important aspect is the possibility to negotiate the duration of contracts, e.g. for balancing contracts. This is crucial, as certain flexibility technologies may require considerable capital investment and, therefore, contracts with a longer duration.
2. Ensuring a balanced approach to system adequacy that fully takes into account the contribution from different energy sources
The main challenge for security of electricity supply is not the availability of capacity as such, but the availability of flexibility that is needed to support the system and provide for a constant balance between supply and demand.
In order to identify potential, locally constrained adequacy issues, system adequacy assessments should be carried out according to a common methodology and metrics transparently defined in EU legislation1. Such analysis should be performed at regional level and consider the potential of all flexibility options, from the various energy supply and demand sources. This would ensure a rigorously needs-based approach to the introduction of Capacity Remuneration Mechanisms (CRMs) when the market cannot not deliver the adequate flexibility.
If CRMs are deemed necessary, they should be designed in a way that minimises any negative impacts on price formation on energy markets. They should avoid contributing to continued overcapacity situation by keeping redundant and polluting power plants online, and prioritise clean flexibility options as foreseen in the energy state aid guidelines.
3. Implementing a level playing field for all flexibility providers2 to foster the pan-European trading of electricity and grid support services
In addition to the modernisation and further opening of the balancing market, a proper market for ancillary or grid support services needs to be fostered to provide additional non-discriminatory revenue streams to flexibility providers, as well as overall operating cost savings for the energy system. As of today, a number of services and solutions from decentralised generation and demand-side response are technically feasible, but current market conditions do not properly value their commercial provision.
The continued adaptation of balancing and ancillary services markets should foster liquidity and incorporate innovative and decentralised solutions. Prohibitive pre-qualification requirements and access conditions for independent aggregators, extended product-durations or minimum thresholds and symmetric bids are some of the aspects currently hampering an effective market. Moreover, contradictory regulatory signals, e.g. regarding network tariffs, the operation of industrial loads or co-generation should be addressed to ensure demand side flexibility further develops without impeding the achievement of robust energy efficiency targets.
1 Incl. a clear system adequacy target level for all control areas in the EU as many countries are lacking one
2 “A service provided by a network user to the energy system by changing its generation and/or consumption patterns in response to an external signal” (Task Force Smart Grids report, 2015)in
Preliminary estimates based on today’s publication of the Verified Emissions and Compliance Data for the year 2015 show that carbon emissions in the pulp and paper industry in 2015 fell by at least 1% compared to 2014. Compared to 2005, the year the EU Emission Trading Scheme came into force, absolute emissions fell by 27%.
With production levels remaining substantially the same in 2015, emission reductions were primarily driven by market consolidation, investments in bioenergy, and the push from international competition to improve efficiency in production processes. And with energy being the second main component in the cost structure, reducing energy-related costs, such as CO2 emissions, is a priority to secure an internationally-competitive position.
"We have been early-movers in low-carbon investments and have further plans to grow our business in Europe, building synergies with Circular Economy as well as the Bioeconomy”, says Jori Ringman, CEPI Acting Director General. “The EU ETS should support such efforts which are completely in line with its overarching scope of transforming the industries. Therefore the EU ETS should continue to improve the predictability of the regulatory framework, by promoting and rewarding investments in low-carbon technologies”, he added.
The European Paper Industry currently receives 1.4% of the total allocations for manufacturing sectors, while employing over 6% of the manufacturing industries’ workforce and being responsible for over 5% share of investments in Europe.
For more information, please contact Annie Xystouris at email@example.com, mobile: +32 486 243 642.