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Second Gen Biofuels Most Efficient Use Of EU Bioenergy
July 10, 2013 | By Barbara Vergetis Lundin Bioenergy should be produced in line with EU objectives to use resources more efficiently, according to the European Environment Agency (EEA), including reducing the land and other resources needed to produce each unit of bioenergy and avoiding environmental harm from bioenergy production, extracting more energy from the same material input, and avoiding negative environmental effects potentially caused by bioenergy production. In 2010, bioenergy comprised approximately 7.5 percent of energy used in the EU and is expected to rise to around 10 percent by 2020, according to EU Member States’ National Renewable Energy Plans. According to the EEA analysis, the most efficient energy use of biomass is for heating and electricity as well as advanced biofuels or second generation biofuels. The research shows that the current energy crop mix is not good for the environment and recommends a broader mix of crops to reduce environmental impacts, including perennial crops which are not harvested annually like energy grasses or short rotation willow plantations to enhance ecosystem services such as flood prevention and water filtration. Bioenergy is often considered carbon neutral, as the carbon dioxide released in combustion is assumed to be compensated by the CO 2 absorbed during plant growth. However, the research shows that indirect land use change can negate any greenhouse gas savings from biofuel production based on energy crops due to the displacement of crop production onto previously unused land, which can lead to the conversion of forests and savannah to agriculture ultimately harming biodiversity and increasing greenhouse gas emissions. “Bioenergy is an important component of our renewable energy mix, helping to ensure a stable energy supply. But this study highlights the fact that forest biomass and productive land are limited resources, and part of Europe’s ‘natural capital,'” Hans Bruyninckx, EEA executive director, said. “So it is essential that we consider how we can use existing resources efficiently before we impose additional demands on land for energy production.” For more: – download the report Read more: Second gen biofuels most efficient use of EU bioenergy – FierceEnergy http://www.fierceene…0#ixzz2YfQfXVKy Subscribe at FierceEnergy Continue reading
€3.8B Plan To Boost Europe’s Bio-Based Industries
Patrick Madden Forty eight companies sign up for joint technology initiative to research and bring products made from renewable natural resources to market. This will provide new markets for farmers and reduce dependency on fossil fuels The European Commission unveiled a €3.8 billion Public Private Partnership (PPP) on bio-based industries, bringing together 48 large and small companies from across different sectors to develop and commercialise food, animal feed, chemicals and fuel products made from sustainable biomass and waste. The PPP, to be called BRIDGE – Biobased and Renewable Industries for Development and Growth in Europe – will be managed by the 48 corporate partners through the Biobased Industries Consortium (BIC), with the aim of enabling European companies to bridge the innovation gap between technology development and commercialisation of high-value bio-based products. These companies are making a significant commitment to BRIDGE, putting in €2.8 billion cash and in kind resources, with €1 billion coming from the Commission as part of the €70 billion Horizon 2020 R&D programme, which is due to get underway in January 2014. It is planned that €1.8 billion will be pumped into investments and infrastructure, whilst the rest will fund activities, deployment and research across the innovation chain. CEOs of companies taking part in BRIDGE said the €2.8 billion investment from industry highlights both the strong commitment to the PPP and the confidence it can achieve its objectives. Coming together to make this investment under the umbrella of BIC also reflects the collaboration which is at the core of BRIDGE, with the ambition of laying down the foundations of a post-petroleum society by combining strengths and resources, and building bridges between different sectors. The sectors that are involved include agriculture, biotech, forestry, pulp and paper, chemicals and energy. This requirement to work across sectors was stressed by Guy Talbourdet, CEO of Roquette Freres, a company specialising in making products based on starch extracted from plants. In order to develop new technologies, collaboration and joint development and support is absolutely vital, he told a briefing held to discuss the BRIDGE project. New biomass resources Berry Wiersum, CEO of paper merchants Sappi, echoed this view and pointed towards the potential for job creation, saying that for every job which would be created directly another three jobs would be created locally. In the face of evidence that European Union policies promoting biofuels have led food crops to be diverted to biorefineries, BRIDGE will continue research to replace petrol-based products with ones based on biomass. One aim is to develop a biorefinery able to handle different types of biomass that cannot be used as food, for example, non-food crop grasses and agricultural and forestry waste, and which can produce multiple products including biopolymers and biofuels. Beyond the potential of the bio-based industries project to create jobs in a broad range of sectors in Europe, in particular in rural areas, the Commission says it will also help the EU meet climate change targets. It will also aim to bridge the ‘valley of death’ that prevents research from Europe’s universities being translated through to commercial bio-based products. The BRIDGE project is a major milestone on the journey towards a smarter, more sustainable, more innovative EU economy, said Stephan Tanda, Director of Royal DSM and Chair of EuropaBio’s Industrial Biotechnology Council. “It underscores the commitment of both the Commission and of industry to work together with a broad community of European stakeholders, from farmers to foresters, to scientists to citizens in the development of a world leading EU bio-based economy,” Tanda said. Continue reading
China’s Carbon Emissions Traders Await Offset Demand
Author: Daphne Yin As China rolls out seven domestic pilot emissions trading schemes this year – with the city of Shenzhen’s debuting last month – market actors are wondering how carbon offsets will fit into the picture. Here, we provide a breakdown of the types of offsets eligible for trading, existing supply and potential demand, as well as what’s on the horizon. 9 July 2013 | Designated as China’s first special economic zone back in 1980, the fast-growing city of Shenzhen has come to epitomize the country’s move toward market-oriented economic policies. On June 18, Shenzhen set yet another precedent when it launched the first of seven pilot programs to help pave the way for a national cap-and-trade program. Under the pilot program, 635 companies in Shenzhen, responsible for about 38% of the city’s emissions, face obligations to reduce their carbon intensity by 6.68% on average per year by 2015. The first day of trading on the Shenzhen Emissions Rights Exchange saw eight transactions of emissions allowances completed for a total of 21,112 tCO2e. Allowance prices ranged from 28 to 32 yuan per tonne, close to the expected price of 30 yuan per tonne (US$4.89). While only allowances have been traded so far, emitters have the option of trading carbon offsets in the form of Chinese Certified Emission Reductions (CCERs), which are issued by the National Development and Reform Commission (NDRC). The NDRC allows existing projects registered with the UN’s Clean Development Mechanism (CDM) to register as CCER projects – a source of potential relief for CDM suppliers reeling from the protracted collapse in prices for CDM project offsets (CERs) and the recent ban on CERs from non-least developed countries for use in the European Union Emissions Trading Scheme (EU ETS). Beyond the historically strong relationship between suppliers of Chinese renewable energy offsets and European buyers, there is potential for CERs from China-based projects to fetch higher prices from domestic buyers should the pilots manage their prices well. With more than 70% of the world’s CERs issued in China as of the end of 2012, a big question on the minds of Chinese CER suppliers is how much domestic demand they can actually expect to absorb existing and new offset supply. Ramping up Initial reactions to China’s new pilot activities have generally been positive among stakeholders, but elements of the system remain hazy. Liable emitters are expected to not only monitor, report, and verify their emissions, but also to participate in auctions. For the bulk of Chinese companies, trading offsets – or allowances for that matter – is an unfamiliar arena. “Even the few Chinese companies that are in a joint venture with a European or international company that has experience in the EU ETS or California’s market are just now getting organized,” notes Jeff Swartz, Director of International Policy at the International Emissions Trading Association (IETA), which oversees a working group in China to build capacity for the new pilots. “Policymakers haven’t actually traded allowances or purchased offsets, so there’s an imperative need to share information and work with companies in existing systems that have.” What’s eligible? In March, the NDRC released its first batch of 52 CCER methodologies eligible for domestic emissions trading, all of which are adapted from existing CDM methodologies. The list stays true to China’s traditional focus on renewable energy, energy efficiency and fuel switch, and methane. It also controversially includes methodologies for HFC-23 and N2O industrial gas offsets, which the EU ETS banned post-2012 in response to critique regarding their environmental integrity. Some say it is important for industrial gas suppliers to be able to access the domestic market – now their only major prospective source of demand – for recourse, however, a recent analysis by Climate Bridge – a major China-based project developer and retailer – expresses concern that the inclusion of industrial gas projects could crowd out China’s domestic offset market and potentially subject pilot schemes to low carbon prices as experienced in the EU ETS. Offsets from non- or pre-CDM projects are eligible for voluntary emissions trading if they apply methodologies that have been approved by the NDRC, according to interim government regulations . While not explicitly stated, this could potentially provide a bridge for projects developed to the Verified Carbon Standard (VCS) and Gold Standard, which certify many of their projects according to CDM methodologies. NDRC-approved methodologies do not yet cover forestry and land use, which the NDRC said it is still vetting alongside other CDM methodologies. Domestic initiatives like the Panda Standard , China’s first voluntary carbon standard developed by the China Beijing Environment Exchange and BlueNext with the support of Winrock International, are in the process of seeking approval from the NDRC for afforestation/reforestation methodologies. Gauging demand Domestic demand for offsets will inevitably vary between Shenzhen and other emerging pilots. After factoring in the level of emission reduction targets and allowances provided through the system (totaling 100 MtCO2e between 2013-2015), the scope of supply and demand for offsets will depend on the existing supply of offsets eligible for use under each pilot, as well as limits set on the use of offsets against emitters’ compliance obligations (tentatively 10% on average across China’s various planned pilots). “Policymakers are very aware of the fact that if they open up a fire hydrant, they could have a situation in which supply exceeds demand,” says Swartz. “However, I suspect they face a difficult situation in restricting offsets because some of the companies that they’re asking to participate in the ETS from the compliance point of view have also supplied CDM offsets in the past.” Given China’s large existing offset supply in certain areas, many project developers have been slow to embark on new projects until sufficient demand can soak up existing inventories. Climate Bridge’s analysis predicts that Shenzhen will have limited potential for new offset project development, as “the existing CER supply in this region already makes up more than 8% of the capped emissions.” The company expects other pilot jurisdictions like Tianjin, on the other hand, to have strong demand for new CCERs given the dearth of existing CDM projects in the area. Greater demand (and clarity) ahead? Over the course of this year, other pilots are busy incubating in the cities of Beijing, Tianjin, Shanghai, Chongqing, and the provinces of Hubei and Guangdong – each setting their own limits on offset location and project type. The plan is to eventually link the schemes together as a foundation for a national cap-and-trade program as early as 2016, following the release of China’s next Five-Year Plan. Should China’s carbon market eventually link with other markets abroad, China would be a net exporter of offsets, at least for the foreseeable future . The probability of cross-border linkages is still pretty slim at this point according to Wenjie Zhuang, Senior Project Manager at Climate Bridge. “China’s carbon market is in early stages – there is no national-level program yet,” she says. “And while the design of China’s pilot schemes has drawn lessons from trading systems all over the world, they also show many innovations in design.” Continue reading




